3.29 MWh DC Battery Container for Utility Site Layout and Delivery

Configuration at a glance

Civil and logistics scope

Use this DC block where placement is driven by an existing substation boundary or constrained delivery access. The nominal enclosure footprint is about 14.8 square meters before service aisles, separation distances, cable trenches and lift clearances. Obtain final drawings and actual shipping mass before checking axle loading, access turns, crane selection and foundation reactions.

Cooling and auxiliary interface

The air-cooled enclosure uses pack-level fan control. Confirm intake and discharge clearances, allowable ambient conditions and routing of auxiliary supplies before fixing orientation. Confirm auxiliary voltage and frequency with the supplied variant and include ventilation and standby energy in the operating model.

Electrical boundary

The container provides battery storage, DC collection, BMS and integrated safety equipment. AC output is determined by the external PCS and project design. Coordinate the DC cable route, isolation, equipment earthing, BMS communications, EMS and transformer responsibilities with the EPC. YINTU can review the plot plan and delivery assumptions against the manufacturer drawings.

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Product rendering. Confirm final equipment, interfaces and operating limits for the offered configuration.