- CO₂ Energy Storage Engineering: Focuses on large-scale projects of 100MW+, integrating high-pressure storage and thermal-power conversion core technologies, with a system cycle efficiency >70% and energy density >50kWh/m³, adapting to industrial waste heat recovery and cross-regional energy allocation scenarios, and compatible with CCUS collaborative operation.
- Compressed Air Energy Storage Engineering: Covers salt cavern/cavern energy storage systems, supporting long-duration discharge of 250MW/1500MWh class (up to 48 hours) with an efficiency of 72%. Provides full-process EPC services from underground cavity renovation to turbine unit integration, adapting to peak shaving supporting wind power/photovoltaic power.
- Liquid Air Energy Storage Engineering: Customized cryogenic adiabatic storage (-196°C) and high-efficiency expansion power generation systems, featuring fast start-stop and zero carbon emissions, adapting to distributed energy scenarios in islands and remote areas, supporting multi-energy complementary combined supply.
- Full-Chain Supporting Facilities: Including energy storage system-grid connection, intelligent monitoring platform, and operation and maintenance guarantee system, complying with IEC international grid connection standards.
