Commercial and Industrial Energy Storage Battery

The Apollo C Series uses a 51.2V LiFePO4 battery system and offers two nominal energy levels: 15.360kWh and 30.720kWh. The product can be considered for factory electricity use and commercial or industrial energy storage projects where battery capacity, discharge current, inverter power, and photovoltaic input need to be evaluated as one system.

The 15.360kWh configuration uses a 300Ah battery and provides a 200A discharge current. The 30.720kWh configuration uses a 600Ah battery and provides a 400A discharge current. Buyers can compare these options according to project electricity demand, load power, installation conditions, and solar input requirements.

The 300Ah battery configuration is available with either a 6.0kW or 12.0kW inverter. Both versions use the same 51.2V battery voltage, 300Ah nominal capacity, 15.360kWh nominal energy, and 200A discharge current.

The 6.0kW version provides a 230V inverter output and a maximum photovoltaic input of 27A/9000W. The 12.0kW version also provides a 230V inverter output, but its maximum photovoltaic input is listed as 27A/2 × 7500W.

This difference is important for project selection. The same battery capacity can be paired with two different inverter power levels and photovoltaic input configurations. Buyers should therefore review the actual load, electrical arrangement, and planned solar array before choosing between the two 300Ah versions.

The 600Ah configuration provides 30.720kWh nominal energy and a 400A discharge current. It is paired with a 12.0kW inverter, a 230V inverter output, and photovoltaic input of 27A/2 × 7500W.

The higher battery capacity and discharge current provide an option for projects that need a larger energy storage level. However, actual operating time and system performance still depend on the site load and complete system design.

When purchasing a Commercial and Industrial Energy Storage Battery, the project team should confirm capacity, inverter power, and photovoltaic input together. A technical discussion and sample test can be used to verify the selected battery and inverter configuration before formal production.

The company operates through coordination between the Suzhou R&D and operations center and the Xuzhou manufacturing base. The Suzhou team manages energy storage solution communication, product design, and supply chain planning. The Xuzhou base handles physical production, core electrical component processing, complete-unit assembly, and finished-product inspection.

Incoming materials, production stages, and completed units are inspected before delivery. Production and quality personnel can follow volume orders throughout manufacturing. After delivery, after-sales support is provided according to the agreed service arrangement.

Any required certification or test documentation should be confirmed according to the final battery capacity, inverter configuration, and target market.