Home / Products / Commercial & industrial BESS (100kW – 125kW) / HZEB-ESS100P-200 all-in-one energy storage system
Commercial & industrial BESS (100kW – 125kW)

HZEB-ESS100P-200 all-in-one energy storage system

All-in-one AC-coupled C&I energy storage system integrating PCS inverter and battery modules in a single footprint.
Capacity 200.7 kWh
Power 100 kW
Cycle life 6,000+ cycles
Tier 1 Certified
HZEB-ESS100P-200 all-in-one energy storage system

Detailed technical specifications

Manufacturer standard technical parameters and ratings

Storage capacity200.7 kWh
Rated power100 kW
Operating voltage716.8V
System efficiency98.5%
Cycle life6,000+ cycles
Operating temperature-10°C ~ 55°C
Connectivity & protocolsCAN, RS485
Warranty policy5-year warranty

Key features & core advantages

Advanced technology built for superior reliability and performance

All-in-one modular architecture integrating PCS and intelligent BMS
Grid-friendly L/HVRT ride-through and reactive power control
Certified to international safety standards: UN38.3, IEC 62619, CE-EMC
Continuous 110% overload endurance

Product details

All-in-one AC-coupled C&I energy storage system integrating PCS inverter and battery modules in a single footprint, delivering 98.5% efficiency for commercial energy resilience.

Application scenarios & economic value

Maximizing financial return and power resilience for your facilities

01 / Peak Shaving

Peak shaving & TOU arbitrage

Charge during off-peak hours and discharge during on-peak tariff hours to reduce monthly commercial power bills by up to 30% – 45%.

02 / Power Resilience

Zero-switch power backup (UPS)

Ultra-fast switching speed (< 10ms – 20ms) protects critical production lines and sensitive machinery against grid flickers and blackouts.

03 / Solar Self-Use

Solar self-consumption maximization

Store daytime surplus solar production and utilize it during high-demand or night hours, eliminating renewable curtailment.

Request a technical proposal & project quote

Our engineering team will assess your electrical load profile, calculate optimal sizing, and prepare an ROI feasibility analysis.