With the continuous advancement of energy storage technology and strong policy support, user-side energy storage projects are gradually becoming an important means for industrial and commercial enterprises to save energy, reduce costs, and improve energy management. SUNTEN's independently developed and manufactured distributed liquid-cooled energy storage cabinets integrate advanced battery management technology and intelligent energy management systems, providing industrial and commercial users with efficient and reliable energy storage system solutions, as well as dynamically optimized peak-valley arbitrage solutions to reduce electricity costs and promote the widespread application of green energy.
The successful implementation of this project represents another important business expansion in the field of green energy solutions for the company, as well as a concrete practice of SUNTEN's commitment to energy conservation and emission reduction. The project's investor, SUNTEN (Guangdong) New Energy Technology Co., Ltd., collaborated with SUNTEN to provide an integrated business model of investment, construction, and operation, offering customers one-stop energy management services to reduce capital and management expenditures while delivering direct economic benefits.
The project adopted SUNTEN's self-developed 125kW/261kWh distributed liquid-cooled energy storage cabinet. This product adopts an integrated design concept, highly integrating battery packs, BMS, PCS, EMS, and fire protection into a standard, scalable energy storage unit.
Product Highlights
Intelligent String Architecture: Increases available capacity by up to 8%, making your energy storage system more efficient.
High-Efficiency Technical Design: Achieves over 90% bidirectional energy conversion efficiency, saving energy and reducing costs.
Highly Integrated Modular Design: Facilitates transportation, deployment, expansion, and maintenance, effectively lowering project implementation and operational costs.
Flexible Parallel Operation: Supports multi-unit parallel distributed configurations to meet energy storage needs of various scales.
Intelligent Management: Real-time status monitoring and fault recording enable fault warning and localization, ensuring stable system operation.
Space-Saving: Compact footprint, easy on-site installation, and adaptable to various industrial and commercial environments.
Application Scenarios
Industrial and Commercial Energy Storage: Peak shaving, load shifting, dynamic capacity expansion, grid participation, and emergency power supply.
Integrated PV-Storage-Charging: Combines solar power generation for efficient energy utilization.
Microgrids: Provides stable power support for remote areas or independent grids.
Zero-Carbon Parks: Helps achieve green parks and reduces electricity costs.