1 MW Containerized Hybrid ESS for Multi-Array PV Integration

Configuration at a glance

Use case

Use the standard eight-module 1 MW container where a new PV plant has several differently oriented or differently shaded array zones and the project is evaluating direct PV integration. The 24 MPPT channels let the designer assign electrically compatible arrays to independent trackers. Determine how tracker inputs are distributed across the modules before fixing the array schedule.

PV and AC coordination

Group the array by orientation, shading and module characteristics. Check temperature-adjusted open-circuit and operating voltage for each group, and verify input current and short-circuit limits per channel. Then compare simultaneous PV generation, AC load and battery charging headroom. The maximum PV input and AC output ratings describe separate interfaces.

Supply boundary and acceptance

The container includes the standard hybrid conversion, battery and controls. PV modules, combiner or protection equipment, site switchgear, transformer, and higher-level controls are project scope items. YINTU coordinates array-to-tracker allocation and the equipment interface list with the EPC. Agree the dispatch behavior for high PV generation and limited battery headroom before commissioning.

Explore Containerized Battery Energy Storage Systems on YINTU Energy.

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