Water-based electrolyte
Electrolyte is non-corrosive and free from strong acids
Operates at normal temperature and pressure
No risk of combustion or explosion
Levelized Cost of Storage (LCOS) reaches the level of pumped storage, approximately 0.3 CNY/kWh;
Far superior to other technological routes;
Power capacity decoupling, flexible configuration;
No spacing requirements, high space utilization;
Cost of the technical system is considered as an important factor during the R&D phase. Main materials are bulk basic chemical raw materials, low cost, and easy to purchase;
With complete intellectual property rights, overcoming the "neck" technology of the membrane, no purchase of high value-added materials/components, and cost is self-controlled;
High efficiency of DC side charge and discharge, wide operating temperature range, cycle life of over 20,000 times, no capacity attenuation throughout the lifecycle, 100% deep charge and discharge without capacity loss; high power density;
No investment in fire and other safety maintenance assets during the construction period; environmentally friendly during operation, normal temperature and pressure, low energy consumption of the system itself, significantly lower intensity and cost of daily operation and maintenance; electrolyte can be 100% recycled, resource friendly;
The Lowest Levelized Cost of Storage in the Industry
Levelized Cost of Storage ≈ 0.3 CNY/kWh, Expected to Further Decrease to Below 0.2 CNY Within Two Years
The Levelized Cost of Storage (LCOS) represents the full lifecycle cost of a storage project, divided by its total cumulative electricity generation. It reflects the internal average electricity price when the net present value is zero, indicating the profitability point of the investment. LCOS quantifies the discounted cost per unit of discharge for a specific storage technology and typical application scenarioses, considering all technical and economic parameters that affect the cost of discharge life. It is a common indicator used internationally and domestically for evalsuating the economic viability of storage technologies.
