Wall-mounted LiFePO4 battery pack

What is a wall mounted lithium battery?

One kind of energy storage device that may be put on a wall and utilized to store electricity for later consumption is the wall-mounted lithium battery. Wall-mounted lithium batteries are commonly employed in both off-grid and grid-tied applications, as well as in residential and commercial settings.

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Why Wall Mounted? The Best Space-Saving Solution

Batteries were traditionally kept in large, floor-space-consuming cabinets or stands. An entirely new approach to energy storage is represented by the concept of the wall-mount LiFePO4 battery. It makes things more organized and less cluttered by fastening the battery to the wall. Businesses with restricted space will particularly benefit from this option. Moreover, wall-mounted batteries provide simple access for upkeep and examinations, enhancing the performance of the battery management system.

Key Features of Wall Mounted LiFePO4 Battery

Wall mounted LiFePO4 batteries are efficient and effective because of a few important aspects.

● Cell Cycle Duration: 6,000 cycles (+15% DOD, 0.2C, and +25°C).

● Long Lifespan: 10 years of design life and 5 years of warranty

● Simple Installation: Wall-mounted design was used to save floor space.

● Integrated intelligent BMS system to maximize performance

● RS485/SNMP/WIFI/Bluetooth communication; compatible with several brands of solar chargers and inverters

● Strong discharge rate currents that are appropriate for both on- and off-grid solar systems

● It is possible to connect up to 16 battery packs in parallel.

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How To Choose A Right Wall Mounted LiFePO4 Battery?

✔ Determine Power Requirements:

Calculate the power needs of your application, including peak power demand and average power consumption, to determine the capacity (Ah) and power output (kWh) required from the battery.

✔ Assess Space Constraints:

Measure the available space where you intend to mount the battery to ensure compatibility with the dimensions of the wall-mounted battery.

✔ Check Cycle Life:

Look for batteries with a high cycle life rating, indicating the number of charge-discharge cycles the battery can withstand before significant capacity degradation occurs. LiFePO4 batteries typically offer longer cycle life compared to other lithium-ion chemistries.

✔ Assess Charging and Discharging Rates:

Determine the maximum charging and discharging rates required for your application and ensure the battery can support these rates without compromising performance or safety.

✔ Consider Safety Features:

Look for batteries with built-in safety features such as overcharge protection, over-discharge protection, short circuit protection, and temperature monitoring to ensure safe operation.

✔ Evaluate Compatibility:

Ensure the wall-mounted LiFePO4 battery is compatible with your existing charging system, inverter, and other components in your power system.

How Do I Install a LiFePO4 Wall Mounted Battery?

Installing a LiFePO4 battery that is installed on the wall usually requires many procedures. For your convenience, the following general installation guide will assist you:

✔ Select the Site: Choose a good spot for the wall mount, ideally in a well-ventilated area or near the electrical panel. Make sure the area is safe and able to hold the battery's weight.

✔ Assemble the instruments: Prior to starting, assemble the required instruments, which can include a measuring tape, drill, stud finder, level, screwdriver, and screws.

✔ Get the mounting surface ready: To discover the studs in the wall, use a stud finder. Make a mark at the desired location for the battery installation. Make sure there are no obstacles and that the wall surface is clean.

✔ Mount the Bracket: Use screws to fasten the mounting bracket to the wall. Use a level to make sure the bracket is straight and secure, and make sure it is aligned with the designated position.

✔ After the bracket has been firmly fixed, gently attach the LiFePO4 battery to the bracket. Observe the guidelines provided by the manufacturer for the particular battery model you own. Usually, the battery has hooks or brackets that attach to the mounting bracket.

✔ Make sure the battery is secure. Verify again that the battery is fastened firmly to the mounting bracket. Check that it is securely fastened by gently testing its stability.

✔ Wire Connections: As directed by the manufacturer, connect the battery to the electrical system. Typically, this step entails attaching the battery terminals to the correct terminal blocks or electrical wire. During this process, it's imperative to abide by all safety regulations and local electrical laws. It's advisable to speak with a licensed electrician if you have any questions concerning the wiring.

✔ Check & Confirm: Check that everything is working properly after the wiring is finished and the battery is fitted. Follow the battery manufacturer's recommendations for conducting any required system inspections or testing.

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What is the wall-mounted lifepo4 battery's backup duration in hours?

Using the 5kwh type as an example, one wall-mounted lifepo4 battery could typically run 50 hours of 100W light bulbs. Given that Wh= Watt x Hour, a 10 kwh model would last 200 hours. A household can get by with 6 pieces of 5kwh models or 3 pieces of 10kwh models if their average daily consumption is 28 kWh.

The house will be better secured when more ROYCE ENERGY® wall-mounted lifepo4 batteries are installed. An increase in wall-mounted lifepo4 battery installations will result in more hours of protection.

It is best to combine the wall-mounted lifepo4 battery with a solar power system since solar energy allows the Powerwall to be continuously recharged.

A home might be powered eternally by a wall-mounted lifepo4 battery and solar power. It cannot be recharged if it is a freestanding grid until grid power is restored.

How much wall-mounted lifepo4 battery capacity needed for a house?

The appliances that must be powered and the amount of time they require charging determine how long a wall-mounted lifepo4 battery will last.

Determining which vital electronics are necessary in the event of a blackout would be great. One may readily determine how long a wall-mounted lifepo4 battery will survive by calculating the power drain of the necessary gadgets.

During a blackout, if one is utilizing only the necessities (such as Wi-Fi, phone, refrigerator, and a few lights), the wall-mounted lifepo4 battery should last for about 24 hours.

The amount of hours of a wall-mounted lifepo4 battery backup will differ significantly. For instance, the number of backup hours will decrease if we include additional devices, such as a TV or air conditioning system.

During an outage, the typical residence uses a maximum of two kilowatts and an average of 750 to 1,000 watts on average. Consequently, a wall-mounted lifepo4 battery with a 10kwh model will run for 10 to 13 hours.

The house will be better secured as there are more wall-mounted lifepo4 batteries. An increased number of wall-mounted lifepo4 battery installations will provide additional hours of protection. Maximum parallel piece count is 16.

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INVERTERS COMPATIBLE

The majority of inverter brands on the market are compatible with our wall mount lifepo4 battery.

Is a wall mounted lifepo4 battery worth the money?

◗ Storage LiFePO4 battery is incredibly economical when considering the long-term energy savings and the cost per kilowatt-hour of storage.

When not in use, how long does a lithium battery mounted on a wall last?

◗ It is simple to store a lithium battery for a full year. When storing, make sure to keep the battery between 50% and 80% charged. You can extend the storage period by charging the battery every three to six months.

What is the price of a wall-mount LiFePO4 battery for the entire house?

◗ Depending on the type of LiFePO4 battery you select and the quantity required to power your home, the exact cost will change.

For instance, there is a two-fold capacity difference between a lifepo4 battery 200 ah and a lifepo4 battery 100 ah, however there is typically a 1.8-fold price difference.

But the normal cost of operating an average-sized home battery backup system is between $10,000 and $18,000.