The electricity from solar panel system powers household appliances first. Any extra power gets stored in battery. Once the batteries are full, surplus electricity is sent to the grid for monetary returns.
First, solar-generated electricity powers household appliances. Any leftover power goes into batteries, not the grid. When solar and battery power aren’t enough for household needs, the grid steps in.
The grid charges the batteries fully. During grid outages, batteries supply power to households. They can also be charged from the grid when prices are low and sold back when they’re high. It makes money from the price difference.
Aesthetically Pleasing Appearance: The white color design matches with most of the interior decoration styles, and the LED display can show the working status of the battery more intuitively, making it convenient to set the parameters of the battery.
Stacked modular design: One battery module is 10kWh, you can stack multiple modules together to form 20kWh, 30kWh, 50kWh, etc. The maximum capacity is 640kWh. Up to 640kWh, you can quickly install and more freely combine the battery packs for your home.
Convenient to move: There is an optional package of universal wheels to be added to the bottom of the battery pack, so you can move the battery easily.
ECO-FRIENDLY AND QUIET: The battery works quietly and does not produce noise, nor does it produce any smoke or gas or liquid. So it’s fine to put it indoor living room, bedroom or outdoor environment. It should be noted that if placed outdoors, it needs to be well protected from rain.
BMS: The 10kWh battery has a built-in battery management system, which can protect the battery from high temperature, high voltage and current, and overcharging and discharging. Ensure the safe use of your battery.
High energy density: The battery cell is made of lithium iron phosphate, with an energy density of 160Wh/kg, while the energy density of ordinary lead-acid batteries is only 50Wh/kg. Therefore, for the same weight of the battery, the capacity of the lithium iron phosphate battery is more than 3 times that of the lead-acid battery.
Environmentally friendly raw materials: The raw material of the battery is lithium iron phosphate, which can be recycled and reused, and the recycling industry has been very perfect and mature.
With our increasing energy demands, 10 kWh lithium batteries have gradually become a crucial part of our society’s power supply. It performs well in various aspects such as household, commercial, and industrial electricity usage.
Household electricity: Electricity generated from solar panels, wind turbines, generators, etc., is stored in lithium batteries for household use, meeting daily electricity needs.
Commercial electricity: Lithium batteries serve as backup power sources, providing uninterrupted power supply to prevent losses from sudden blackouts. They can also generate income through price differentials during peak and off-peak hours.
Industrial electricity: Lithium batteries support power supply for energy storage equipment in ships, hospitals, factories, schools, subway stations, Telecommunications base station, large power plants, and more.
Military: In the war room, command headquarters and other places, the uninterruptible power supply is an essential and important material, only the installation of batteries to ensure the normal operation of military electronic equipment.
Signal tower: in remote mountainous areas, islands and other places, signal tower, base station construction must have enough power support to ensure that 24 hours a day, this time will generally usesolar power system and wind power generation system as a source of electricity, at the same time more important is the need for a sufficient capacity of the battery as an energy storage device.
Medical equipment backup power: 10kwh battery can also provide backup power support for dental hospitals, clinics, orthopaedic hospitals, and other hospitals, to ensure that the hospital will not lose power at any time.
Furthermore, lithium batteries play crucial roles in electric vehicles, RVs, outdoor power sources, swimming pools, golf carts, forklifts, trucks, and many other scenarios, contributing significantly to the increasing demand.
