Utility-Scale Energy
Storage Systems.
Hua Power utility scale energy storage: liquid cooling container systems from 2MWh to 5MWh per unit, scalable to 100MW+. Deployed across Europe, USA, and China for grid storage and renewable integration.
Designed for Grid-Scale
Energy Infrastructure.
Generation-Side Storage
Co-located energy storage for PV and wind farms. Smooth generation volatility, reduce curtailment, and increase renewable energy consumption rates to over 95%.
Grid Peak Regulation
Millisecond-response peak shaving and valley filling for transmission and distribution networks. Reduce grid scheduling pressure and defer costly infrastructure upgrades.
Renewable Integration
Large-scale battery storage enabling higher penetration of intermittent renewables. Capacity firming, ramp rate control, and dispatchable clean energy.
Engineered for Grid-Scale
Performance.
Scaled Energy Storage
High-power, large-capacity containerized systems designed for utility-scale deployment — 2MWh to 5MWh per unit, scalable to 100MW+ projects.
CCS Module Design
Standardized cell-to-system modular architecture enabling rapid project delivery and streamlined O&M across large fleets.
Long Cycle Life
6,000+ cycles at 90% DoD with minimal degradation — optimized for 15–20 year project lifetimes and bankable revenue projections.
High Energy Density
Industry-leading energy density per container reduces land footprint and balance-of-system costs for large-scale deployments.
Liquid Cooling System
Advanced liquid thermal management maintaining cell temperature uniformity within ±2°C — extending calendar life and maximizing round-trip efficiency.
Personalised Customisation
Flexible system configuration for diverse grid codes, environmental conditions, and project-specific technical requirements.
Utility-Scale Product Range.
High-capacity liquid cooling container systems from 2MWh to 5MWh per unit — engineered for large-scale grid storage and renewable integration projects.
Scale your grid storage project.
Share your project capacity, grid connection, and site conditions. Our engineering team will design the optimal utility-scale system configuration.