ActionPower India's team with proven programming expertise upscales the bidirectional DC power systems from our global headquarter into advanced battery cycling test systems. Accelerate your end-of-line validation with ActionPower India's battery cycler ATEs.
Experience seamless, microsecond-level switching between charging (source) and discharging (load) without current overshoot. Our systems feature up to 94% regenerative efficiency, recovering absorbed energy back to the grid to drastically reduce operational and cooling costs, all while maintaining an exceptional control accuracy of 0.02% F.S. across a wide voltage and current range.
Move beyond manual testing with zero-coding, drag-and-drop test sequencing. The system deeply integrates with Battery Management Systems (BMS) via CAN/RS485 to monitor real-time cell voltage, temperature, and SOC. Easily execute complex, multi-step dynamic profiles (such as WLTP/NEDC) for 24/7 unattended cycling and life-cycle validation.
Ensure the absolute safety of your high-value battery packs with a robust multi-tier safety matrix combining hardware protections (OVP/OCP/OTP), software-triggered limits, and physical contactors. Furthermore, the system seamlessly controls climate chambers to automate temperature-dependent tests, such as initiating cold-crank discharge only after the chamber reaches a stable -20°C.
Transform raw test data into actionable engineering insights. Our software captures high-resolution logs of capacity degradation, voltage curves, and dynamic DCR variations. Designed for Industry 4.0, it features seamless API integration with your factory's MES or ERP systems, ensuring 100% data traceability and automated Pass/Fail yield reporting for End-of-Line (EOL) testing.
Wavering the Python, C++, or complex LabVIEW integrations. Our intuitive drag-and-drop interface allows test engineers to build, modify, and execute complex multi-step cycling profiles in minutes, not weeks.
Pre-loaded with international testing standards (such as WLTP, NEDC) and standardized battery behaviours. Go from unboxing to your first dynamic test cycle with unprecedented speed.
Your R&D engineers are paid to innovate and analyse battery performance, not to troubleshoot equipment communication. Free up your most valuable assets to accelerate product iteration and significantly shorten your time-to-market.
Simulate aggressive real-world driving cycles and DC fast-charging scenarios with microsecond-level transient response. Our deep BMS integration allows you to safely push EV battery packs to their absolute limits while ensuring uncompromising test safety.
Accelerate long-term degradation and life-cycle validation by replicating complex grid-tied profiles during 24/7 continuous operation. Furthermore, our 94% regenerative efficiency seamlessly recycles massive amounts of discharged power back to the grid, drastically slashing your facility's operational costs.
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