Hua Power B2B Own Factory EV Charge With Storage Off-grid Power 110kW 233kWh

Product Specification

Service Support

•Professional Installation and Commissioning: Our experts ensure seamless installation and thorough system commissioning, guaranteeing optimal performance from the start.

•Comprehensive User Training: We offer in - depth training sessions, empowering your team with the knowledge and skills to operate and maintain the system efficiently.

•Dedicated After - Sales Service: Our responsive technical support team is available around the clock to address any maintenance needs, ensuring long - term, trouble - free operation of your HC233L system.

FAQ

Q: Which battery cell is used?

A: Currently, we mainly using EVE batteries, which are 100Ah, 280Ah, 306Ah, etc. We have a wide range of batteries to choose from, such as 100Ah, 280Ah and 306Ah.

Q: What kind of technology is used in the battery? What is the life expectancy?

A: Lithium Iron Phosphate (LiFePO₄) technology, cycle life ≥ 6000 times, 15-years design life, 90% capacity retention rate.

Q: What's the brand of BMS?

A: The BMS of industrial and commercial energy storage system adopts the BMS management system independently developed by Hua Power, which has been applied and perfected for many years.

Q: What operation modes does the energy storage system support?

A: Grid-connected, off-grid and hybrid modes are supported, which can be used for emergency power backup, peak shaving and valley filling, PV consumption, demand regulation, microgrid management and other scenarios.

Q: How to optimize system energy consumption?

A: According to the peak and valley times of electricity price, the forecast of renewable energy generation as well as the change rule of loads, a reasonable charging and discharging plan can be formulated.

Q: How does the system fault self-test?

A: Self-testing of energy storage system faults can start from the battery system, inverter, monitoring system and other major components. Battery system appearance, voltage and internal resistance check, temperature check; inverter appearance and connection check, operation status check, noise check; monitoring system data display check, communication function check, alarm function check; and other components such as fuse check, lightning protector check, cable and bus bar check. When carrying out self-inspection of energy storage system faults, it should be carried out in strict accordance with relevant operating procedures and safety norms, and for some complicated faults or uncertainties, it is recommended to contact professional technicians for maintenance in time.

Q: Does the system earthquake resistant?

A: Energy storage systems are designed to be earthquake resistant to ensure stable operation in the event of natural disasters such as earthquakes, reducing damage and safety risks.