Home ESS
Off Grid High Voltage 100Ah Lithium Battery Used for Home Energy Storage System
hoffumSpecification
Spec |
102.4V 100Ah |
192V 50Ah |
|
Battery | |||
Battery Type |
LiFePO4 |
||
Rated Voltage |
102.4V |
192V |
|
Rated Energy |
10KWh |
9.6KWh |
|
Charge/Discharge Cutoff Voltage |
86.4V - 115.2V |
162V - 216V |
|
Design Life |
5000 Cycles |
||
Round-trip Efficiency |
≥95% |
||
Rated Charge/Discharge Current |
50A / 50A |
25A / 25A |
|
Max. Charge/Discharge Current |
100A / 100A |
50A / 50A |
|
Max. Discharge Power |
9.28KW |
8.63KW |
|
Size |
600*300*696mm |
500*440*420mm |
|
Weight |
146kg |
104kg |
|
System | |||
Capacity Expansion |
10KWh - 100KWh |
9.6KWh - 96KWh |
|
Max. 10 systems connected | |||
Communication |
CAN / RS485 |
||
DC Switch |
48V Distributed Voltage |
||
BMS Protection |
Over-voltage(charge), Under-voltage(discharge), Over-current, Short circuit Protection... etc. |
||
Connection |
Plug and Play Terminal |
||
Display |
LED Lights |
LCD Screen |
|
( show battery running status, SOC etc. ) | |||
Storage Humidity |
10% - 95%, no condensation |
||
Protection Grade |
IP20 |
||
Cooling |
Natural Cooling |
||
Temperature |
Charge: 0℃- 45℃ (32℉- 113℉) Discharge: -20℃- 50℃ (-4℉- 122℉) |
||
Altitude Height |
＜2000m |
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hoffumDESCRIPTIONS
Home storage system solution provides comprehensive clean energy electricity for Home users.
Home energy storage, also known as Home energy storage, is an important component of distributed energy resources(DER).
For Home, the cost of electricity can be reduced by increasing the proportion of self use and participating in auxiliary services. At the same time, it can serve as an emergency backup power source in the face of major disasters and other factors that lead to the middle end of the power grid, improving the reliability of Home power supply; For the power grid, the rapid increase in the proportion of VRE (volatile renewable energy) will further widen the difference between the power generation curve and the electricity consumption curve. Configuring energy storage can transfer electricity over time to assist the grid in balancing power generation capacity and electricity demand.
Home storage systems can be classified into grid connected Home photovoltaic storage systems and off grid Home photovoltaic storage systems. The grid connected Home solar energy storage system can supply power to Home loads from the power grid or transmit power from the Home solar energy storage system to the power grid. The off grid Home energy storage system has no electrical connection to the power grid and is suitable for remote areas without power grids such as islands.
Home energy storage systems generally include components such as photovoltaic cells, energy storage devices, and inverters, which can meet the daily electricity needs of Home and store excess electricity for future use.
The capacity of a Home energy storage system typically ranges from several kilowatt hours to tens of kilowatt hours. Adopting a distributed operation mode, where each Home or building has its own independent system and energy storage devices are directly connected to photovoltaic panels or wind turbines. This system allows Home to use stored electricity at any time and provides emergency backup power in the event of a power outage.
The capacity of a Home energy storage system typically ranges from several kilowatt hours to tens of kilowatt hours. Adopting a distributed operation mode, where each Home or building has its own independent system and energy storage devices are directly connected to photovoltaic panels or wind turbines. This system allows Home to use stored electricity at any time and provides emergency backup power in the event of a power outage.
