The project has a total installed capacity of 6 MW/24 MWh, featuring a mature, mass-produced all-vanadium redox flow battery energy storage system. It includes electrolyte tanks, stack modules, power transformation and distribution equipment, and complete grid connection facilities. The project has completed grid registration and interconnection procedures, enabling diversified commercial operations such as grid peak shaving, renewable energy paired storage, and electricity spot market arbitrage. With a listed reserve price of 124.6014 million yuan, it ranks among the largest existing all-vanadium energy storage property listings in the Central China region. 

From a transactional perspective, the original owner leverages a provincial property rights platform to publicly auction off existing power stations, enabling rapid monetization of heavy assets and freeing up capital to focus on light-asset businesses such as vanadium electrolyte production and new energy storage project development. The acquirer directly takes over already grid-connected, mature assets, bypassing lengthy approval processes including project initiation, environmental assessments, and grid connection, thereby quickly expanding its long-duration energy storage operations. The entire process is conducted through official property rights institutions with compliant transfers and transparent, competitive pricing, establishing a standardized transaction model for the transfer of similar full-vanadium redox flow battery assets in China. 

Industry analysis indicates that vanadium redox flow batteries, with their core advantages such as ultra-long cycle life, inherent safety, and recyclable electrolyte, have strong asset preservation value. They have now become a key acquisition target for local energy platforms, industrial investors, and new energy investment institutions. With the commissioning of large-scale vanadium electrolyte production capacities—such as those in Alxa and Fuxin—leading system manufacturers like Dalian Rongke are seeing continuous order growth. The rapid expansion of upstream and downstream production capacity has triggered substantial demand for existing power station mergers and acquisitions, shifting the vanadium-based energy storage industry from a single focus on new construction to a dual development model combining new project investments with the revitalization of existing assets. 

The routine turnover of existing assets is further driving upstream demand for vanadium raw materials: ongoing operations of existing power stations require continuous replenishment of electrolyte, and new owners typically seek operational optimization and expansion of electrolyte refilling capacity. Combined with the concentrated procurement from newly launched energy storage projects nationwide, this has steadily increased the firm demand for vanadium pentoxide and sheet vanadium, continuously strengthening the foundation of demand across the entire vanadium redox chain. With the launch of publicly traded REITs for energy storage infrastructure, the path toward asset securitization for vanadium flow batteries continues to open up. Going forward, we expect a growing number of operational vanadium flow battery projects across the country to be listed and transferred, accelerating the capitalization and large-scale deployment of the vanadium redox flow battery industry. 

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