Balancing power fluctuations between demand and supply and supporting grid stability with programmable power testing. ActionPower India aligns our expertise in megawatt testing solutions with the critical functions of energy storage systems in supporting grid operations.
India's grid landscape is aggressively pursuing its ambition to reach 500 gigawatts (GW) of renewable energy by 2030, a clean energy future heavily hinged on the scale of energy storage deployment. To comply with India's CEA grid codes as well as international standards such as UL, IEEE, and IEC, the operational reliability of ESS - acting as critical Distributed Energy Resources (DERs) - must be adequately validated prior to deployment. This is exactly where the application of programmable power and testing systems steps in.
Grid interaction and interoperability testing are essential for validating ESS performance under specific grid conditions as stipulated by CEA, IEEE 1547, and IEC standards—including voltage fluctuations, ROCOF, and harmonic injection. This system setup requires a bidirectional, programmable power source that emulates grid behavior and operates in coordination with the ESS under test.
Cycling testing is of critical importance, particularly at the EOL (End-of-Line) stage, to validate the energy storage system's expected lifespan and detect early-stage defects. ActionPower India's high-power, high-dynamic charging and discharging systems recover up to 94% of test energy back to the grid while emulating real-world operating profiles.
For ESS operating in either islanded modes or grid-forming configurations, testing systems must precisely replicate the conditions required to engage these capabilities. Such rigorous testing is essential for validating the ESS's dynamic response and ensuring full compliance with application-specific grid requirements.
Eliminate the hazards of chemical batteries during PCS development. Our high-dynamic DC simulators emulate the exact impedance and transient behavior of battery packs, ensuring safe and repeatable power conversion testing.
BMS Control Units
Battery Cells & Modules
Power Stage (IGBT/SiC)
Bidirectional PCS
Hybrid ESS Inverters
DC-DC Conversion Stages
BESS Racks & Cabinets
System Switchgear
Thermal Management Units
Grid-Forming Inverters
Microgrid Controllers
Containerized Storage Systems
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