space engineers lcd panel battery pricelist

Script that shows the charge of all batteries on the connected grid with LCD images. You can safely add new batteries to the ship/station without having to recompile the script.

This script was specially written to use my "LCD Inverted Percentage Bars 1%" Mod, that adds 101 images to show how much charge is on all the battiers on the connected grid.

Its a cool script. Kinda feel like the LCD image lets it down. Me and a friend are making a machine where it has multiple batteries and turbines on it but cannot find a script to make it easier for us to observe the machines power use/drain/charge.

Hi, is there any way to rotate the display? The texture is quite narrow and it"d fit quite nicely on a vertically placed wide lcd panel but it"d need an option to rotate it within it.

Hey, is this still working after the most recent Survival-Update? I cant get my Textpanel (small LCD) to display anything. I named it "LCD Battery", loaded the script into a programmable block and hit run. Images mod ist also loaded. Nothing happens. I can manually load the images into the LCD; but they only display for s second before it goes back to "online" Any help?

Immediately after construction, the battery will contain 30% of its capacity, ready to be used by other blocks. When grinding down a battery, the necessary Power Cells components will become scrap metal. This means you cannot gain infinite power anymore by grinding and rewelding batteries repeatedly, you “pay” for the free partial charge in Power Cells.

You expected a battery to provide power, but it didn’t? You expected the batteries to recharge, but they didn’t? Check your settings in the Control Panel Screen!

Select Automatic to cause the battery to charge itself when there is excess power on the ship, and discharge itself only if there is not enough other power on the ship.

In Creative Mode, a battery has infinite charge, but still limited throughput. If a grid exceeds its power capacity, you still need to add several batteries, even in Creative.

However, in contrast to reactors and hydrogen engines, batteries have the advantage of not requiring a conveyor system to feed them, and as such, they can be fitted in spaces not connected to conveyor systems, or for short trips, possibly equaling/surpassing the power density of a conveyored reactor when used in large banks.

A fully discharged battery is just dead weight until it can be recharged using another power source. This means that large banks of batteries are not the optimal solution for long distance travel. If the battery is only needed to power a drone or shuttle for 15 minutes or less, the battery"s life (and power per weight ratio) is sufficient and you can disregard the dead weight issue.

Given that each kilogram of Uranium ingots generates 1 MWh of power in a reactor, one full charge on a small battery is roughly equal to 0.36 ingots and on a large battery about 1 ingot. However, recharging batteries with reactors only has a 80% efficiency, meaning you"ll need somewhat more uranium to recharge batteries than to fuel a reactor.

Other power producing blocks (solar panels, wind mills) don"t lose efficiency when recharging batteries. So the optimal use for Batteries is when you have solar panels or wind mills to charge them, otherwise it"s a waste of uranium.

When providing power, batteries are given medium priority. Grids draw power first from solar panels and wind mills, then second from batteries. Reactors are only used if the output of the higher priority options is not sufficient, in order to conserve their uranium fuel.

The Eaton 9PX is a proven, best-in-class online UPS featuring ABM technology, which extends battery service life up to 50 percent. With double-conversion topology for constant power conditioning and battery packs for extended runtime, the 9PX tower/rackmount UPS is built for scalable deployment and features a graphical LCD interface. The 9PX UPS even offers flexibility in battery types with nine models offering lithium-ion batteries. Select 9PX UPS models are bundled with the Eaton Gigabit Network card, the first in the industry to comply with both UL and IEC cybersecurity standards. To complete your backup power solution, pair your 9PX with the Brightlayer Data Centers suite for seamless management of your connected equipment.

Walking into your local Apple Store and getting a battery replacement for your iPhone is pretty cheap at the moment. Just $29. But when 2018 comes to a close, that temporary pricing — introduced in response to last year’s throttling controversy that affected iPhones with aging batteries — will be going away.

Ahead of that change, as noted by9to5Mac, Apple has updated its battery page with the new rates that will begin on January 1st. In 2019, out-of-warranty battery swaps will cost:

Battery Health, a software feature that Apple implemented after the throttling mess, is now out of beta in iOS 12 and provides a percentage estimate of your battery’s overall condition. When that number drops below 80 percent, it’s usually a good time to change out the battery.

Uninterruptible power supplies have become imperative (in fact, most of us don’t leave the house without a portable battery power pack), especially in industries where a power outage can have severe, and perhaps even life-threatening consequences, such as in a hospital. The types of UPS systems we"ve selected below are for general home and office use and are superb options for backing up your work and keeping your electricals safe.

Scroll down to read more about these battery backup uninterrupted power supplies that can provide power and battery backup when you lose power and need it most.

It"s durable and well-made, energy-efficient, and is powerful enough to, according to one reviewer, "provide a full night of power to a sleep apnea Bi-Pap system." Another happy buyer raved about this system’s full load and half load capacity and wrote, “Runtime when using battery backup is great. I can easily get 1 full hour (58-68 minutes) of use on my system while idle or doing light tasks like web browsing on tethered data. Best purchase I"ve made in a while!”

"The unit is small, light, and quiet," explained one reviewer who gave this unit five stars. "You will be hard-pressed to find better quality for the price." Another buyer described it as a "well-made power UPS. 1500 watts at a great price with a long duration battery."

Amazon"s own brand UPS system is quite an impressive little machine to provide battery backup when you need it. The six, eight, nine, ten, and 12-outlet versions.

“I"ve had it four days and already experienced two short power outages,” explained one buyer. “The system never even blinked. It made the switch over to battery backup instantly. It is simple to set up, the power management system was a snap to download and install, and there are more than enough power outlets for my needs.”

One happy customer was particularly impressed with this unit’s surge protection and explained, "This unit saved a high-end gaming system from a massive surge due to a hot/neutral short on the service wire to my house that even fried my whole house surge protector in the circuit panel... My high-end computer worth far more than the UPS is alive because of it."

"We have purchased [this sine wave device] for my wife"s home business computers," explained one reviewer. "In my work, I deal with large-scale UPS supplies all the time and I have come to trust Eaton as a quality manufacturer. I see that same quality in the 5S1500LCD... If the power failure is long enough to run the UPS battery down, the software will automatically execute a clean shutdown of your computer so there is no data loss or hard drive damage." Another buyer wrote, “Great size and dimensions for if you are looking at putting together a mini network rack.”

We hope our review of the best uninterruptible power supply systems has been helpful and you were able to find the perfect UPS battery backup device with enough power to run all your necessary electricals. For more suppliers of UPS battery backups or similar products, consult our additional guides or visit the Thomas Supplier Discovery Platform.

Samsung Galaxy Z Fold 3 5G is the world’s first commercially available phone with an under-display camera (UDC). The main screen of this foldable phone is a 7.6-inch Dynamic AMOLED 2X panel with a 22.5:18 aspect ratio, QXGA+ (2208 x 1768) resolution, 120Hz refresh rate, and 374ppi. Thanks to that UDC, you get a 88.57 % screen to body ratio.

Xiaomi’s Mi Mix 4 is yet another under-screen camera phone. It calls its implementation CUP (Camera Under Panel), but the mechanism is pretty much the same as the other under-display selfie cameras out there. Above its 20MP selfie camera lies 400ppi pixels of the screen. This display stretches 6.67-inches and sports 120Hz refresh rate.

It ships with Snapdragon 888+ processor, 8GB/12GB RAM, 128GB/512GB storage, 4,500mAh battery and has 120W wired charging, 108MP camera, and Harman/Kardon speakers.

Legion Duel 2 is a gaming smartphone from Lenovo that’s envisioned to be used in landscape orientation primarily. The screen is a 6.92-inch Full HD+ AMOLED panel with 144Hz refresh rate, 1300 nits peak brightness, 111.1% DCI-P3 color gamut support, and 20.5:9 aspect ratio.

The 6Z (globally known as the Zenfone 6) is one of the most impressive phones we have seen from Asus in India. The 6Z (review) has a gorgeous and well-calibrated IPS LCD display that covers the entire facia. The selfie camera is housed in a flip module and this glass body phone houses a massive 5000mAh battery while being reasonably manageable.

The 6.4-inch screen has Full HD resolution which is quite sharp considering this is an IPS LCD and not AMOLED screen. This competitively priced Snapdragon 855-powered phone also has stereo speakers, 48MP primary camera, and runs an extremely close-to-stock version of Zen UI.

As is the case with most other Xiaomi phones, the K20 Pro is a great value proposition. Key features include triple rear cameras, 4000mAh battery with fast charging support, and MIUI 10 interface with fewer ads.

Motorola One Fusion Plus rocks a 6.5-inch full HD+ notch-less TFT-LCD screen. It’s pop-up camera houses a 16MP sensor. Pivot and by the back you get a 64MP quartet.

The phone is powered by Snapdragon 730G with 6GB RAM, 128GB storage, and a 5000mAh battery. There is support for 15W fast charging. There is Vanilla Stock Android software too in the mix.

The Redmi K20 is however driven by Snapdragon 730 and replaces the Sony 48MP sensor with a Samsung sensor of the same resolution. Other features include in-display fingerprint reader, Pop-up camera, and 4000mAh battery with fast charging.

The Oppo K3 has a near bezel-less and uninterrupted AMOLED screen that measures 6.5-inch diagonally. The handset houses a 3765mAh battery with VOOC 3.0 fast charging support and runs Android Pie based Color OS.

Huawei Y9 Prime is the first Huawei phone in India to deliver a full-view screen. The IPS LCD display on the phone measures 6.59-inch and is full HD sharp.

The handset is powered by Kirin 710 octa-core chipset paired with 4GB RAM and 128GB storage. Other features include triple rear cameras, 4000mAh battery, and Android Pie based EMUI 10 software.

On the camera front, the smartphone has a triple rear camera setup consisting of a 108MP primary shooter and two 12MP shooters. On the front, it gets a 10MP sensor for the sake of selfies and video calls. The device packs a 4500mAh battery along with fast charging as well as wireless charging support.

For photography, the iQOO 9 Pro sports a triple rear camera setup including a 50MP primary shooter, 50MP ultra wide-angle shooter, and a 16MP tertiary shooter. The 16MP front sensor of the device makes sure that you get the best results while clicking selfies. The handset has a 4700mAh battery that also supports 120W fast charging. The charging tech of the device claims to fully fuel it up in less than 20 minutes.

When it comes to the camera, the handset rocks a triple rear camera setup including a 50MP primary shooter, 50MP secondary shooter, and a 50MP tertiary shooter. No doubt the camera performance of the smartphone is better than most of its competitors. The smartphone draws power from a 4600mAh battery and also supports Hyper Charging 4.0.

The smartphone rocks a quad rear camera setup consisting of a 50MP primary sensor, two 12MP sensors, and an 8MP sensor for delivering the best shots in both daylight and low light. On the front, the device has a 32MP front camera for clicking selfies and attending video calls. The handset is powered by a 4450mAh battery that comes with flash charging support.

Furthermore, it flaunts a triple rear camera setup including a 48MP primary snapper, 50MP ultra wide-angle snapper, and an 8MP tertiary snapper. The smartphone has a 32MP camera at the front and it offers decent selfie shots along with allowing the user to attend video calls in HD. The device has a highly durable 5000mAh battery along with 80W superfast charging that completely charges the smartphone in less than 30 minutes.

The Samsung Galaxy S21 FE features a triple rear camera setup consisting of a 12MP primary shooter, a 12MP secondary shooter, and an 8MP tertiary shooter. On the front, it has a 32MP camera for the sake for selfies and video calls. A 4500mAh battery powered the handset and it also comes with fast charging support.

We"d go with the Adventure as it adds several desirable features, including a Meridian stereo system, heated and ventilated front seats, fancier upholstery, and wood interior trim. We’d pay the extra $6000 to upgrade to the Large battery pack to unlock more driving range; similarly, the Quad-Motor all-wheel drive powertrain costs $8000 more but we think its added performance is worth the cost. Unless you’re planning on towing significant loads, we’d skip the largest battery pack, named Max, as it increases range beyond the Large pack by 27 percent but costs a whopping $16,000.

Rivian says that every R1T can tow 11,000 pounds and that the pickup offers a payload capacity of 1760 pounds. But, no surprise, we found that towing a trailer will deplete the battery far more quickly than when cruising unladen, so buyers who plan to utilize the truck"s towing capabilities would be wise to get the model with the largest battery pack when it becomes available. During our towing test pulling a 6100-pound double-axle camping trailer, the range of our R1T dropped to just 110 miles at 70 mph.

For 2023, the R1T is offered with three different battery packs. The Standard pack is said to be good for 260 miles per charge while the Large and Max battery packs boast driving ranges of 314 and 400 miles, respectively. On our 75-mph real-world highway route, our test vehicle, which was wearing 20-inch all-terrain tires and had the Large battery, only delivered 220 miles of range. We tested a second R1T with the Large battery, this one wearing 22-inch all-season street tires, and recorded a range of 280 miles.

All Rivian models come with a generous standard warranty which includes bumper-to-bumper coverage for five years or 60,000 miles as well as a battery and drivetrain policy that goes on for eight years or 175,000 miles.Limited warranty covers five years or 60,000 miles

Early personal computers‍—‌generally called microcomputers‍—‌were often sold in a kit form and in limited volumes, and were of interest mostly to hobbyists and technicians. Minimal programming was done with toggle switches to enter instructions, and output was provided by front panel lamps. Practical use required adding peripherals such as keyboards, computer displays, disk drives, and printers.

In 1973, the IBM Los Gatos Scientific Center developed a portable computer prototype called SCAMP (Special Computer APL Machine Portable) based on the IBM PALM processor with a Philips compact cassette drive, small CRT, and full function keyboard. SCAMP emulated an IBM 1130 minicomputer in order to run APL/1130.APL was generally available only on mainframe computers, and most desktop sized microcomputers such as the Wang 2200 or HP 9800 offered only BASIC. Because SCAMP was the first to emulate APL/1130 performance on a portable, single user computer, portable computer now resides in the Smithsonian Institution, Washington, D.C.. Successful demonstrations of the 1973 SCAMP prototype led to the IBM 5100 portable microcomputer launched in 1975 with the ability to be programmed in both APL and BASIC for engineers, analysts, statisticians, and other business problem-solvers. In the late 1960s such a machine would have been nearly as large as two desks and would have weighed about half a ton.

Before the widespread use of PCs, a computer that could fit on a desk was remarkably small, leading to the "desktop" nomenclature. More recently, the phrase usually indicates a particular style of computer case. Desktop computers come in a variety of styles ranging from large vertical tower cases to small models which can be tucked behind or rest directly beneath (and support) LCD monitors.

While the term "desktop" often refers to a computer with a vertically aligned computer tower case, these varieties often rest on the ground or underneath desks. Despite this seeming contradiction, the term "desktop" does typically refer to these vertical tower cases as well as the horizontally aligned models which are designed to literally rest on top of desks and are therefore more appropriate to the "desktop" term, although both types qualify for this "desktop" label in most practical situations aside from certain physical arrangement differences. Both styles of these computer cases hold the systems hardware components such as the motherboard, processor chip and other internal operating parts. Desktop computers have an external monitor with a display screen and an external keyboard, which are plugged into ports on the back of the computer case. Desktop computers are popular for home and business computing applications as they leave space on the desk for multiple monitors.

The development of thin plasma display and LCD screens permitted a somewhat smaller form factor, called the "lunchbox" computer. The screen formed one side of the enclosure, with a detachable keyboard and one or two half-height floppy disk drives, mounted facing the ends of the computer. Some variations included a battery, allowing operation away from AC outlets.

Notebook computers such as the TRS-80 Model 100 and Epson HX-20 had roughly the plan dimensions of a sheet of typing paper (ANSI A or ISO A4). These machines had a keyboard with slightly reduced dimensions compared to a desktop system, and a fixed LCD display screen coplanar with the keyboard. These displays were usually small, with 8 to 16 lines of text, sometimes only 40 columns line length. However, these machines could operate for extended times on disposable or rechargeable batteries. Although they did not usually include internal disk drives, this form factor often included a modem for telephone communication and often had provisions for external cassette or disk storage. Later, clam-shell format laptop computers with similar small plan dimensions were also called "notebooks".

A laptop computer is designed for portability with "clamshell" design, where the keyboard and computer components are on one panel, with a hinged second panel containing a flat display screen. Closing the laptop protects the screen and keyboard during transportation. Laptops generally have a rechargeable battery, enhancing their portability. To save power, weight and space, laptop graphics chips are in many cases integrated into the CPU or chipset and use system RAM, resulting in reduced graphics performance when compared to desktop machines, that more typically have a graphics card installed. For this reason, desktop computers are usually preferred over laptops for gaming purposes.

Unlike desktop computers, only minor internal upgrades (such as memory and hard disk drive) are feasible owing to the limited space and power available. Laptops have the same input and output ports as desktops, for connecting to external displays, mice, cameras, storage devices and keyboards. Laptops are also a little more expensive compared to desktops, as the miniaturized components for laptops themselves are expensive.

A desktop replacement computer is a portable computer that provides the full capabilities of a desktop computer. Such computers are currently large laptops. This class of computers usually includes more powerful components and a larger display than generally found in smaller portable computers, and may have limited battery capacity or no battery.

Most 2010s-era computers require users only to plug in the power supply, monitor, and other cables. A typical desktop computer consists of a computer case (or "tower"), a metal chassis that holds the power supply, motherboard, a storage device such as a hard disk drive or solid-state drive, and often an optical disc drive. Most towers have empty space where users can add additional components. External devices such as a computer monitor or visual display unit, keyboard, and a pointing device (mouse) are usually found in a personal computer.

For large amounts of data, a tape drive can be used or extra hard disks can be put together in an external case. The keyboard and the mouse are external devices plugged into the computer through connectors on an I/O panel on the back of the computer case. The monitor is also connected to the input/output (I/O) panel, either through an onboard port on the motherboard, or a port on the graphics card. Capabilities of the personal computer"s hardware can sometimes be extended by the addition of expansion cards connected via an expansion bus. Standard peripheral buses often used for adding expansion cards in personal computers include PCI, PCI Express (PCIe), and AGP (a high-speed PCI bus dedicated to graphics adapters, found in older computers). Most modern personal computers have multiple physical PCI Express expansion slots, with some having PCI slots as well.

A peripheral is "a device connected to a computer to provide communication (such as input and output) or auxiliary functions (such as additional storage)".USB flash drives provide portable storage using flash memory which allows users to access the files stored on the drive on any computer. Memory cards also provide portable storage for users, commonly used on other electronics such as mobile phones and digital cameras, the information stored on these cards can be accessed using a memory card reader to transfer data between devices. Webcams, which are either built into computer hardware or connected via USB are video cameras that records video in real time to either be saved to the computer or streamed somewhere else over the internet. Game controllers can be plugged in via USB and can be used as an input device for video games as an alternative to using keyboard and mouse. Headphones and speakers can be connected via USB or through an auxiliary port (found on I/O panel) and allow users to listen to audio accessed on their computer; however, speakers may also require an additional power source to operate. Microphones can be connected through an audio input port on the I/O panel and allow the computer to convert sound into an electrical signal to be used or transmitted by the computer.

48V lithium batteries have many applications in real life, such as home battery energy storage systems, telecommunication batteries, data center backup power supplies, etc. So how much do you know about48V lithium batteries? We have collected and sorted out some information about 48V lithium batteries, and will take you an in-depth understanding of 48V lithium batteries!

Off-grid solar systems have actually been around for a very long time, and the original typical systems were mostly all 12V. We obtain a lot of consumers questioning why our systems are all at least 24V or 48V because they"re utilized to 12V as the criterion of RV"s and also off-grid homes. For small systems, we can concur that 12V could still be ideal, but for medium, to large projects consumers are transitioning over to utilizing 24V or 48V for economical, more efficient setups. Higher voltage battery pack means that it can support larger solar arrays.

The single battery on the market is generally around 3.7v, but many times the operating voltage range is a little larger and there is clearly a problem of insufficient voltage. At this time to increase the battery voltage battery pack and modular battery comes along, and in the many high voltage battery, 48v lithium-ion batteries are commonly used.

48V lithium-ion battery is made by combining multiple lithium cells by connecting them in series and parallel, because the efficiency and life of the battery is not very good if the manufacturing of a single cell is a 48v lithium battery.

Single lithium battery cell price x (3.2 ~ 3.7V * n = 48v) * m (the number of cells in parallel) + protection plate price + shell price + auxiliary material price General single lithium cell voltage of 3.2 ~ 3.7V, its price will vary because of the different materials and processes used in the production of lithium battery manufacturers.

48V lithium-ion battery protection board, i.e. the circuit board that plays a protective role. It is mainly composed of electronic circuits, which can accurately monitor the voltage of the battery cell and the current of the charging and discharging circuit at all times under the environment of -40℃ to +85℃, and control the on/off of the current circuit in time.

Li-ion battery protection board can play the role of charging and discharging protection for series and parallel connected battery pack, and at the same time can detect the over-voltage, over-current, over-temperature, under-voltage and short-circuit status of each single battery in the battery pack to prolong the service life of the battery and avoid the damage of the battery due to over-discharge. Lithium battery protection board is an indispensable component of lithium battery.

The 48V Li-ion battery management system (BMS) determines the status of the entire battery system by detecting the status of each individual cell in the Li-ion battery pack, and implements corresponding control adjustments and strategies for the Li-ion battery system based on their status to achieve charge and discharge management of the Li-ion battery system and each individual cell to ensure safe and stable operation of the Li-ion battery system.

● Lithium-ion battery management system consists of management host (CPU), voltage and temperature collection module, current collection module and communication interface module.

● It can detect and display the total voltage, total current and reserve power of the lithium-ion battery pack; the voltage of any single cell and the temperature of the battery box; the highest and lowest single cell voltage and cell number, the highest and lowest temperature, and the charge and discharge amount of the battery pack.

● The lithium-ion battery host also provides alarm and control output interface for over-voltage, under-voltage, high temperature, low temperature, over-current, short circuit and other limit conditions.

1. Lithium-ion battery stored for a long time without use, should be maintained at 50%-60% charge state, should be replenished once every 3 months, and should be charged and discharged once every six months.

2. During transportation, care should be taken to prevent moisture and humidity, and avoid extrusion and collision to avoid damage to the lithium-ion battery.

4. Prohibit the use or placement of lithium-ion batteries under high temperature (hot sunlight or very hot car), otherwise it may cause battery overheating, fire or functional failure, shortened life.

5. Prohibit storage in places with strong static electricity and strong magnetic fields, otherwise it is easy to destroy the battery safety protection device, bringing unsafe hidden danger.

6. If the lithium-ion battery emits an odor, heat, discoloration, deformation or any abnormalities occur during use, storage or charging, immediately remove the battery from the device or charger and discontinue use.

8. Complete discharge is the "squeezing" of a battery until it no longer produces any current. Squeeze out any current. In this case, the voltage will drop to 0 volts. If this state is maintained. A chemical reaction occurs at the electrodes of the battery, rendering it partially or completely unusable.

9. Lithium-ion batteries can be used in the temperature range of 10°C to +55°C. However, charging can only be done at a battery temperature of +5°C to +45°C.

At present, the energy density of lithium battery is generally 200~260wh/g, while that of lead-acid is generally 50~70wh/g. The weight energy density of lithium battery is 3~5 times that of lead-acid, which means that the capacity of lithium battery is three to five times stronger than that of lead-acid battery under the same weight, so lithium battery has absolute advantage in energy storage.

Since the volume energy density of Li-ion battery is usually about 1.5 times that of lead-acid battery, Li-ion battery is about 30% smaller than lead-acid battery in the same capacity.

The most popular lithium battery materials are lithium ternary and lithium iron. For example, ternary lithium batteries usually have 1000 cycles, lithium iron phosphate batteries have more than 2000 cycles, and lead-acid batteries usually have 300-350 cycles. Then it means that the life of lithium batteries is about 3-6 times that of lead-acid batteries.

The range of a 48V Li-ion battery is related to the capacity of the battery itself (Ah) and the total power of the household appliances (W). Assuming you are using a 48V 200Ah solar home battery and the total power of the household appliances is 1800W, then the running time of your home is 48V*200Ah/1.8kW=5.3h.

For example, 48V 5kWh lithium-ion battery, assuming that the maximum charge current allowed is 50Ah, then the theoretical charging time of 4 hours, that is, 200Ah ÷ 50A = 4h, but the actual charging constant current to constant voltage mode, the trickle charge at the end takes longer, so under normal circumstances are in about 5 hours. Similarly, if the allowed charging current is 20Ah, it takes 200Ah ÷ 20A = 10h, but the same trickle time, so it is about 12 hours or so.

13 series can be better compatible with lead-acid battery electric car, lead-acid battery electric car normal is 12*4= 48V, as of voltage 10.5*4 = 42V

LiFePO4 / LFP is commonly referred to as "iron phosphate", the nominal voltage of each cell is 3.2V. This means that to make a 48V battery pack requires 16 LiFePO4 cells, 16 strings full voltage 16*3.2 = 51.2V, LiFePO4 is considered to be the most fireproof, and their LiFePO4 is considered to be the most fire resistant, and they typically last twice as long as ordinary NCA/NCM 18650 battery packs.