Introducing the C as well as I BESS Power Storage LiFePO4 Battery Energy Storage System a technique simple is actually reliable store and handle power when it concerns industrial demands as well as industrial.
Developed along with advanced LiFePO4 battery power innovation, this method was produced towards deal efficiency exceptional. Its own progressed degree command practical truly assists towards guarantee that power is maintained and launched in the numerous implies that are ideal helping you towards save money on costs and safeguard the life expectancy of your electric batteries.
The C as well as I BESS Power Storage LiFePO4 Battery Energy Storage System has an ability launch higher, creating it ideal for requiring requests. Its own light-weight as well as style modular that you may easily broaden the gadget towards consult with your power expanding storage demands.
Additionally, this power area for keeping system consists of a display easy to use allows keeping track of simple and easy adjustment of setups. You will from another location obtain a manage on the device and change its own specifications coming from your very own computer system or even system offering mobile phone peace of mind as well as command of your power utilize.
The C as well as I BESS Power Storage LiFePO4 Battery Energy Storage System was created towards last, along with resilient and products which are frequently first-class guarantee efficiency lasting resilience. Furthermore, it is built along with progressed degree security functions that safeguard the system functional overcharge, over-discharge, as well as short-circuit, creating specific your financial assets remain safeguarded.
This power storage area system is definitely an option extremely business that ready towards minimize their power effect as well as create the outright the majority of sustainable power resources. Maybe used together with solar energy boards, wind generators, or even various other lasting power resources, assisting you towards reduce your reliance on traditional power resources and relocate in the direction of a much more lasting as well as potential environmentally friendly.
Model | 230KWh |
Cell | LFP |
Nominal Energy | 229.38kWh |
Nominal Voltage | 716.8V(1P224S) |
Capacity per Cluster | 320Ah |
Standard Charging Current | 130A |
Max Charging Current | 200A |
Upper Limit Charging Voltage | 795.2V or 3.55V/cell |
Standard Discharging Current | 130A |
Max continuous Discharging current | 200A |
Discharge Cut-off voltage (Udo) | 604.8V |
Rated Frequency | 50Hz/60Hz |
Power Factor | 1lagging-1leading |
Maximum Harmonic Current | |
Insulation Method | No insulation transformer required |
Charging Temperature Range | 0℃~55℃ |
Discharge Temperature Range | -20℃~55℃ |
Storage Temperature Range | -20℃~60℃ (Recommended: 25±3℃) |
Storage Humidity Range | ≤90%RH |
IP Grade | IP54 |
Cooling | Liquid cooling |
Dimensions(L*W*Hmm) | 1406*1251*2242 |
Weight | 3000±30kg |
Noise | |
Fire Fighting System | FM200 |
Communication | Ethernet, Modbus TCP/IP |