The easy-maintainable 10kwh Lithium Battery Powerwall is a lithium iron phosphate (LiFePO4) battery designed for use in solar energy systems, backup power, and other off-grid applications.
10kwh Lithium Battery Powerwall
The 10kwh Lithium Battery Powerwall is a reliable and high-performance solution for energy storage applications that require expand ability and flexibility. It can help to reduce energy costs and improve the efficiency of a solar energy system or other off-grid power system.
The easy-maintainable 10kwh Lithium Battery Powerwall is designed for easy installation and maintenance. It is also highly efficient, which means that it can store and release energy with minimal losses. It has a long cycle life, meaning that it will last for many years before needing to be replaced.
The LFS Series includes a range of batteries with different capacities, voltage ratings, and form factors, so it's easy to find a battery that meets your specific needs. Some examples include:
FLCD16-10024 battery with a voltage range of 22.4V~29.2V
FLCD16-10048 battery with a voltage range of 44.8V~58.4V
FLCD16-20048 battery with a voltage range of 44.8V~58.4V
All of the batteries in the LFS Series are sealed, maintenance-free, and designed for long cycle life. They also feature a built-in battery management system (BMS) that helps to ensure safe and reliable operation, and they are compatible with a variety of inverters and charge controllers.
Detailed description:
Incoming Inspection
Adopting the brand new A-grade battery cells of EVE Lithium Energy,the factory strictly selects them according to the 8 consistent requirements.
Battery Assembly
Made of 3mm EVA cotton,Separate each battery cell , Achieve better heat dissipation effect , During high current discharge , Temperature of the entire battery pack , it will decrease by about 5℃
BMS
Suppliers——(Plan for Shenzhen Peicheng/PACEEX):
Industry leading technology,able to match 90% of market inverter protocols
Equalizing Plate
In addition to the BMS's built-in balance, we have added 2A active balance board.
Effectively avoiding differential pressure in the battery cell and extending its service life.
Ageing Test
100% aging test before shipment,with after-sales rate controlled at 1/10000
Parallel Operation
Supports up to 16 parallel machines for use
Technical Parameters
Performance | |||
Battery Model | FLCD16-10024 | FLCD16-10048 | FLCD16-20048 |
Capacity | 25.6100AH(100A) | 51.2V100AH(100A) | 51.2V200AH(150A) |
Battery Total Energy | 2.5kwh | 5kwh | 10kwh |
Rated Energy | 2.5kw | 5.1kw | 6.5kw |
Peak Energy | 3kw | 6kw | 8kw |
Rated Voltage (DC) | 25.6V | 51.2V | 51.2V |
Allowable BMS Load Current | 10OA | 100A | 150A |
Battery Voltage Range(Dc) | 22.4V~29.2V | 44.8V~58.4V | 44.8V~58.4V |
Inverter Operating Voltage Range (single-phase) | 200V-240V | 200V-240V | 200V-240V |
Inverter Operating Voltage Range (three-phase) | 340-460V | 340-460V | 340-460V |
Communication | |||
Display | SOC status indication, LED indicator screen | ||
Protocol | RS485 /RS232/ CAN (Series parallel connection with either option) | ||
Specifics | |||
Dimension(L x W x H) | 370*160*400mm | 370*160*600mm | 500*160*850mm |
Weight( Accessories Included) | ~24Kg | ~45Kg | ~90Kg |
Installation | wall-mounted or floor-mounted | ||
Working Temperature | -20℃~ + 55℃ | ||
Maximum Working Altitude | 4000 m(≥2000m derating) | ||
Installation Environment | Indoor & outdoor scenario, | ||
Working Relative Humidity | 5%~95% | ||
Heat Dissipation | natural convection | ||
Protection Grade | IP65 | ||
Cell | LiFePO4 | ||
Expansibility | A max of 16 modules can be used in parallel | ||
Matching Inverter | Most current mainstream inverters(lithium) | ||
Package Dimension | 420"200*450mm(carton) | 650*420*210mm(carton) | 920*570*340mm(wooden) |
Satisfied Criteria | |||
Safety & Certification | CE, CEC,IEC62619, IEC 60730, UN38.3 |
*1 Test conditions: Based on the factory date, charge and discharge rate at 0.2C at 100% discharge depth (DoD) and 25 ℃
*2 The weight of the battery module is based on the actual product, with a tolerance of ± 3% allowed
*3 The installation of battery packs is related to product quality assurance, safe and stable operation. Please follow the requirements of
the user manual for standardized installation, use, and routine maintenance