Vanadium ore smelting and electrolyte preparation involve the smelting of vanadium ores such as vanadium-titanium magnetite, stone coal, and phosphate rock to obtain vanadium pentoxide, which serves as the primary raw material for preparing the electrolyte required for all-vanadium flow batteries.

Self-developed bipolar plates, current collectors, and other materials are key components of electric stacks. They serve as conductive separators that closely adhere to electrodes, separating the positive and negative electrolytes of adjacent single cells, collecting current, and providing structural support to the electrodes. This enables series connection of multiple single cells within the electric stack.

Designing optimal solutions for various large-scale energy storage applications, integrating self-manufactured components such as electric stacks, storage tanks, along with in-house developed BMS and distribution equipment for system integration.