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5.118 MWh Air-Cooled DC Battery Container for Heavy-Haul Sites
air-cooled DC battery container
,5.118 MWh battery container
,utility scale battery storage system
5.118 MWh Air-Cooled DC Battery Container for Heavy-Haul Sites
Plan delivery and thermal operation for the 30-foot, approximately 52 t DC battery container. Coordinate auxiliary supply, service access and the external PCS interface.
YT-Utility ESS-5117kWh
Selected configuration
| Rated DC battery energy | 5117.95 kWh |
|---|---|
| Nominal DC voltage | 1305.6 V |
| DC battery window | 1142–1468.8 V |
| Container dimensions | 9125 × 2438 × 2896 mm, 30 ft |
| Approximate equipment mass | 52 t |
| Cooling / enclosure | Pack-level fan control, IP54 |
| Auxiliary supply | 25 kW, source lists 380 V and 480 V at 50 Hz |
| Operating temperature | −30 to +50°C, derating above 45°C |
Screen the heavy-haul route and staging
The 30-foot Explore 5117 configuration is approximately 52 t at the dimensions listed in the source. Confirm the transport mass and lifting documentation for the supplied configuration. The logistics team can then compare the delivery route, vehicle geometry, axle limits, crane reach and unloading area against the project constraints. Coordinate the arrival sequence with the pad readiness, access roads and the other plant equipment planned for the same route.
Keep the thermal service path open
The container uses air cooling with pack-level fan speed control. Use the manufacturer’s installation drawing to identify ventilation faces and service access, then check nearby enclosures, dust exposure and recirculation risks. Plan the power schedule using the ambient operating range of −30 to +50°C and the stated derating above 45°C. Request the thermal performance data and inspection procedure for the selected installation.
Coordinate the auxiliary feeder and controls
The source lists 25 kW auxiliary supply and references 380 V and 480 V at 50 Hz. Confirm the voltage option, starting demand and circuit allocation for the actual unit. Define auxiliary availability during energisation and maintenance with the EPC team. The plant EMS can exchange data through the approved Ethernet and Modbus TCP interface after the site control points and protection responsibilities are agreed.
Assign the conversion and grid equipment separately
YINTU coordinates the DC battery container and the selected PCS interfaces with manufacturing partners. Match the separate PCS across the 1142–1468.8 V DC window and confirm the battery limits, BMS communications and earthing arrangement. Transformer, AC switchgear, plant EMS and grid protection are separate project packages. Confirm the site layout and duty before converting the battery energy rating into a plant delivery estimate.
Product illustration. Shipping data, lifting points, auxiliary equipment and derating limits follow the supplied configuration.
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