Household energy storage, also called home storage, is an important component of distributed energy resources (DER). Distributed energy supply can achieve cost savings in power transmission and distribution, lower overall costs, and improve power quality and energy efficiency. For households, electricity costs can be reduced by increasing self-consumption and participating in auxiliary services. It also serves as an emergency backup power source during grid outages caused by major disasters, enhancing the reliability of household power supply. For the power grid, the rapid increase in the proportion of Volatile Renewable Energy (VRE) can widen the gap between power generation and consumption curves. Energy storage systems can help balance power generation and demand by shifting power over time.
The classification includes grid-connected and off-grid home energy storage systems. Grid-connected systems can supply power to household loads from the grid or send power to the grid from home storage. Off-grid systems operate independently of the power grid and are suitable for remote areas without access to it, such as isolated islands.
household battery storage Application
"Nowadays, people's lifestyles are becoming increasingly diverse, leading to a growing demand for various applications of home energy storage devices. These applications mainly include:
Daily power supply for households, used to power household appliances and everyday electricity needs;
Electricity for farm facilities. For users with farms and greenhouses, home energy storage can support the electricity needs of planting and breeding projects;
Commercial electricity, which helps avoid losses caused by power outages and production shutdowns;
Base power stations, useful for constructing specialized photovoltaic power generation bases;
Car charging, including new energy vehicle charging, offering the convenience of not needing to queue and providing a worry-free experience.
Solar power is generated during the day, and the battery is discharged at night, helping to reduce electricity bills. Intelligent energy storage means you no longer have to worry about electricity!
Product Specification
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Main project |
Technical Parameters |
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Battery cells |
Lithium iron phosphate battery - cobalt-free |
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Capacity |
18.43kWh |
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Available capacity |
18.2kWh |
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Rated voltage |
51.2Vdc |
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Voltage range |
44.8Vdc-57.6Vdc |
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Maximum charging current |
300Amp,Supports up to 15kW photovoltaic inverter output |
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Maximum discharge current |
300Amp,Supports up to 15kW grid or photovoltaic charging |
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Maximum parallel connection |
16 units connected in parallel 84.16kWh |
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Cycle life |
≥6000 times @ 0.5C & 25°C |
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Operating temperature |
Battery discharge: -10°C ~ 50°C, battery charging: 0°C ~ 50°C |
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Protection level |
IP21 |
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Installation method |
Wall-mounted or floor-standing |
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Protocol |
CAN/RS485 |
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Show |
System voltage, input/output current, battery capacity, number of cycles, |
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Product Size |
600*1440*220 mm |
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Product weight |
205kg |
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Model |
SCHS |
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Supported inverter brands |
CAN: |
About us
FAQ
Q: 1. Who is Henan Shencai New Energy Co., Ltd.?
Q: 2. Why Choose Henan Shencai New Energy Co., Ltd.?
Q: 3. How to become your distributor?
Q: 4. What support can I get?
Q: 5. Can I have a sample order?
Q: 6. What about the lead time?
Q: 7. Do you provide guarantee for the products?
Packing And Shipping
PACKAGE:
Veneer cases or wooden cases or according to customers' requirement.
DELIVERY TIME:
3-20 days after confirming order, detail delivery date should be decided according to production season and order quantity.
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