SPECIFICATIONS

Battery Efficiency: 95%

Battery Type: LiFePO4

Communication Port: CAN,RS485

Dimension (L*W*H): (528±5)mm

Grid connection: Hybrid grid

Max.Charging Current: 30A

Max.ParallelConnections: 8P

Model Number: SHL005RA1-10

Nominal Charging Voltage: 230.4Vd.c.

Nominal Discharging Current: 30A

Number of Connection: 2PCS

Output Power Range: 5-10kW

Place of Origin: China

Protection Class: IP66

Recommended DOD: 95%

System Type: Stackable

System Voltage: 204.8 V

Total Energy: 10.64kWh

Type: Split

Usable Energy: 10.11kWh

Voltage: 204.8Vd.c.

Weight: (108±4)kg

Product Highlights

10kWh High Capacity: Ideal for extended power backup.

Modular Design: Easy to expand and integrate into existing setups.

IP66 Protection: Weather-resistant for outdoor use.

Efficient Charging: Supports charging temperatures between 0-52°C.

Durable Construction: Built to withstand various weather conditions.

FAQs

Q: What is your payment terms?

A: T/T,L/C,Paypal ,alibaba trade assurance.

Q: How about the after sales?

A: Damage in transit will be resolved according to the contract terms.During the warranty period,if there is a problem with the product, our engineers will first propose a solution according to the specific situation. If the product still has a problem, it will be refunded or replaced for free.

Q: How long is the battery life?

A: Different batteries have different capacities and are paired with different battery management systems, which leads to differences in their cycle life. Portable energy storage generally has a cycle life of 1000~2000 times, while for our home storage series, the battery cycle life can reach 6000~8000 times.

Q: What temperature range does the battery support?

A: Each product has its optimal usage temperature range specified in the manual; please refer to the specifications of each product for details.

Q: Which type of thermal management system is equipped (air-cooled / liquid-cooled)? What is the temperature difference control of the battery cells in ℃

A: Currently, all home and portable energy storage on the market are mainly air-cooled. The thermal management you mentioned is mainly focused on commercial and industrial energy storage. According to the intelligent monitoring of the battery management system (BMS), the temperature difference between individual cells can generally be controlled within about 5°C (subject to actual conditions).