1 MW / 2.089 MWh Hybrid Container for Dedicated Grid Operation
1 MW hybrid container
,2.089 MWh battery storage container
,containerized BESS for grid operation
1 MW / 2.089 MWh Hybrid Container for Dedicated Grid Operation
Specify the 1 MW hybrid container for dedicated grid-connected PV and storage. Define the protection, transformer and transfer equipment at the AC boundary.
YT-Hybrid ESS-1MW-2089kWh
Selected configuration
| Rated AC output / battery energy | 1000 kW / 2089 kWh |
|---|---|
| Integrated PCS | 8 × 125 kW |
| Battery modules | 8 × 261.2 kWh nominal |
| AC interface | 380 / 400 V, three phase, 50 / 60 Hz |
| PV input | Up to 1440 kW / 24 MPPTs |
| Cooling / ingress protection | Intelligent liquid cooling and air conditioning / IP54 |
| Communication | RS485 / Ethernet / 4G |
| Selected application | Dedicated on-grid design |
Start with the grid operating mode
The source lists a dedicated grid-connected version of the eight-module platform. For a site that charges from PV and dispatches against an AC grid connection, agree the export limit, import headroom, metering point and dispatch schedule before specifying the electrical equipment. The container offers up to 1440 kW of direct PV input, subject to string and tracker matching.
Set the transfer and voltage boundary
The source allows the dedicated on-grid design to omit ATS, STS and the isolation transformer where the project design permits, or to use a voltage-matched transformer. Confirm this scope using the utility interconnection requirements, earthing scheme and approved protection design. Specify any transformer, AC switchgear and revenue metering explicitly.
Coordinate acceptance at the point of connection
YINTU, an energy storage solution provider, coordinates the integrated batteries, PCS and controls with the manufacturing partner. Agree the interconnection drawing and test points for dispatch, export limiting, protection and return to service. This configuration is scoped for grid operation.
Equipment illustration based on the model reference. The approved drawing and technical agreement define the ordered configuration.
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