Comprehensive and meticulous services throughout the entire process
Comprehensive and enhanced safety assurance
Integration of the entire value chain from research and development to production and sales
High-efficiency and high-value returns
A high-security, long-life, and high-energy storage system throughout its lifecycle, creating higher economic benefits for customers.
Comprehensive and meticulous services throughout the entire process
Customer-centric approach, quickly responding to customer needs with tailored solutions to enhance customer experience.
Comprehensive and enhanced safety assurance
Based on multi-level research on materials, battery cells, Packs, and system safety, combined with strict production quality control, overall improvement in product safety.
Integration of the entire value chain from research and development to production and sales
Relying on a comprehensive industry chain layout, deep cooperation with research institutions and industry partners, providing end-to-end products and services.
High-efficiency and high-value returns
A high-security, long-life, and high-energy storage system throughout its lifecycle, creating higher economic benefits for customers.
Comprehensive and meticulous services throughout the entire process
Customer-centric approach, quickly responding to customer needs with tailored solutions to enhance customer experience.
Comprehensive and enhanced safety assurance
Based on multi-level research on materials, battery cells, Packs, and system safety, combined with strict production quality control, overall improvement in product safety.
Integration of the entire value chain from research and development to production and sales
Relying on a comprehensive industry chain layout, deep cooperation with research institutions and industry partners, providing end-to-end products and services.
Generation-side Energy Storage
The robust power storage and output management of the energy storage system form a combined system with renewable energy generation technologies. It addresses the instability and intermittency of wind, solar, and other forms of generation, helping to smooth out power output, coordinate frequency regulation, reduce grid impact, improve the capacity and utilization of renewable energy consumption, and optimize the energy structure.
Enhancing the integration of new energy sources
Smoothing power output
Coordinated frequency regulation
Grid-side Energy Storage
Grid-side energy storage plays a role in frequency regulation, peak shaving, delaying grid expansion, and improving grid stability.
Energy storage plants can participate in ancillary services in the electricity market, such as frequency regulation, peak shaving, voltage stability, and black start, to obtain corresponding benefits. They can achieve load shifting and valley filling in regional power grids, delay distribution capacity expansion, and improve grid utilization efficiency. They promote the integration of new energy sources on the transmission and distribution side, balance power fluctuations between the power generation side and the load side, and improve grid stability. In the event of a power outage, energy storage provides emergency power to users, avoiding power interruptions during fault repairs and ensuring reliable power supply.
Load shifting and valley filling
Peak shaving and frequency regulation
Black start
Consumption-side Energy Storage
Energy storage systems on the consumer side are primarily applied in commercial and industrial sectors, communication base stations, island microgrids, and solar storage charging stations. They enable peak shaving and valley filling, improve distributed generation of new energy for self-consumption, enhance power supply reliability, reduce electricity costs for users, and maximize economic benefits.
Backup power source
Peak-to-valley price arbitrage
Consumption of new energy
Residential Energy Storage
Residential energy storage allows for the storage of excess solar power generated during the day to be used at night, effectively utilizing surplus solar energy and maximizing savings on electricity bills. It also provides reliable backup power for households during grid instability.
By utilizing high-performance lithium iron phosphate batteries, it combines functional integration with modular design. It includes a battery management system (BMS) and a direct current (DC) system in the battery box. The installation and expansion process is quicker and more convenient. It supports both grid-connected and off-grid applications to meet the diverse needs of different customers.
