3.727 MWh DC Battery Container for Multi-Block Plant Integration

YINTU is an energy storage solution provider working with capable manufacturing partners. We coordinate configuration selection and technical interfaces for the customer’s project.

Selected equipment and configuration

Battery block selection

The liquid-cooled DC container integrates LFP batteries, DC distribution, a three-level BMS, thermal management and fire protection. Its source identifies cluster-level sub-controllers and external maintenance access. In a multi-container plant, define the electrical grouping and responsibility for each battery block before choosing PCS and transformer equipment.

Match the complete DC window

Check the PCS operating window against 1165-1497.6 Vdc across the required battery SOC and temperature range. Review maximum current, DC protection, precharge, isolation monitoring and the approved BMS/PCS communication handshake. Do not directly parallel separate DC outputs unless the supplier’s approved architecture supports that arrangement. A control diagram should show how plant EMS commands reach each block.

Auxiliaries and layout

Include the approximately 36 kW auxiliary-supply reference in cable and power-distribution planning, and confirm actual operating consumption with the manufacturer. Coordinate the 400 V 50 Hz auxiliary interface, access to the cooling system, fire-system interfaces and container isolation points. The 20-foot non-walk-in format requires external service aisles and lifting access.

YINTU project coordination

YINTU works with manufacturing partners and the EPC to define battery-block quantities and technical interfaces. External PCS, plant EMS or PPC, transformer, switchgear, civil works and commissioning are project equipment and services whose supply boundaries must be agreed. Provide the grid connection specification, required dispatch and single-line diagram for review.

Explore Utility Scale Battery Energy Storage Systems for related YINTU equipment options.

Product rendering. Values are based on the supplied model datasheet. Confirm final equipment, configuration, interfaces and operating limits in the project documentation.