safari energy saver

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Google Chrome

Google updates chrome to match safari battery life on m2 macbook pro.

After widely rolling out an Energy Saver mode , Google has made four optimizations to Chrome for Mac that allows the browser to match the battery life you get when using Safari.

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Google conducted testing on a MacBook Pro (13”, M2, 2022 with 8 GB RAM running macOS Ventura 13.2.1) with Chrome 110.0.5481.100 in February of 2023. It showed that you can “browse for 17 hours or watch YouTube for 18 hours.”

For comparison , Apple touts up to 17 hours of wireless web browsing, and up to 20 hours Apple TV app movie playback.

Testing conducted by Apple in May 2022 using preproduction 13-inch MacBook Pro systems with Apple M2, 8-core CPU, 10-core GPU, 8GB of RAM, and 256GB SSD. The wireless web test measures battery life by wirelessly browsing 25 popular websites with display brightness set to 8 clicks from bottom. The Apple TV app movie playback test measures battery life by playing back HD 1080p content with display brightness set to 8 clicks from bottom. Battery life varies by use and configuration. Apple

Meanwhile, Google uses this open-source benchmarking suite to run tests, and says that users will also “see performance gains on older models.” Four changes from waking the CPU less often to tuning memory compression are specifically credited:

Eliminating unnecessary redraws : “We navigated on real-world sites with a bot and identified Document Object Model (DOM) change patterns that don’t affect pixels on the screen. We modified Chrome to detect those early and bypass the unnecessary style, layout, paint, raster and gpu steps. We implemented similar optimizations for changes to the Chrome UI.”
Fine tuning iframes : “…we fine-tuned the garbage collection and memory compression heuristics for recently created iframes. This results in less energy consumed to reduce short-term memory usage (without impact on long-term memory usage).”

Tweaking timers : “…Javascript timers still drive a large proportion of a Web page’s power consumption. As a result, we tweaked the way they fire in Chrome to let the CPU wake up less often. Similarly, we identified opportunities to cancel internal timers when they’re no longer needed, reducing the number of times that the CPU is woken up.”

Streamlining data structures : “We identified data structures in which there were frequent accesses with the same key and optimized their access pattern.”

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Change Energy Saver settings on a Mac desktop computer

Use Energy Saver settings to set options that control your Mac desktop computer’s energy use.

As an ENERGY STAR® partner, Apple has determined that standard configurations of your Mac meet the ENERGY STAR® guidelines for energy efficiency.

For more information about ENERGY STAR, see the ENERGY STAR website .

Note: Some of the options may not be available, depending on your Mac.

Open Energy Saver settings for me

If you want to turn your display off after a period of inactivity, see Change Lock Screen settings .

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These features will help Google Chrome eat up less battery and RAM on your Mac

While much of the Mac community uses Safari, Google is making a more compelling case for Chrome on the Mac with two new features that make it more efficient. Chrome has been a notorious memory and energy hog over the years, and Google is introducing memory and energy saver to help free up resources and keep your Mac running smoothly.

Energy Saver is a new mode that kicks in when a MacBook’s battery reaches 20 percent. When that happens, Chrome limits its background activity and the visual effects of animations and videos on a website. Memory Saver frees up the memory used by inactive tabs so “intensive applications, like editing family videos or playing games” can run smoothly. If you switch to a tab that was inactive, Chrome will automatically reload it.

Memory Saver or Energy Saver is enabled,

Google has been working to make Chrome as efficient and speedy as Safari over the past several months. Earlier this year, Google Chrome boasted the highest Speedometer score ever on an Apple silicon Mac but was superseded by Safari a few months later.

Energy Saver and Memory Saver can both be turned on or off in Chrome’s settings. Both new features are gradually being rolled out to users in version 108, so it’s possible that you may not see the update immediately. To update Chrome, go to Chrome > Preferences > About Chrome , and if an update is available to you, it will load and the browser will need to restart. According to Google, the new features will be available globally in the coming weeks but you can force them in your browser now by going to chrome://flags/#high-efficiency-mode-available and Memory Saver at chrome://flags/#battery-saver-mode-available and selecting Enabled and then Relaunch. Then go to Preferences > Performance to enable the,.

Author: Roman Loyola , Senior Editor, Macworld

Roman is a Macworld Senior Editor with over 30 years of experience covering the tech industry, focusing on the Mac and other products in the Apple ecosystem. He is also the host of the Macworld Podcast. His career started at MacUser, where he received Apple certification as a repair technician (when Apple did that kind of thing). He's also worked for MacAddict, MacLife, and TechTV.

Change Energy Saver Preferences on Mac Ventura/Monterey

Updated on Tuesday, August 27, 2024

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Summary: This post will tell you where Energy Saver is on your Mac/MacBook, how to change Energy Saver preferences, and what replaced Energy Saver on MacBooks running Ventura, Montery, and Big Sur. - From iBoysoft

Mac Energy Saver is a functionality in macOS that offers options to help you control and save your Mac energy use. In the long run, it is to extend the life of your Mac machine. From macOS Big Sur for MacBooks, Energy Saver is replace with Battery in System Preferences.

Where is Energy Saver on Mac?

Energy Saver is placed in System Preferences on a Mac , simply open the Apple menu > System Preferences. Then, you can find Energy Saver.

On Mac desktop computers and Mac laptops running macOS Catalina or earlier, it is named Energy Saver. From macOS Big Sur, Monterey, and Ventura for MacBook Pro and MacBook Air, Energy Saver is changed to Battery . But they have the save function. That is to take over energy use on your Mac.

Tell more people where Energy Saver is on a Mac.

How to change the Energy Saver settings on a Mac desktop?

To change Mac Energy Saver settings , first you need to click on the Apple menu > System Preferences > Energy Saver (or Battery).

In the Power tab, you'll see:

In the Schedule tab, you can set specific times to start up, shut down, sleep, and wake up your Mac.

How to Change the Energy Saver settings on a MacBook Pro/Air?

You may wonder " Why your MacBook Battery drain so fast ?". The possible reason is your improper energy use. You can change the Energy Saver settings on your MacBook to prolong the battery life.

Likewise, you need to open the Apple menu > System Preferences > Battery (Energy Saver). Then, you can see four tabs in the Energy Saver preferences on your MacBook , including Usage History, Battery, Power Adapter, and Schedule.

In Usage History , you can see your last 24 hours' and 10 days' battery level and screen on usage.

In Battery , you can set:

In Power Adapter , you can see the preferences including Prevent your Mac from automatically sleeping when the display is off, Wake for network access, and Enable Power Nap while plugged into a power adapter.

In Schedule , you can set the specific time for Mac startup, sleep, wakeup, and shutdown.

Share to tell others how to change Energy Saver settings on Mac.

Connie Yang is the primary columnist in the computer field at iBoysoft. She is enthusiastic about sharing tech tutorials on data recovery and operating system-related problems resolution. Over the years, Connie has published many computer-related guides and introductory articles.

Jessica Shee is a senior tech editor at iBoysoft. Throughout her 4 years of experience, Jessica has written many informative and instructional articles in data recovery, data security, and disk management to help a lot of readers secure their important documents and take the best advantage of their devices.

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Manage The Safari Power Saver Feature

by Marilyn | Nov 15, 2013 | Mac , macfusion , Mavericks , Tips & Tricks

There is no doubt that the Mavericks operating system is seriously refined, especially in the areas of power and memory management. That being said, Apple has added a new feature to Safari for the Mac that allows the popular Internet surfing application to reduce processor power usage by up to 35%. The ultimate outcome is longer battery life for those of you on a MacBook Air, or MacBook Pro.

As you would have already found out, in order to play some Flash content all you need to do is single click over a static thumbnail image. At the top if the static image you will be presented with “Safari Power Saver – Click to Start Flash Plug-in”, similar to the one shown above. It is important to note that not all Flash content will be presented in Safari Power Saver mode. Safari is smart enough to decipher the difference between the content you want to view and extraneous content that may be presented in the side panels of websites. Any content that is in the main body of a website will be played without delay.

Whilst playing Flash content, that has been placed in Safari Power Save mode, is incredibly easy, that additional click may bother some of you and break into your productivity. Thankfully, Apple has given users the ability to turn this feature off. With Safari open, proceed to File > Preferences. Then proceed to the Advanced tab. You can also press Command + , to reach the Preferences area.

Midway down the Advanced tab panel, you will come across Internet plug-ins. By default, “Stop plug-ins to save power” will be activated. To de-activate, simply deselect and close the Safari Preference window. Upon doing so, all plug-in content will play when a website is visited, without delay.

You may also notice another option in the Internet plug-in area. When you click on Details you will be presented with a series of sites that have their content set to automatically play when you access their content. You can simply select any of these sites and remove them from this excluded list, thereby preventing plug-in content from being played automatically on those sites. Unfortunately, there is no option to add sites to this exclusion list.

For more information about the power saving features that can be found in Mavericks, please visit us at the store and our knowledgable staff would be more than happy to assist you with your specific requirements.

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Energy saving on apple safari

There seems to be a shortcut to save energy.

I don’t see it on apple

Posted on Sep 1, 2022 10:57 AM

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Tips & Tricks

Troubleshooting, how to use energy saver settings on mac for better battery & power management.

If you’re using a desktop Mac, like an iMac or Mac Pro, you’re probably less concerned about power management than someone using something like a MacBook. But there are still chances to reduce your home electricity bill, too. You’d be surprised the difference tweaking a few macOS settings can make, especially if you’re someone who leaves their computer and display on 24/7. Here, we’re going to go through some of the settings you might want to take a look at for improving power management on the Mac.

All of these settings live in the Energy Saver area of your Mac’s Preferences app, and the options you see will vary depending on what computer you are using. The screenshot was taken on a 2018 MacBook Air, and the other on a 2018 Mac mini, but if you’re using a MacBook, MacBook Pro , or MacBook Air you’ll see different settings for battery power. Notably, you’ll have two panes – one will be for when your computer is running on battery, the other for when it’s on power.

With that said, here is generally what a Mac’s energy-saving options look like, the screenshot is from a desktop Mac, but further below you’ll see a screenshot for a Mac laptop. We’ll also run through what all the options do.

macOS Energy Saver settings on desktop Mac

Now let’s take a look at the options and what they do.

“ Turn the display off after ” – This tells your Mac when to turn off the display. If that’s an internal display it will be turned off completely. If you’re using an external display it will likely enter low-power mode. You can wake it up by pressing a key on the keyboard or by moving the mouse.

“ Prevent the display from sleeping automatically when the display is off ” – This is a way to ensure your Mac stays powered on and awake, even if your Mac puts its display to sleep.

“ Slightly dim the display on battery power ” – This will automatically reduce display brightness when the Mac is running on battery power. This is limited to Mac laptops, of course.

“ Put hard disks to sleep when possible ” – This option is left over from when all Macs had spinning hard disks in them. That isn’t really the case anymore, but if you’re using an external hard disk or have a Mac Pro with internal spinning disks, this option will turn them off when they aren’t being used.

“ Wake for network access ” – Most people will not need this, but if you have a media library or other shared resource – like a printer – this checkbox enables another computer to wake your Mac up if it’s needed.

“ Enable Power Nap ” – Power Nap allows your Mac to be woken from sleep to carry out some functions, like running a Time Machine backup or sending and receiving email. The display won’t be turned on when this happens and Power Nap only wakes a computer if it is plugged in, too.

“ Start up automatically after a power failure ” – This instructs your Mac to automatically power back on once power is restored if it wasn’t correctly shut down. It’s great for those with flakey power but also need their computer to be on 24/7.

Mac energy settings for Mac laptops on Battery power

Making use of energy-saving options is still a good idea even if you’re using a Mac that is always plugged in. Apart from saving money, turning your display off when not being used will hopefully make it last longer and the same definitely goes for things like spinning hard disks, too.

This guide is based on macOS Catalina and the latest and greatest versions of macOS at the time of writing.

If you are new to macOS Catalina 10.15 and later you might need to learn a few things like how to back up an iPhone or iPad , for example. Sidecar is also a big addition to macOS Catalina and you absolutely should be making use of it .

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Good tips for users – battery management is critical on a portable anything.

One of the conservation tips I always suggest is to lower the glaring brightness of the display – you’d be surprised how many people just keep the screen at maximum retina burning levels. Also the keyboard brightness, which may be minimal in battery consumption but nonetheless it is sucking juice.

Error: The bold text “Prevent the display from sleeping automatically when the display is off”, should of course read “Prevent the COMPUTER from sleeping automatically when the display is off”.

I think you should fix this.

Cheers, Paul

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Energy management for a safari-lodge

Energy Management for a Safari Lodge

Electricity does not come "from the socket", from the grid, everywhere in the world. And it isn’t only in settlements in the middle of nowhere or raw material extraction far from civilization. Remote holiday resorts need electricity too. Until now, this was provided by diesel generators - noisy, polluting and increasingly expensive. But there are hybrid solutions that use renewable energy to drastically reduce or even completely replace diesel consumption. It is made possible by a combination of energy management and measurement technology.

Luxury resort is an incomplete description of Cheetah Plains Lodge in South Africa. Guests who book a safari here stay in villas with their own wine gallery, curated art collection and, of course, a private chef. The tour goes off-road under expert guidance with electric Land Cruisers; a quiet and emission-free form of transport that almost guarantees Big Five sightings.

However, a unique safari experience is not the only thing that the house management and the discerning guests value. Environmental management and sustainability are also a must. This includes grey water recycling and using construction materials such as energy-saving glass, which reduces heat transfer through the windows.

One problem still had to be solved: obtaining a sustainable and secure power supply. Although there was a single phase connection from the local energy supplier, the capacity was limited and there were considerable voltage fluctuations. This type of supply was unable to cope with the increasing energy demand from cooling systems and charging stations for the e-vehicles. Therefore, the owners commissioned the South African solar power expert Blockpower and the German microgrid integrator Dhybrid to install a three-phase energy system with a photovoltaic plant and a microgrid energy storage system based on lithium-ion batteries. A diesel generator only needs to cover possible supply shortfalls in case of an emergency.

Microgrid managers: Hybrid network specialists

In the past, the power supply in microgrids was almost exclusively supplied by robust and easy-to-maintain diesel generators. However, these no longer satisfy the demands of the operating conditions in modern systems. This is partly due to environmental pollution and rising fuel costs, and partly due to the power quality requirements, and this not only in luxury resorts. Energy-hungry incandescent lamps have also been replaced by LED panels in the staff quarters at remote production sites. And of course there are flat-screen televisions, notebooks, smartphones and machines with embedded PC controllers. Photovoltaic systems with battery storage and possibly a diesel as a backup are increasingly in demand here. Dhybrid Power Systems GmbH from Gauting specializes in hybrid smart grid solutions of just this kind. The product range includes a customized energy management system (EMS) - the Dhybrid Universal Power Platform (Dhybrid UPP) - which can combine a wide variety of technologies, such as battery storage, photovoltaic systems and wind power plants, no matter the manufacturer. Dhybrid also offers turnkey battery energy storage systems (Bess). To monitor and optimize the power supply quality, Dhybrid uses Janitza electronics GmbH's energy measurement technology and active power filters. Monitoring power quality is essential, especially in microgrids with high grid impedance.

Diesel only for emergencies

With the new system, Safari Lodge meets most of its energy demand with the solar power system, which produces a total of 300 kWp. 260 kWp rooftop systems have been installed on the carports and the employees' accommodation (image 1). On top of this, 40 kWp is produced by three dual-axis trackers (image 2). They feed the lithium-ion storage with a capacity of 1,027 kWh (image 3), which in turn supplies the grid-forming, bidirectional battery inverter. With a peak output of 250 kW at stable output voltage and frequency, it provides ample reserves for a 3-phase power supply. Even larger consumers, such as cooling systems, engines or the charging stations for the Land Cruisers, can be reliably operated using this system. The inverter and batteries are housed in a 20-foot energy container. It has been equipped with air-conditioning and an extinguishing gas system and was delivered fully wired.

A 150 kVA diesel generator is used for emergency power supply. The generator was upgraded from a stand-by generator to a generator that can be controlled remotely and is suitable for parallel operation. However, it is only used in exceptional cases. The system runs on almost 100% renewable energy. In addition, the regional energy supplier's single-phase line can also be connected.

Plenty of energy - but is it always in the right place?

Energy sources are plentiful at the lodge: Sun, the local grid, the battery, diesel as a buffer... There is no risk of the guests suddenly sitting in the dark or the Land Cruisers not running - provided the energy flows in the right directions. This is taken care of by UPP, short for Universal Power Platform. This energy management system was developed by Dhybrid specifically for smart grid control. The intelligent control platform provides full transparency and control over the whole energy system. It monitors all the network parameters as well as the power generators' active and reactive power reference values. This means that the system can be operated automatically.

Unlike many conventional microgrids, where either the diesel or the photovoltaic system runs at any one time, the Dhybrid UPP can control different generators simultaneously and in coordination with each other. This means that the diesel generator only needs to be switched on during periods of exceptionally high energy consumption or during bad weather. Tom Fricke, who manages the energy storage and sales division at Dhybrid, pointed out another advantage: "Our system is open to all technologies, which means we can connect equipment from a wide range of manufacturers. Since we can use all components, we can act very proactively. This is true, for example, for the service life of batteries. Different operating conditions cause them to age faster or slower. Because we know how the load or photovoltaic generation evolves throughout the day, we can optimize the operating strategy to make the battery last longer.”

Realtime monitoring and remote maintenance of the network are carried out by VPN using a SCADA system from Dhybrid. Additionally, the UPP offers access to historical data, reports and dashboards through a web portal.

Measuring and compensating for the highest demands

Precise measurements are required for the elaborate energy management system. These are carried out using the measurement technology specialist Janitza’s devices. Tom Fricke explained why: "Janitza is high-quality measurement technology from Germany. We have been using it in a wide variety of projects practically since we were founded. Their portfolio ranges from very economical devices up to A-class equipment. This means we have a solution for every requirement. Also, the service is always very quick to respond."

In the first few projects, standard devices such as the UMG 96RM-EL were installed. But these may no longer be sufficient for systems with particularly high energy efficiency, because they predominantly use non-resistive loads. Since microgrids naturally have a comparatively high impedance, the effect of harmonics and comparable phenomena is much stronger than in large, public networks. High-quality measurement technology is especially important here. For this purpose, Dhybrid uses multifunctional UMG 509 and UMG 512 network analyzers (image 4). "We were able to detect harmonics with it, but also unbalances on the load side, which can lead to voltage deviations," Tom Fricke explained. This can lead to problems in unfavourable cases. For example, when the vehicles are charged in the evening, LED panels go into operation, and at the same time the guests want to view the photographs they took that day on their own cameras and tablets without interference. High harmonic content can significantly shorten the service life of these electronic consumers. To avoid any interference from the outset, Tom Fricke supplemented the lodge's energy supply with an active filter from Janitza: "With the active filter, we can once again improve the power quality and at the same time compensate for load imbalances," he explained. No additional maintenance is required. Once the active filter has been configured, the system runs automatically.

Much more than measured values: Janitza creates clarity in the data jungle

Having a quick overview of the essential functions and the operating status of the system at all times is indispensable for the crew on site. On the other hand, the specialists at Dhybrid need more detailed information for remote maintenance. With the measurement devices from Janitza, both are possible. Alexander Wagenhuber from Janitza explained: "Unlike many other devices on the market, we offer four ports, sometimes even more. This makes communication with several systems easier. This way, Dhybrid's SCADA and our GridVis software can even access a meter at the same time." Tom Fricke added: "GridVis is a good tool, especially for initial commissioning. You can quickly see whether the measured values fit and can log them as well. The larger devices even have a dedicated webpage, which we use to generate power quality reports in addition to event logging." As a result, Janitza's hardware and software have made it possible to implement two independent measuring systems. Technicians on site receive all the necessary information for operations and servicing. In addition, the specialists at headquarters in Gauting can connect remotely and give guidance on tricky work. The combination of the UMG measurement devices from Janitza and the corresponding GridVis software allows a much higher data transmission rate than a SCADA system.

The total solution offers Cheetah Plains a whole range of advantages, including the integration of 3-phase consumers, increased peak power supply and a stable system voltage and frequency. Independence from the grid does not come at the expense of nature. Guests and hosts can enjoy the fact that the power supply provided for their comfort and to allow them to travel around is generated directly on site using solar energy.

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battery backup

Review: lion energy safari me gives your home (or off-grid site) a massive battery and solar panel package.

I recently had the chance to test out the Lion Energy Safari ME portable power station along with the massive battery expansion pack and solar panel package. I don’t say this lightly: This is THE high-capacity portable power station I’d want to bring with me to an off-grid cabin, campsite, or even to have in my garage in case of a natural disaster.

Having lived through nearly a week of Hurricane Irma-induced power blackout after taking a direct eye hit in September 2017, I have a certain appreciation for off-grid power generation.

At the time I charged up all the electric bike batteries I had on hand in the hours before the storm hit and jury-rigged a golf cart DC-DC converter to a 12VDC to 110VAC inverter to pull useful 110V power from the batteries.

But those e-bike batteries only lasted me a day and a half of sparing use, including keeping the box fans on low power setting (did I mention Florida in late summer?). The rest of the week was a hot and miserable mess until power was finally restored.

If I could go back and do one thing differently, it would be to have a time machine and bring the Lion Safari ME kit with me. Because this thing is basically everything you need to live like a king whether during a power outage or thriving miles away from the nearest electric lines.

lion energy safari me power station review

The main part of the system is the Lion Safari ME itself. This is the fully self-contained power station, which includes a 922 Wh battery and a 2 kW AC inverter that can put out 4 kW of peak power. There are also a couple beefy grab handles on the unit, which make it easy (or easier) to lug the 45 lb (20 kg) device around.

It gives you two 110VAC outlets that are tied into its pure sine wave inverter, plus you get two USB-A ports, two USB-C PD ports (one for 18W and one for 60W), a 12V cigarette lighter outlet (rated up to 15A DC), and a 12V Anderson Powerpole outlet (rated up to 25A DC) for whatever 12V devices you want to power.

Each output has its own power switch to turn it on or off (saving power when not using certain outputs) and there’s a main power switch. There’s also a color screen that lets you know what’s going on in the unit.

So far everything is looking great, though I would have loved to see another couple 110V AC outlets. Two outlets seems a bit low, though of course you could also plug in a power strip.

While everything so far has been pretty standard among power stations, now it’s time to buckle up because we’re heading into uncharted territory. I’ve tested a pile of these power stations , but the Lion Safari ME has some very cool features that I haven’t seen on others yet.

First of all, there’s no charging brick to keep track of (or to lose). The AC charger for juicing up the device from your wall outlet is built into the power station itself. You just pull the AC plug out the back and jam it into your wall outlet. Done.

It’s also a super fast charger, filling the device in under and hour and a half! If you forgot to top it up and suddenly you get word of a tornado warning, you could conceivably have the thing fully charged before the first two-by-four comes through your living room window.

The unit is also built with LiFePO4 battery cells to give it a longevity rating of at least 2,000 cycles instead of the typical 500-800 cycles of Li-ion cells used in most other power stations.

Next, there’s a massive port on the back, which leads me to the next coolest part of this kit: the ME-XP expansion unit.

This expansion unit is sized to fit right on top of the main Safari ME between the carry handles and adds 2,048 Wh to give you a total of around 3 kWh of stored capacity.

The connector cable is built into the back of the XP, which sticks with the theme of including everything as connected hardware so you don’t misplace or lose bits and pieces of the kit.

There’s even a recess to store the chunky cable in the back when you don’t have the two units connected. That makes it easier to store against the back wall or your garage or in a closet, since the anaconda-thick cord won’t hang out of the back. They really thought of everything here.

With 3,000 Wh of combined capacity between the two units, you could run the necessities in your home for a full day or more, and you probably have way more capacity than you’d need for a typical off-grid cabin.

But I’m not even done yet, because the whole thing can be recharged with up to six solar panels daisy chained together.

Lion Energy’s 24V 100W solar panels are pre-wired to work with the kit (though you could plug them into anything that accepts a 24V solar panel, if you just wanted the solar panels themselves).

They have their own neoprene carrying case to protect them, and they use double-walled aluminum construction instead of the plastic housing I’ve seen in every other portable folding solar panel I’ve tested.

These panels are way more rugged than I’m used to, with full locking metal closures and a folding metal handle to make them easy to carry. The panels even have adjustable-angle aluminum support arms so you can get the exact angle you want to optimize the solar power generation of the panels. Most other companies have plastic support arms that don’t let you change the angle of the panels, and it’s quite obvious to me that the build quality of these panels is far and above anything else I’ve tested.

With a maximum of six panels connected together, the panels recharge at up to 600W of power. That would fuel up the main Safari ME unit in less than two hours or the combined Safari ME and ME-XP expansion unit together in less than six hours. In other words, a full day of sun would keep you always topped up with the ability to provide 4,000 watts of peak power and 3,000 Wh of energy at your fingertips. And since the unit can do well over 2,000 cycles, you could even use it for your primary, everyday solar energy device for years and years in an off-grid cabin scenario before you’d even begin to make a dent in its capacity.

There are even subtle design notes that are just great common sense inclusions, like the handle design on both units. The heavy boxes have nice big handles for a good grip, but they both remain either spread far apart or actually fold flat so you can still place other gear on top of the units. Many other power stations have molded handles in the top that prevent you from using the top as an impromptu table or prep surface. I love that Lion Energy doesn’t rob you a flat place to rest a book or a hammer or a (tightly closed) water bottle. The handles on the bottom unit are also still accessible when the expansion pack is sitting on top. The two boxes weigh 90 lb (42 kg) together, so carrying them piggyback style isn’t fun, but I could still pick them up and waddle them around like a heavy water bucket without needing to separate them thanks to the handles remaining accessible on the lower unit. That’s some nice design forethought.

I try not to be hyperbolic, but this is absolutely one of the best high-power and high-capacity solar power generators I’ve tested to date. The only real downside is this the price. You’ve got to pay for all of this convenience and quality construction, and you’ll pay handsomely.

The main Safari ME base station is priced at $2,349 . If you add the expansion pack, the pair will cost you $3,995 . Then there are those high-quality solar panels that are priced at $299 each . However, we’re told by Lion Energy that using our Electrek links above will apply an automatic 15% discount to the price, which worked when I tested them.

It is fair to say that in terms of dollar per watt hour on the power station or dollar per watt on the solar panels, this certainly is not the best bang for your buck. But then again, it isn’t meant to be.

There are cheaper ways to get energy storage or solar power. The Lion Energy system isn’t designed to be cheaper. It’s designed be better, as in more convenient to use and with higher build quality. It works better, lasts longer, and is probably even cheaper in the long run when you factor in the significantly longer cycle life. But up front, oh man, that’s a lot of dough to fork over!

FTC: We use income earning auto affiliate links. More.

Micah Toll is a personal electric vehicle enthusiast, battery nerd, and author of the Amazon #1 bestselling books DIY Lithium Batteries , DIY Solar Power, The Ultimate DIY Ebike Guide and The Electric Bike Manifesto .

The e-bikes that make up Micah’s current daily drivers are the $999 Lectric XP 2.0 , the $1,095 Ride1Up Roadster V2 , the $1,199 Rad Power Bikes RadMission , and the $3,299 Priority Current . But it’s a pretty evolving list these days.

You can send Micah tips at [email protected], or find him on Twitter , Instagram , or TikTok .

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U.S. Government Accountability Office

Hanford Cleanup: Alternatives for Treating and Disposing of High-Level Waste Could Save Billions of Dollars and Reduce Certain Risks

The Department of Energy has been building facilities to treat highly radioactive waste at its Hanford site in Washington state. One facility will cost $10 billion to finish and will treat 3 million gallons.

Experts said there are alternative methods for treating this waste. They say that these methods could help DOE remove waste from the state earlier, and save taxpayer money.

DOE hasn't fully analyzed the potential for these alternatives and is hesitant to deviate from its plan, despite having time to do so.

Our recommendations to DOE, and one for Congress to consider, address this and more.

Hanford’s High-Level Waste Facility Construction Project

A building under construction and surrounded by cranes and other equipment and materials

What GAO Found

The Department of Energy's (DOE) planned approach to treating about 3 million gallons of Hanford's waste with the highest radioactivity—Hanford's high-level waste (HLW)—is to ramp up construction of the HLW Facility, where the HLW would be vitrified (immobilized in glass). Construction of this facility was paused in 2012 due to technical challenges. In 2022, DOE resumed construction and has since spent over $200 million on the facility. However, DOE has not fully addressed the challenges that led to the pause. DOE also has not considered all viable alternatives for addressing the HLW. While DOE analyzed alternatives for HLW treatment in 2023, it only evaluated alternatives that included vitrifying the waste in the HLW Facility. This limited evaluation was inconsistent with DOE requirements for developing such analyses.

In addition, an April 2024 agreement among DOE, the U.S. Environmental Protection Agency (EPA), and the Washington State Department of Ecology proposed sweeping changes to DOE's approach for cleaning up the Hanford Site. The agreement proposes that DOE reconfigure HLW Facility for a direct-feed approach under which DOE would send HLW directly to the HLW Facility and vitrify it. This approach would not rely on the Pretreatment Facility—stalled since 2012 due to technical challenges—originally intended to prepare the waste for treatment. However, the agreement does not specify how DOE would prepare the HLW for treatment in the absence of the Pretreatment Facility or how it would reconfigure the HLW Facility for the direct-feed approach.

Alternative approaches for addressing Hanford's HLW were discussed by a group of experts during meetings convened by GAO and the National Academies of Sciences, Engineering, and Medicine (National Academies) in early 2024. According to experts, portions of Hanford's HLW could be classified as low-level radioactive waste (LLW) or transuranic (TRU) waste because of the physical characteristics and level of risk posed by the waste. Experts emphasized that waste classified as LLW or TRU waste has existing disposal options and would not require vitrification. In contrast, there is currently no repository for the disposal of high-level radioactive waste. Classifying some portions of the HLW as LLW or TRU waste could allow DOE to treat those portions using methods that are less expensive than vitrification and to dispose of them in existing facilities.

Approaches for Treating Approximately 3 Million Gallons of Highly Radioactive Waste at the Hanford Site

If DOE could manage portions of the HLW as LLW or TRU waste, it could use simpler treatment technologies, such as drying and packaging the waste or immobilizing it in concrete, according to experts. None of the alternative approaches that experts identified would require the Pretreatment Facility, which DOE estimated would cost an additional $9 billion to complete. Some of the HLW should still be managed as high-level radioactive waste and vitrified accordingly, experts said. However, they suggested that the HLW Facility as currently designed may not be needed and the vitrification capability could be right-sized for a smaller volume of waste. Experts said this could result in potential cost savings from processing less waste and avoiding construction of certain infrastructure, such as cross-site waste transfer lines. The experts also said that using approaches targeted at specific characteristics of the waste would allow DOE to begin waste treatment sooner, resulting in cost savings, reduced schedule, and decreased risks to human health and the environment.

However, DOE faces legal and regulatory uncertainties in implementing alternative approaches, according to experts. For example, experts stressed that DOE needs greater clarity about its legal authority to classify some of the HLW as a waste type other than high-level radioactive waste. DOE has existing processes for doing so, but each process has limitations that prevent DOE from applying it to Hanford's waste or that could leave the agency vulnerable to legal challenges. Congressional action to clarify DOE's authority to classify certain tank waste at Hanford as LLW or TRU waste could help DOE save billions of dollars and complete its waste treatment sooner.

Some of the alternative approaches that experts identified may be compatible with the April 2024 proposed agreement, which anticipates DOE will reconfigure the HLW Facility and does not specify a particular volume of waste that must be treated through the facility. These include alternatives that involve reducing the volume of waste to be treated as high-level radioactive waste and right-sizing the HLW Facility. As DOE prepares to reconfigure the HLW Facility, it has an opportunity to obtain an independent analysis to support an optimal HLW treatment path. By pausing engineering design and construction activities on the HLW Facility until it obtains this analysis, DOE will have greater assurance it has considered all viable alternatives for treating Hanford's HLW and chosen the optimal approach before devoting more taxpayer resources to the facility.

Construction of the High-Level Waste Vitrification Facility at Hanford

Why GAO Did This Study

DOE oversees the treatment and disposal of about 54 million gallons of radioactive and hazardous waste at the Hanford Site in Washington State. DOE has historically planned to manage a portion of this waste—Hanford's HLW—as a waste type (high-level radioactive waste) that requires treatment by vitrification and disposal in a deep geological repository. DOE currently plans to pretreat the HLW and vitrify it in facilities that have been under construction since 2000 and are estimated to cost about $20 billion to complete. DOE intends to store the vitrified waste on-site at Hanford until the establishment of a deep geologic repository.

Senate Report 118-58 includes a provision for GAO to assess DOE's plans for minimizing the portion of waste at Hanford that will be treated as high-level radioactive waste. This report examines (1) the status of DOE's current approach to addressing Hanford's HLW; (2) alternative approaches that could minimize the fraction of waste that would require treatment as high-level radioactive waste and the extent to which these approaches would affect DOE's current cost and schedule estimates; and (3) steps, if any, DOE could take to pursue alternative approaches.

GAO reviewed DOE reports; interviewed DOE, EPA, and Washington State officials; and worked with the National Academies to convene meetings of 17 experts to discuss options for addressing Hanford's HLW.

Recommendations

GAO is recommending that Congress clarify DOE's authority to manage portions of Hanford's tank waste as a waste type other than high-level radioactive waste. GAO is also making three recommendations to DOE, including that it pause work on the HLW Facility until it takes several actions, including considering other alternatives for addressing Hanford's HLW.

DOE agreed with two of GAO's recommendations and disagreed with GAO's third recommendation that it pause work on the HLW Facility. DOE stated that pausing activity on the HLW Facility would be in conflict with existing cleanup milestones and proposed changes to those milestones in the April 2024 agreement.

GAO disagrees because the current deadline for DOE to complete the HLW Facility is more than 9 years from the date of this report. Further, the April 2024 proposed agreement indicates that the parties intend to modify this deadline as additional information is developed. GAO's recommended pause in activity on the HLW Facility does not specify a length of time, and GAO emphasizes that such a pause should be undertaken in coordination and negotiation with DOE's regulators. GAO believes sufficient time exists for DOE to complete this coordination and factor in the recommended pause while remaining faithful to its regulatory commitments.

Matter for Congressional Consideration

Recommendations for executive action, full report, gao contacts, office of public affairs, media inquiries, public inquiries.

How the Inflation Reduction Act sparked a manufacturing and clean energy boom

The Inflation Reduction Act has sparked a manufacturing boom across the U.S., mobilizing tens of billions of dollars of investment, particularly in rural communities in need of economic development.

The future of those investments could hinge on the outcome of the U.S. presidential election. The prospect of a Republican victory has shaken the confidence of some investors who worry the IRA could be weakened or in a worst-case scenario repealed.

Companies have announced $133 billion of investments in clean energy technology and electric vehicle manufacturing since President Joe Biden signed the IRA into law in August 2022 , according to data from the Massachusetts Institute of Technology and the Rhodium Group.

Actual manufacturing investment has totaled $89 billion, an increase of 305% compared to the two years prior to the IRA, according to MIT and Rhodium. Overall, the IRA has leveraged half a trillion dollars of investment across the manufacturing, energy and retail sectors, according to the data.

“It is having a transformative effect within the manufacturing sector,” said Trevor Houser, a partner with the Rhodium Group. “The amount of new manufacturing activity that we’re seeing right now is unprecedented in recent history, and is in large part due to new clean energy manufacturing facilities.”

Some 271 manufacturing projects for clean energy tech and electric vehicles have been announced since the IRA passed, which will create more than 100,000 jobs if they are all completed, according to the advocacy group E2 , a partner of the National Resources Defense Council. The investments sparked by the IRA have been a boon for rural communities in particular, Houser said.

“Unlike investment in AI and tech and finance, which is clustered in big cities, clean energy investment really is concentrated in rural communities, and is one of the brightest sources of new investment in those areas,” Houser said.

The IRA has also accelerated the deployment of renewable energy, with $108 billion in invested in utility-scale solar and battery storage projects. Investments in solar and battery storage have surged 56% and 130%, respectively, over the past two years, according to the Rhodium data.

“The more mature technologies, so like wind and solar generation, electric vehicles, those have achieved escape velocity,” Houser said. “They will continue to grow no matter what. It’s a question of speed.”

Trump threats to IRA

But the “manufacturing renaissance” is still in its early stages and remains fragile, Houser said. Without the IRA, the resurgence of new factories would not have taken off, said Chris Seiple, vice chairman of Wood Mackenzie’s power and renewables group.

Former President Donald Trump has threatened to dismantle the law as he advocates for more oil, gas and coal production.

“Upon taking office, I will impose an immediate moratorium on all new spending grants and giveaways under the Joe Biden mammoth socialist bills like the so-called Inflation Reduction Act,” Trump told supporters at a May rally in Wisconsin .

“We’re going to terminate his green new scam,” he said. “And we’re going to end this war on American energy — we’re going to drill, baby, drill.”

Clean energy stocks tumbled after President Joe Biden’s disastrous debate performance in late June, as investors worried that Trump and the Republicans are poised to sweep both the White House and Congress were growing more likely.

First Solar , the largest panel manufacturer in the U.S., saw growing constraints on access to capital in the second quarter for early stage solar companies as well as larger players that are trying to build out domestic manufacturing, CEO Mark Widmar told analysts on the company’s July 30 earnings call.

Investors are waiting to make decisions until they have a clearer view of what the policy environment will look like for the solar industry, Widmar said. Utilities and oil companies that were making investments in renewables are now considering a pivot to prioritize fossil fuel projects, he said.

The fear among some investors is that Republicans would will use the reconciliation process, through which bills can be passed with a simple majority, to roll back the IRA in order to finance making Trump’s 2017 tax cuts permanent.

Trump told Reuters Monday he would consider ending the $7,500 tax credits for electric vehicles. Consumers and business have spent $157 billion on zero-emission vehicles since 2022, double the amount before the IRA became law, according to Rhodium.

“Tax credits and tax incentives are not generally a very good thing,” the former president told Reuters in an interview when asked specifically about the EV credits after a campaign even in York, Pennsylvania.

Trump has not specifically called out the tax incentives that have supported the expansion of renewables. The former president’s campaign platform says Republicans will support energy production from all sources. The document backs oil, coal and natural gas as well as nuclear, but does not specifically mention solar or wind power.

Republican districts benefit most

Executives at renewable companies and analysts are betting the investment, production and manufacturing tax credits, which are driving much of the spending on clean energy and technology, would survive even a Republican administration.

A majority of IRA investment in new projects, 85%, has gone to GOP congressional districts, according to E2 data. And Trump’s campaign platform emphasizes expanding domestic manufacturing and bringing supply chains back to the U.S.

The dynamics of the presidential race have also changed since Biden ended his re-election bid, with Vice President Kamala Harris rising to a slight lead over Trump national polling averages as she formally accepts her party’s nomination at the Democratic National Convention in Chicago this week.

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“We’ve seen an increase in the number of Republican lawmakers that are embracing the clean energy credits within the IRA as they see the positive impact to their states and communities, which is hard to turn away from,” John Ketchum, CEO of NextEra Energy , which operates the largest portfolio of renewable energy, told analysts on the company’s July 24 earnings call.

“And the tax laws are very difficult to overturn,” Ketchum said. “And we’re very likely to have thin margins in the House and the Senate, particularly in light of some of the recent developments,” he said, hinting at Harris’ rise as the new Democratic candidate.

Indeed, 18 Republican members of Congress warned House Speaker Mike Johnson earlier this month that repealing IRA energy tax credits would be bad for business.

“Prematurely repealing energy tax credits, particularly those which were used to justify investments that already broke ground, would undermine private investments and stop development that is already ongoing,” the Republican lawmakers wrote .

“A full repeal would create a worst-case scenario where we would have spent billions of taxpayer dollars and received next to nothing in return,” they wrote.

John Berger, CEO of rooftop solar installer Sunnova , told analysts on the company’s Aug. 1 earnings call the Trump trade that drove clean energy stocks lower might not have much more room to run.

“Clearly, this is a dead heat now,” Berger said of the presidential race. “I think that the old Trump trade and so forth, I would be very cautious on that.”

Gabriel Cortés is a data visualization journalist for CNBC.

Quick tips to save energy

Follow our tips and advice for quick and easy ways to save energy, lower your bills and reduce your carbon footprint.

Whether you’re a homeowner, a private or social renter, a student, or you live with your parents, there are many things you can do.

We’re all responsible for the energy we use in our homes. Take a look at our quick tips below and see how you could save up to £314 a year in Great Britain (GB) and £493 in Northern Ireland (NI) on your bills.

Need more help? Find out what support is available where you live .

Before you start

Understand your energy bill. The information on it may be confusing, but understanding your bill will help you know where you can save energy at home. This video from Home Energy Scotland can get you started.

Switch off standby

You can save around £40 in GB and £70 in NI annually just by remembering to turn your appliances off standby mode.

Almost all electrical appliances can be turned off at the plug without upsetting their programming. Standby savers allow you to turn all your appliances off standby in one go to save electricity.

Check the instructions for any appliances you aren’t sure about. Some satellite and digital TV recorders may need to be left plugged in so they can keep track of any programmes you want to record.

Find out which appliances use the most energy in your home.

Draught-proof windows and doors

Unless your home is new, you’ll lose some heat through draughts around doors and windows, gaps around the floor, or through the chimney.

Professional draught-proofing of windows, doors and blocking cracks in floors and skirting boards can save around £70 in GB and £100 in NI on annual energy bills. Getting professional help can cost around £250, but DIY draught proofing can be much cheaper.

Find out more about reducing home heat loss .

Turn off lights

Turn your lights off when you’re not using them or when you leave a room. This will save you around £7 in GB and £30 in NI on your annual energy bills.

Replacing all the lights in your home with LED bulbs could help you save even more .

Careful with your washing

You can save around £22 in GB and £36 in NI a year on your energy bill by making small changes in how you use your washing machine:

Use your washing machine on a 30-degree cycle instead of higher temperatures.
Reduce your washing machine use by one run per week for a year.

Avoid the tumble dryer

Avoid using a tumble dryer for your clothes. Drying clothes on racks inside where possible or outside in warmer weather can save you £45 in GB and £75 in NI a year.

Spend less time in the shower

Keeping your shower time to just 4 minutes could save a typical household £50 in GB and £70 in NI a year on their energy bills.

Swap your bath for a shower

Some of us might enjoy a long soak in the bath. But swapping just one bath a week with a 4-minute shower could save you £8 in GB and £15 in NI a year on your energy bills.

Find out how saving water at home can help your wallet and the environment.

Be savvy in the kitchen

Kettles are one of the most used appliances in the kitchen. But many of us will admit that we occasionally boil the kettle with more water than we’re actually going to use.

Avoid overfilling the kettle and you can save yourself £9 in GB and £14 in NI a year on your electricity bill.

You could also consider fitting an aerator onto your existing kitchen tap. This will help reduce the amount of water coming out without affecting how it washes or rinses. An aerator is a small gadget with tiny holes which attaches to the spout of your tap. It’s cheap and easy to install and could save you £17 in GB and £20 in NI a year.

Fill your dishwasher

Only run your dishwasher when it’s to full reduce the amount of water you use. Reducing your dishwasher use by one run per week for a year could save you £11 in GB and £18 in NI.

Top up the insulation

Effective insulation of your hot water cylinder is important. If you have thin spray foam or a loose 25mm jacket, you can benefit from increasing the insulation to a British Standard Jacket (80mm thick). Doing this will help you save £35 in GB and £45 in NI a year.

Insulating your water tank, pipes and radiators is a quick and easy way to save money on your bills.

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Additional resources

How to save money on your energy bills, financial support for home energy efficiency, how can i get £400 off my energy bills from october, energy savings for your budget.

Last updated: 30 April 2024

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Mods 1 – Getting Started
Mods 2 – Tire Size Guide
Mods 3 – Tire Buying Guide
Mods 4 – Performance
Mods 5 – Lift & Level Kits
Mods 6 – Grille Kits
Mods 7 – Headlights
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Accessories , Camping , Gear , Overland , Reviews , Tech , Trail Tested

Lion energy safari lt power station & solar-powered generator – full overview.

Lion Energy Lion Safari LT Solar Power Charging Generator Overlanding

Lion Energy Safari LT Solar Generator – Off-Road/Overland Fridge Test With AC & DC Power

We all demand power, and some more than others. When it comes to traveling, off-roading, and overlanding, power is among one of the most important essentials next to food, water, and shelter.

We need power for a wide variety of reasons when away from home. From charging your cell phone to your laptop and even powering a refrigerator, power is an essential off-grid and Overland necessity.

Without power, we lack the things we all like to do best when outside; photography, listening to music, cooking, editing some photos on the laptop, and even powering life-saving devices such as oxygen pumps or CPAP machines.

Power Options

There are a wide variety of power stations and power banks available for the general outdoor enthusiast. From small pocket size power banks to larger more feature-driven power stations and power generators, the options are virtually endless.

Power Banks are typically referred to as smaller units that are designed to charge your phone.

Power stations and solar generators on the other hand are designed to power much larger items such as laptops, refrigerators, and those commonly used medical devices. Your travel style will determine which unit is better for you.

Today we’re looking at the Lion Energy Safari LT Portable Solar-Powered Generator. The Lion Safari LT is going heads up against some of the biggest power stations provided on the market today; Dometic PLB40, Goal Zero Yeti 400, Jackery 500, etc.

Portable Power Stations & Solar Generators

Before we jump in, let’s back up.

What is a portable power station?

They feature lithium-ion batteries packed into well-designed user-friendly housing that offers multiple inputs and output ports. Most of the units are Lithium-ion batteries as opposed to lead-acid batteries for weight-saving characteristics and dependability. Lithium-ion is much lighter and can store energy for much longer. You can charge these batteries from standard wall outlets, from your car’s cigarette lighter, or from portable solar panels.

Most portable power stations and solar generators will offer at least one AC (Alternating Current) 110V outlet, a DC (Direct Current) cigarette lighter port, along with multiple USB ports. These units can typically be charged from an AC 110V input, a 12V DC input and some offer solar charging capabilities such as this Lion Energy Safari LT.

What is a solar power generator?

Solar generators are power stations that can be charged using a solar panel. The input voltage and overall wattage will range with different models but some are higher than others which is a plus.

Portable power stations have advanced quite a bit over the years with more and more features being added as the years go on. The main differences that separate them are usually input and output ports along with design and most importantly; charge rate.

Introducing the Lion Energy Safari LT

The Safari LT features some pretty impressive specs. To start, the unit is built to be fast, compact, and light. With a 140W MPPT (maximum power point tracker) charge controller built-in, that makes it one of the fastest solar charging power stations on the market. Compare that to the Goal Zero Yeti at 120W.

The unit weighs in at only 11lbs and is compact enough to fit on the side of the cargo area just next to our AC/DC ports, a perfect spot for an additional power station in the 5th Gen 4Runner.

Find it online:

Amazon.com: Check Price
LionEnergy.com Safari LT (15% OFF): Check Price
LionEnergy.com Solar Panels (15%OFF): Check Price
LionEnergy.com Off-grid Camping Kit (15%OFF): Check Price
Battery Capacity – 450Wh (Watt-hours – how much energy it can store)
Battery Output (500w pure sine wave inverter) – 500W (Watts – how much power it can output at a time)
Weight: 11lbs
Dimensions: 11.8 x 6.5 X 7.3 Inches
Lifecycles – 1000+ (how many charges it can take)
Charge Retention: 1+ Year (battery can hold a charge for 1+ years)
Warranty: 1 Year
Battery Type – Lithium-ion
Charge from a solar panel (100W)
Charge from the wall outlet (110V)
Charge from a car cigarette lighter (12V)

Charge this unit at home, on the go, or 100% off-grid with their direct plug-in 100W briefcase-style monocrystalline solar panels.

Lion Energy provides two wall chargers. One is a fast charger that can charge the unit in under 3 hours and one is a slow charger that will take around 9 hours.

Using their fold-up solar panels, you can connect them in parallel with their Anderson power pole connectors. Each solar panel has a long cable and then a short cable that connects to the panel next to it. The Lion 100W Solar Panel can charge the power station in 5 to 7 hours with one panel or about 3.5 hours using two panels depending on direct sunlight.

Boasting two AC 110V Outlets, one DC 12 volt port, three USB ports, and one USB-C port, the Safari LT features more than enough charging outputs for most users.

Size, Weight, and Intended Use

The unit fits perfectly next to the inverter in the rear cargo area. This is one of the features I like most about this unit specifically for the 5th gen 4Runner.

You can fill your entire cargo area from edge to edge and run this power station off to the side with more than enough room and clearance for cables, chargers, and any lines you’re running to charge accessories. The dimensions (11.8″ x 6.5″ X 7.3″) complement the back of the 4Runner quite well and to top it off the unit is incredibly light-weight (11 pounds). I’m comparing that to the other power station that we’ve been running, the Michelin XR1 weighing in at over 18 pounds. For more reference, compare this to the Dometic PLB40 at 16lbs and then the Goal Zero Yeti 400 at a whopping 29lbs!

If a light-weight station is what you are looking for, consider the Safari LT.

We plan on running a fridge and to charge other accessories like our laptops, cell phones, off-road communication radios, and much more.

Wall Charging

This thing is a beast charging from the wall. You have two different charging options directly from the wall, and this is one area where the Safari LT really shines.

For its battery size, this station has one of the fastest charge rates on the market. It can charge at an impressive 140 Watts! We tested the unit charging from the wall on the fast charger and it was consistent at around 138 to 140 Watts.

The unit was fully charged in around three hours. Optionally, you can charge the power station with a slower wall charger that pulls around 50 Watts and takes 3X as long. The faster charger is included in orders placed directly on Lion Energy’s website. No guarantee with 3rd-party sellers on Amazon or from other distributors.

Solar Power Charging

We connected both solar panels (pictured with only one above) to charge the Safari LT and we were able to pull 139-140 consistent watts in order to power the unit. Given you have direct sunlight, this will give you the ability to fully charge your power station from 0 to 100% in around three and a half hours. Again, this is one of the areas that the Safari LT really stands out from the competition. This is great if you are out exploring the backcountry for more than a few days and really need to depend on the sun to power your setup.

Eventually, we plan on mounting these solar panels to the top of our rooftop tent but for now, we have been carrying them with us in the back of the 4Runner. One thing that would make transporting the solar panels more convenient would be carrying cases. If you plan on running these solar panels on top of your roof rack or rooftop tent, you should be fine. However, if you plan on packing these for each trip, then consider casing them to prevent damage.

Output Options

Charging Ports

AC (110V Outlets) X 2: You have two 110V outlets on the side of the unit. These have been nice for charging our phones, laptops, HAM radios, and other accessories. We actually have been using the AC ports to run the fridge over the DC (more on that later).
DC Cigarette lighter adapter (single outlet – 12V 10Amp) X 1: One unregulated 12 volt DC port (not recommended for a running fridge but it does work).
USB (5v 2.4amp) X 3: These have worked as expected for direct phone charges, LED lights and smaller GPS accessories.
USB-C QC3 (quick charge) X1: Have not tested this port yet but it’s great to have a USB-C when we need it.
12 Volt 5Amp: Have not tested this port yet.

Charge Examples

Mini Fridge – 55w: 6.5 Hours
iPhone – 5w: 72 Hours
Laptop – 45w: 8 Hours
55″ LED T.V. – 75w: 4.8 Hours
LED Reading Lamp – 4w: 90 Hours
Drone – 40w: 9 Hours

The Fridge Test

Overland Fridge Charging - Solar Charging Station

We tested the fridge on both the AC and DC ports. This was actually one of the most important tests for us as this is the sole reason for running this power station.

We initially tested our fridge with the DC port and everything was fine until the temperature of the fridge drops and the fridge compressor kicks on. Once our fridge needed to cool back down to a certain temperature, the compressor turned on and caused a high amperage draw.

For the full fridge test we need to look at two areas:

Higher amperage draws

Unregulated 12v dc.

The 12V DC output is protected from over-current draws by a computer that monitors the output which causes the power to shut off. Every time the compressor kicks on to start cooling, it creates a power spike (typical with refrigerators). If these spikes are small enough or fast enough, then they won’t be noticed by the output protection on the Safari LT computer. However, if the spike lasts long enough or is big enough, then the computer will think that it is a short circuit, and it will cut the output to protect it from getting damaged. This started happening to us with our China fridge ( KaCooler.cn ) we were sent as a test unit.

I have read that this has happened to other people but it typically happens with random refrigerators or accessories that are not very commonly run. This makes sense because I am running a fridge that a random company from China shipped to me that has very few settings, and no known documentation. So, I’m going to give Lion energy a pass on this one, and more than likely the main challenge is stemming from high amperage draws when the compressor kicks on from our Chinese fridge. Perhaps these draws are lower or more consistent on Dometic, SnowMaster, ARB, Etc – time will tell.

The only downside of using this specific DC cigarette lighter adapter on the Safari LT is that the receptacle is unregulated .

What does this mean in a real-world scenario? Lets’ look at refrigerators for example.

Unregulated DC Powering Fridge

An unregulated DC output in this case means that the projected 12-volt rating will not always stay at 12 volts. It may drop down to 11 volts or even lower (10 volts, 9 volts, etc) depending on battery life, amperage draw, etc.

This is not good when you are running a fridge that requires AT LEAST a certain amount of volts to run. Most compressors and fridge computers will shut down around 10 volts to protect your vehicle battery, for example. In a perfect world, you want a battery to maintain that 12 volts or at least 11 volts to keep your fridge powered throughout the battery’s charge cycle – until it dies.

On the popular Dometic line, most of their units have high, medium, and low settings that you can program to shut your fridge off when the battery output voltage drops below a certain point. You can set that to high/11.8 volts, medium/11.2 volts, or even low/10.1 volts. Not all refrigerators are programmable and selectable though.

What if you are powering a fridge with a pre-set power shut off at 10 volts? That means if your charging battery drops under 10 volts, your fridge will shut off.

Running Fridge from AC power

Because the DC cigarette lighter adapter on the Safari LT is not regulated, I would not recommend this outlet for powering your fridge. With all that said though, it works just fine on AC power.

Running the Fridge on AC Power

Seeing how running the fridge to the DC port was not doable for our situation, we had to think about something else. Our current setup is running the fridge to the AC port on the Safari LT and then charging the Safari LT directly from the DC cigarette lighter adapter in the cargo area – directly from the 4Runner.

Before we head out for the weekend, we fully charge up the Safari LT and the fridge. Then plug the fridge into the AC outlet on the Safari LT. At this point, the fridge runs directly from the AC port on the Safai LT.

When we turn the 4Runner off/on the DC cigarette lighter adapter kicks on and charges the Safari LT until its fully powered. You may want to double-check it triggers on though. It’s worked a couple of times when we turn the truck on and others have not triggered the unit.

We’ve run this setup on a few trips now and it has worked out quite well.

Yes, the AC outlet is going to be a higher amperage draw over the DC draw but since I am running the truck for most of the day (powering the unit) and resting the unit for 10-12 hours at night (pulling from the unit), it has proved to be plenty of power through a night with about 15% power remaining on the Safari LT in the morning.

For reference, Goal Zero also has an unregulated DC receptacle on their units, and because of this, they make a 12V regulated cable adapter .

It’s so nice to have a fridge on the trail! Seriously a game-changer. The beer, sandwiches, and everything else stayed super cold. I love my flexible YETI coolers, but they just don’t compare to running a refrigerator when out for a day.

Final Thoughts

Lion Energy Safari LT Power Station & Solar-Powered Generator - Full Overview

For anyone looking at power options for the back of your 4Runner, the Safari LT is literally a perfect fit. The only downside is that the 12V DC output port is not regulated but if your goal is powering a fridge then that 110V outlet will work.

This is a really Universal Power Station that can be used for more than just off-roading, powering your fridge/accessories, and Overlanding. This product can be a good go-to power solution in the garage, or even in your garden shed. I am actually thinking about running one of their batteries through a solar charge controller and inverter to run a light switch in my Tuff Shed.

Lion Energy makes some nice stuff. I am stoked to finally have a flexible solar power station in the back of the 4Runner. It’s been great for us so far. For full lake days and weekend trips out on the trail, this unit, and the solar panels have been solid. I am running their Ultimate Safari LT kit and have to say I am pretty impressed with the build quality, design, weight, and functionality. It’s not cheap but when you deal with power the good stuff usually isn’t.

Questions or comments? Leave them below!

Brenan Greene

Brenan is the founder of Trail4R.com, Toyota guy through and through, verified nature lover, lightweight photographer, exploration enthusiast, front-end web designer, graphic designer, and certified serial blogger.

I recently purchased this battery and have been using it for the past four weeks on a trip to power an ARB 50qt fridge/freezer. Here’s the thing: I haven’t yet found a way to reliably keep the battery charged. If I’m driving the 4Runner all day, there’s no problem — the battery will be charged enough to power the fridge overnight. But if the truck is not running much during the day, the battery does not get charged enough. I have the Lion off-grid package with solar panel, but that’s only useful if the truck is parked all day (exposed to sunlight). If I’m driving to one location, hiking for a few hours, then repeating throughout the day, the solar panel is not a practical option but the battery won’t get enough charging time.

Has anyone else experienced this issue? It’s a generic issue for any fridge/battery combination. I’m thinking about adding a second, deep-cycle battery to the truck, charged directly by the alternator, which would power the Lion battery for the fridge, but that seems silly (and expensive) to have two batteries doing the job of one. I wish this issue had come up in the various reviews of fridge/battery scenarios, but it’s never been mentioned, at least that I’ve seen.

The only way I’ve been able to solve the problem for this trip is to purchase a 100ft extension cord, and park near an outdoor receptacle at every hotel/motel/inn where we’ve stayed. I plug in at night and unplug in the morning. This ensures that the battery has enough power to keep the fridge going the rest of the day. But that isn’t a sustainable solution, and I really don’t want to keep doing that on future trips.

Thoughts, anyone?

Does anyone have experience in the powering of a Go-Sun cooler from this DC outlet

I am on my third Lion safari LT. The only thing that keeps me around is the customer service. They have rushed new units to my home. I type this on my phone as I reset the brand new unit and try to get it to charge my laptop. Solar panel is falling apart also, the legs are glued to the panel and tend to give away in direct sun eventually. I will be shopping elsewhere soon.

you need to do the same test on all these power supplies. Different fridges and different tests gives no reference to how they actually perform.

so the yeti 500x can run the dometic 55 for 55 hours on one charge?

the lion will run (insert random Chinese fridge) for BARELY 10 hours and you have to keep the truck running all day to use it? LOL

PLB40 ran the cfx 55 for 30 hours and had 35% left

the jackery? Who knows no fridge info on that one

how about an anker powerhouse 400?

considering the terrible quality and reviews of goal zero for years I’d rather go with a better company but hard to judge when there are no even comparisons

PLB seems like a great little unit but 900$ is steep

in fact, the more I read these the more happy I am using an RTIC cooler that keeps everything cold for 7 days and costs 200$

I purchased this item last year at Overland Expo east. I have a few other issues that you did not discuss and I’ll let you know what I have done.

1) you are correct that the unregulated output is a problem. In fact I would say it makes this unit unacceptable compared to the Jackery or Goal Zero if the plan is to power a fridge.

2) Charging from the lower power brick is a joke and takes a ridiculous amount of time.

3) DC charging of the unit from the cigarette lighter plug is also a problem. It charges through the mppt controller which is set to not work below 14 volts. My 2010 Tacoma alternator puts out 13.4 volts at idle and 13.8 at 3000 RPM making the unit not chargeable that way.

After contacting the company they sent a replacement unit along with the fast charger. This allows me to charge the unit quickly either from an outlet or inverter.

While I can get one night from the battery running my fridge (Costway 44 QT) I can’t get a second night without draining the battery. I have noticed that it does not discharge evenly, The gauge seems to work like most gas gauges, slow at first than drops fast when below half full. After one night 3 of 10 bars used but with 7 bars left I can’t go through a full second night.

This, as you stated in the article requires charging the unit during the day. In order to charge the unit I have to use my inverter for a few hours once stopped, Charge via solar or get my alternator to output higher voltage.

In the Tacoma the inverter puts out 400 watts when stopped and 100 watts when moving. Unfortunately it shuts off after an hour. The fast charger doesn’t work at 100 watts.

I was able to solve the alternator output problem replacing a fuse with a diode that fools the alternator to put out an extra 1/2 and amp getting me over 14 when driving. https://www.ebay.com/itm/253363258614

I do have 50 watts of solar on my roof which helps a little but it uses the same port as the cigarette lighter plug so I can only do one or the other.

I have an additional solar generator and I recommend people have 2 units even if they are smaller units. One unit for fridge and one for everything else. Here is the concept: The fridge is the biggest user of power. When the engine is off the fridge is always powered by one unit while the other unit is used for all other devices. This allows the second unit to be in the tent or anyplace farther from the fridge than the cables can reach. Chances are the next morning the unit on the fridge is drawn down and the other unit is not. Swap the units and charge as you can. But if you can’t you should have another power to run the fridge one more night. The second reason is if one unit completely dies you have a backup to keep your fridge cold.

Had I known about the unregulated 12 volts I would not have purchased this unit as it does not power the fridge overnight that way. Which is funny because it does because the inverter is regulated. in addition to the 14 volt charging requirement. Unfortunately the Jackery 500 was not available November last year when I bought this unit.

I’ve recently became a dealer and have been using Lion energy products- simply amazing and affordable.

Very nice article. I think you brought up a very valid point in that this battery unit lacks a regulated 12V DC output, which means it is a “less than perfect” solution. Having a regulated 12V DC would have been much better. Powering a 12V fridge using the 110V inverter is actually quite inefficient as most tests I’ve seen show significant drop in fridge running time.

Yeah exactly, anytime you can utilize a regulated 12Vdc to power a 12V fridge or any other 12V accessory, you should. There is always going to be a loss in efficiency running the inverter 110Vac, however with that said it’s worked well for my specific needs as of now. I can power our fridge for well over 24 hours pulling 1.2W @ .06 amps static and 50W @ 8 amp brief spikes under load when the compressor kicks on. So is it super efficient? Well, not compared to a 12Vdc receptacle, no. I still need to run some tests on the 12Vdc side under load to really compare the difference there. Those tests are coming soon to get some exact numbers. Does it work? Yes, it does. Is it perfect? Not at all.

Great overview on this power station. I really like how light it is, only 11lbs is pretty impressive for solar generator. Random Question: Where did you get those universal Toyota stripes?

Swifty, you can find those in our store: Universal Heritage Toyota Stripe Decals .

Unrelated: what tire carrier is that? I like the integrated shelf that’s on it too. Great write btw! lol

Scott, that’s the RIGd UltraSwing. You can read that full overview here .

wonderful write up Brennan. thank you for spelling out the buying process and the items to consider. been on the fence for weeks about buying a solar panel/charger setup and this came at just the right time. still wondering if i can get away with a hood mounted panel like the Cascadia 4×4. not sure if that would still scratch the same itch.

time to check the couch cushions for some coin…

Thanks man! Yeah it’s a good unit.

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An unrecognisable woman in a pink warm jumper warming her hands at the heating radiator. Energy crisis and cold weather concept

This 5 minute task could save you £100s on your energy bills this winter

Get your heating working more efficiently in six simple steps.

As the autumn draws in and temperatures begin to drop, many homeowners are bracing themselves for the impact of winter heating bills on their household budgets.

With the current energy price cap set at £1,717, any opportunity to reduce costs is a welcome relief for families across the UK.

According to experts at National Insulation Supplies , a simple 99p purchase could be the answer to saving hundreds of pounds this winter. Radiator bleeding keys, which can be found in hardware stores or online, are essential to ensuring your radiators run efficiently, making your home warmer and your heating system more cost-effective.

Wondering if your radiators need bleeding? Look out for these signs

Your radiator feels warm at the bottom but cold at the top.
You notice cold spots on the radiator.
Your radiator makes gurgling noises.
Your home feels colder than usual, even with the heating on.
You haven't bled your radiators in over a year.

How often should I bleed my radiators?

You should bleed your radiators if you notice any of the signs mentioned above, but also at the beginning of every winter when you are likely to start using your heating again for the first time after several months.

Air will have likely built up in the system during this time, so doing the job annually can keep your heating and radiators working efficiently throughout the winter.

What is the best way to bleed a radiator?

Bleeding your radiator can be a relatively quick and simple DIY job – follow the six steps below to remove trapped air and have your radiators working better in no time. David Cruz at myjobquote.co.uk , the UK’s leading trades matching site, shares the step-by-step guide you need to know...

Run your hand over the radiator and check if it is cold at the top or the bottom. If the top of the radiator is cold, this means that there is air trapped inside and that the radiator needs to be bled.
Start by turning off your central heating system.
Then, place a rag or old piece of cloth underneath the valve so that you can catch any water that may start to drip out while you are bleeding the radiator.
Use your radiator key and turn it anti-clockwise by roughly a quarter of a turn. Leave it open until the air stops coming out and water starts running out of the valve.
As soon as water starts coming out of the valve, turn the radiator key to the off position again.
You can then turn your central heating system back on and the issue should now be resolved.

Do you bleed radiators when the heating is on or off?

You should turn your heating off and allow it to cool down before bleeding your radiators, then turn it back on when you are finished to check that everything is working properly.

EXPERT TIPS: How to remove mould from walls

How to bleed a radiator without a key

It is still possible to bleed your radiator even if you've lost your radiator key. Replacements are available to buy at DIY stores, but if you need to solve the problem urgently, you may be able to use another tool such as a flat head screwdriver.

Insert this carefully into the bleed plug and gently turn anti-clockwise, making sure you have a cloth or something underneath to catch any drips.

You should hear the air escaping if it is trapped within your radiators.

Once this hissing sound stops and water starts coming out, turn your screwdriver clockwise to tighten the bleed plug and finish the job.

Do you let all the water out when bleeding a radiator?

When bleeding a radiator the aim is to let the air escape rather than the water. Some water will likely leak out of the valve when you open it, but you should avoid letting a lot of water out of the radiator as it will decrease the pressure in your boiler tank, meaning your system may have difficulty heating the top floors of your home or fail entirely.

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Axis History Forum

This is an apolitical forum for discussions on the Axis nations and related topics hosted by the Axis History Factbook in cooperation with Christian Ankerstjerne’s Panzerworld and Christoph Awender's WW2 day by day . Founded in 1999.

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Board index The Allies & the Neutral States The Soviet Union at War 1917-1945

Did Siberian divisions save Moscow?

Post by Globalization41 » 02 Sep 2013 07:33

Re: At what point did Germany lose WW2?

Post by ljadw » 02 Sep 2013 07:37

Post by Globalization41 » 02 Sep 2013 08:11

Post by KDF33 » 02 Sep 2013 22:27

Post by Davey Boy » 03 Sep 2013 01:41

Globalization41 wrote: Asiatics were deployed by the Soviets in August Ijadw, but some Siberians were held in reserve in the Far East. The Soviets knew the Japanese were moving south, jumping from China, to Saigon, and eventually embarking in a massive armada en route to Malaysia, the Philippines, Thailand, and the Dutch East Indies oil fields. The whole world knew it. Japan did not observe radio silence, except for the Aircraft Carrier Squadron sailing north toward Hawaii. ... As the situation became critical west of Moscow, Stalin, knowing Japan would be tied up in the south, redeployed Siberian divisions from the Far East to the Moscow Front. ... ... The evacuation of Dunkerque, Checkov, was actually completed prior to the main Battle of France. Eliminating the Dunkerque pocket, if the British had stood and fought, would have delayed the main German offensive and the fall of France. Globalization41.

Post by Globalization41 » 03 Sep 2013 07:19

Post by KDF33 » 03 Sep 2013 18:44

Globalization41 wrote: Japan's well-publicized designs to the south would explain why the Soviets were able to deploy the Far Eastern Siberian units (those already formed before the war started) early on, leaving a bare minimum guarding against Japan.

Post by ljadw » 03 Sep 2013 20:32

Post by KDF33 » 03 Sep 2013 21:04

ljadw wrote: It is not so that Siberia sis starting at the Urals and finishing on the Pacific : any Russian will have a good laugh with this claim .

Re: Did Siberian divisions save Moscow?

Post by jeger » 10 Jan 2014 17:36

Post by olia » 11 Jan 2014 10:53

Post by olia » 11 Jan 2014 11:20

Post by LWD » 13 Jan 2014 14:29

jeger wrote: Yes they did mainly because their winter equipment, but the Battle of Stalingrad was the turning point Jeger

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COMMENTS

Optimized M1 Chrome vs. Safari Battery Consumption : r/macbook
safari - 10 hours 25 mins. chrome - 10 hours 10 mins. safari does perform around 2.5% better on battery, although chrome also has a energy saver which can boost battery (I turned it off for the testing) (I think chrome is performing so well because of the adblock extension, whereas safari Adguard is not really good)
Chrome updated to match Safari battery life on M2 MacBook Pro
Google updates Chrome to match Safari battery life on M2 MacBook Pro. After widely rolling out an Energy Saver mode, Google has made four optimizations to Chrome for Mac that allows the browser to ...
Save energy on your Mac
If you have a Mac laptop, you can change the options below to reduce energy use and optimize the lifespan of your battery. On your Mac, choose Apple menu > System Settings, then click Battery in the sidebar. (You may need to scroll down.) Click the pop-up menu next to Low Power Mode, then choose Always, Only on Battery, or Only on Power Adapter.
Arc vs Safari Energy Usage Benchmark : r/ArcBrowser
Safari was fairly stabile on both initial runs (and I even saw zero improvement when using HTML video tags with Baking soda and Vinegar extensions instead of YouTube player, on the third run) Safari without extensions -- 155. Safari without extensions -- 158. Safari with HTML video -- 162. Arc without extensions -- 538.
Change Energy Saver settings on a Mac desktop computer
To open the pane, choose Apple menu > System Settings, then click Energy Saver in the sidebar. (You may need to scroll down.) Open Energy Saver settings for me. Option. Description. Prevent automatic sleeping when the display is off. Prevent your Mac from going to sleep automatically when its display is off. Wake for network access.
These features will help Google Chrome eat up less battery ...
Earlier this year, Google Chrome boasted the highest Speedometer score ever on an Apple silicon Mac but was superseded by Safari a few months later. Energy Saver and Memory Saver can both be ...
Mac Energy Saver: Where It Is & How to Change It
Energy Saver is placed in System Preferences on a Mac, simply open the Apple menu > System Preferences. Then, you can find Energy Saver. On Mac desktop computers and Mac laptops running macOS Catalina or earlier, it is named Energy Saver. From macOS Big Sur, Monterey, and Ventura for MacBook Pro and MacBook Air, Energy Saver is changed to Battery.
Manage The Safari Power Saver Feature
With Safari open, proceed to File > Preferences. Then proceed to the Advanced tab. You can also press Command + , to reach the Preferences area. Midway down the Advanced tab panel, you will come across Internet plug-ins. By default, "Stop plug-ins to save power" will be activated. To de-activate, simply deselect and close the Safari ...
Energy saving on apple safari
Energy saving on apple safari. There seems to be a shortcut to save energy. I don't see it on apple. Show more Less. Posted on Sep 1, 2022 10:57 AM ... "Energy saver" option gone from System Preference does anyone else has their "energy saver" option gone from their system preference? I use Macbook pro 16 with mac OS Big Sur 11.4, my screen ...
How to Use Energy Saver Settings on Mac for Better Battery & Power
Now let's take a look at the options and what they do. " Turn the display off after " - This tells your Mac when to turn off the display. If that's an internal display it will be turned off completely. If you're using an external display it will likely enter low-power mode. You can wake it up by pressing a key on the keyboard or by ...
Energy Management for a Safari Lodge
However, a unique safari experience is not the only thing that the house management and the discerning guests value. Environmental management and sustainability are also a must. This includes grey water recycling and using construction materials such as energy-saving glass, which reduces heat transfer through the windows.
Review: Lion Energy Safari ME portable power station with ...
The main part of the system is the Lion Safari ME itself. This is the fully self-contained power station, which includes a 922 Wh battery and a 2 kW AC inverter that can put out 4 kW of peak power ...
Hanford Cleanup: Alternatives for Treating and Disposing of High-Level
The Secretary of Energy should ensure that the Senior Advisor for Environmental Management has an independent analysis performed, such as by a Federally Funded Research and Development Center, on opportunities to optimize, in a manner that is protective of human health and the environment, the portion of Hanford's high-level waste that should ...
How the Inflation Reduction Act sparked a manufacturing and clean
271 manufacturing projects for clean energy tech and electric vehicles have been announced since the IRA passed. IE 11 is not supported. For an optimal experience visit our site on another browser.
Lion Safari XP
When you need to power things longer, the Safari Expansion Pack™ (Safari-XP) gives you 3X the energy storage capacity than the Safari alone. More stored energy - 3X the stored energy when you connect the XP expansion pack to the Lion Energy Safari for 4,300Wh total. Easy to connect - Just plug it into the back of the Safari.
Lion Energy Safari Deluxe Power Station Bundle
Lion Safari. Professional Grade - Power kitchen appliances, communication devices, power tools, and more with 3,000W / 1612Wh. Multiple Outputs - Power different types of devices with AC, USB-A, USB-C, and 12V ports. Faster Charge Time & Renewable - Use the sun to recharge. Maintenance Free - Retains charge for up to 1 year.
Lion Energy Safari ME + XP Recertified Portable Solar Generator
The Safari ME-XP is an expansion battery for the ME that provides an additional 2048Wh of stored energy so you can power things longer. Profession Grade - Power kitchen appliances, communication devices, power tools, and more with 2,000W / 3,000+Wh. Multiple Outputs - Power different types of devices with AC, USB, USB-C, and 12V ports.
Quick tips to save energy at home
Unless your home is new, you'll lose some heat through draughts around doors and windows, gaps around the floor, or through the chimney. Professional draught-proofing of windows, doors and blocking cracks in floors and skirting boards can save around £70 in GB and £100 in NI on annual energy bills. Getting professional help can cost around £250, but DIY draught proofing can be much cheaper.
Safari ME
Safari ME. Professional Grade Portable Power. The Safari ME is a high output portable power station. Capable of outputting 2,000 Watts continious power, with spikes up to 4,000 Watts, it can run power tools, refrigerators and freezers, air compressors, blenders, TVs and much more.
Lion Energy Safari LT Power Station & Solar-Powered Generator Review
Introducing the Lion Energy Safari LT. The Safari LT features some pretty impressive specs. To start, the unit is built to be fast, compact, and light. With a 140W MPPT (maximum power point tracker) charge controller built-in, that makes it one of the fastest solar charging power stations on the market. Compare that to the Goal Zero Yeti at 120W.
PDF FREQUENTLY ASKED QUESTIONS
The Safari ME comes with 2 standard AC outputs that you can plug anything into that you can plug into a standard wall outlet; 2 USB outputs (5V, 2.4A); 2 USB-C output (20V, 3A). No. The Safari ME needs to be transported on the ground or on a cargo plane. A BMS regulates the energy usage in the battery and protects it from over usage. The
This 5 minute task could save you £100s on your energy bills this winter
7 unbelievably simple ways going green can save you £100s on bills Save £1,000s on your food shop with these 9 simple tips 13 instant changes to reduce your electricity bills
Lion Energy Safari Lithium Power Generator
The Lion Energy Safari comes with a 3,000W inverter and over 1,600Wh of power, giving you all the portable power you need. ... SAVE BY BUNDLING . Create a great portable solar generator package. You can build your own with our largest portable generator—the Safari. Combine the Safari with our an Expansion Pack (XP), 1 to 6 - 24V 100W solar ...
PDF One invention saves 30% on fuel; a second, 45%; and a third, 25%. If
Solution: No invention can save 100% on fuel, since energy cannot arise from nothing. The correct calculation is not 30% + 45% + 25% = 100%, but:
Energy-Efficient Manufactured Homes
The HUD code is a set of manufactured home industry standards published and maintained by HUD that establishes standards for design and construction, strength and durability, fire resistance, energy efficiency, transportability, and quality control. It also sets performance standards for the heating and air conditioning, plumbing, thermal, and ...
Safari Pearl moves into new location
Save Moscow comic book and game shop Safari Pearl has moved from its longtime location and now operates on 660 W. Pullman Road. Kathy Sprague and Tabitha Simmons, who have owned the business for ...
Did Siberian divisions save Moscow?
The myth of the Siberian divisions is hard to dispel. Between 22.6.41 and 31.12.41, a total of 28 divisions were transferred "West" from the Soviet "East" (starting at the Urals). Here is the breakdown: June: 11 divisions July: 3 divisions August: none September: 3 divisions October: 6 divisions November: 5 divisions December: none Of the 14 ...