From utility-scale installations to residential backup, we o
Battery Energy Storage Systems
Our Solutions
Utility-Scale Solutions
Our containerized energy storage systems deliver 540kWh to 3.4MWh capacity with advanced liquid cooling technology. Designed for grid-scale applications including frequency regulation, renewable smoothing, and peak shaving.
SPECIFICATIONS:
• Capacity Range: 540kWh – 3,440kWh
• Power Output: 85kW – 2,750kW
• Battery Chemistry: LFP (Lithium Iron Phosphate)
• Cooling: HVAC / Liquid Cooling
• Certifications: IEC62619, UL1973, UL9540A
• Operating Temp: -30°C to +45°C
KEY FEATURES:
• Plug and play deployment
• Fire detection and suppression
• Remote monitoring via SCADA
• Rack-level disconnect protection
Commercial & Industrial Systems
Turnkey energy storage for businesses seeking to reduce demand charges, ensure backup power, and integrate on-site renewables. Pre-assembled systems minimize installation time and complexity.
SPECIFICATIONS:
• Capacity: 251kWh – 502kWh
• Power Output: 100kW – 200kW
• Configuration: Outdoor rated enclosure
• Grid Voltage: 400V (320-456V range)
• Certifications: IEC62619, UL1973, UL9540A
KEY FEATURES:
• Peak demand reduction
• Backup power capability
• Solar/renewable integration
• Remote monitoring included
Residential Energy Storage
Smart home energy storage systems with hybrid inverters and intelligent battery management. Safe LFP cells with 10+ year design life provide reliable backup power for households and small businesses.
KEY FEATURES:
• Hybrid inverter included
• Intelligent management system
• LFP cells - safe and reliable
• 10+ year design life
• Solar PV integration ready
Micro-grid Solutions
High-efficiency smart micro-grid systems integrating solar PV with LFP battery storage. Ideal for off-grid communities, industrial parks, and locations where grid connection is unreliable or unavailable.
APPLICATIONS:
• Off-grid power for remote communities
• Embedded power for industrial facilities
• Hybrid input flexibility (solar + grid + generator)
• 24-hour sustainable power