5.118 MWh DC Battery Container for Discharge Duration Planning

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

Select power and energy independently

This 5.11795 MWh DC block is an option where the project’s energy requirement extends beyond a short high-power event. Its supplied specification identifies LFP batteries, DC collection, BMS, thermal management and fire protection. AC delivery power is established by the selected PCS and project electrical design within the approved battery limits.

Screen the requested dispatch

For illustration, 1.5 MW delivered for 3 hours requires 4.5 MWh at the AC point of measurement. Compare that requirement with usable battery energy after SOC limits, conversion and auxiliary losses, temperature and the agreed end-of-life allowance. The difference between 5.11795 MWh nameplate energy and 4.5 MWh delivered energy is not automatically available operating margin. Use the supplier-approved performance model and acceptance criteria.

Check the operating cycle

Model the time available to recharge, grid or solar charging constraints and the required reserve between events. Validate the PCS current and voltage limits against the 1142-1468.8 Vdc range. The 30-foot enclosure and approximately 52 t source mass require a transport and civil-works review. Airflow, auxiliary supply and any high-temperature derating also affect the duty assessment.

YINTU supply boundary

YINTU coordinates battery selection and technical clarification with manufacturing partners. External PCS, EMS or PPC, transformer, grid protection, installation and commissioning follow the agreed project scope. Share the required AC power, delivery window, site conditions and end-of-life target so the energy and power selections can be evaluated together.

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.