Stacked Type
Key Features
Liquid Cooling — Stable Performance at Ultra-High Voltage Module-level liquid cooling manages heat precisely across the full 460.8V–1228.8V voltage range, enabling sustained high-rate cycling without thermal derating.
144.7kWh to 385.8kWh — N+1 Modular Scalability 3+1 to 8+1 battery modules plus one HV Box per cabinet. Same 314Ah / LFP module architecture scales to project needs without changing BMS or communication wiring.
Up to 1228.8V DC Bus — Ultra-High Voltage Architecture Operating voltage up to 1363.2V on the largest model — directly compatible with next-generation high-voltage string inverter systems, minimizing conversion losses and BOS complexity.
90% DOD — Maximum Revenue Per kWh Industry-leading depth of discharge across all 6 models, directly maximizing daily cycling revenue for peak-shaving, demand-response, and frequency regulation applications.
CE / UN38.3 / MSDS — 10-Year+ Design Life Globally certified for outdoor commercial ESS deployment, with a design life exceeding 10 years to match typical project finance and PPA terms.
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Proven Installations
Common Questions
6 models from 144.7kWh (460.8V, 3+1) to 385.8kWh (1228.8V, 8+1). All provide 90% DOD usable energy — e.g. 385.8kWh rated yields 347.26kWh usable.
System voltage ranges from 460.8V to 1228.8V (operating up to 1363.2V on the top model). Ultra-high voltage DC bus reduces current and cable losses in large-scale C&I and utility-edge ESS, and is directly compatible with high-voltage string inverters without additional DC/DC conversion.
≥6,000 cycles @ 25°C, with a 10-year+ design life. Liquid cooling maintains stable cell temperature for consistent capacity retention over the full lifespan.
RS485 / CAN dual-protocol communication. CE / UN38.3 / MSDS certified for global C&I deployment.
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