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Energy Storage Systems (ESS) are critical hubs for building new power systems and achieving decarbonization goals. Their large scale, long cycle life, and complex application environments place extreme demands on the reliability, long-term stability,...
Energy Storage Systems (ESS) are critical hubs for building new power systems and achieving decarbonization goals. Their large scale, long cycle life, and complex application environments place extreme demands on the reliability, long-term stability, and efficiency of test equipment.
✔ Simulating Real-World Scenarios:
Support complex duty cycle simulations for grid frequency regulation, peak shaving, renewable energy integration, and more. Validate battery system performance and degradation under long-term, frequent charging and discharging.
✔ Ultra-Long Cycle Life Testing:
Our equipment offers exceptional stability and accuracy, capable of handling cycle life tests that run continuously for months or even years, providing data to back the ultra-long service life 25 years of ESS.
✔ Reducing Total Cost of Ownership:
Enable customers to optimize system design and maximize the full lifecycle value of their ESS through precise efficiency analysis and degradation prediction.
✔ Safety (Early Warning & Protection):
Perform detailed monitoring and testing of inconsistencies between battery clusters to identify thermal runaway risks early, ensuring the safe and stable operation of large-scale energy storage power stations.
⭐Core Value: Provide comprehensive validation from cell to system level for ESS integrators and operators, ensuring every deployed project is safer, more economical, and more durable.
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