Australian Vanadium Limited Receives AUD 15 Million Government Grant to Build Modular Electrolyte Plant

en.Wedoany.com Reported - On November 9, Australian Vanadium Limited (AVL) signed a funding agreement with the Western Australian Government, securing a government grant of up to AUD 15 million to design, construct, and commission a mobile high-capacity vanadium electrolyte production facility. The project adopts the company's independently developed V-NOMAD technology platform, and the production facility can be deployed at or near gigawatt-hour-scale vanadium flow battery energy storage project sites. The government grant covers up to 50% of eligible project costs, with the remaining funds provided by the company.

The funding comes from Round 2 of the New Energy Industries program under the Western Australian Government's Investment Attraction Fund. Under the funding agreement, the government grant shall not exceed AUD 15 million, and funds will be disbursed in stages according to project implementation conditions and engineering milestones. AVL is responsible for raising the remaining construction funds, and the funding scope covers the design, construction, and commissioning of the production facility.

The proposed facility adopts V-NOMAD modular production technology to process vanadium feedstock into vanadium electrolyte. Unlike the traditional supply model of centralized production followed by transportation to energy storage project sites, the platform plans to locate production units near large-scale vanadium flow battery projects, with production capacity configured according to the scale of the energy storage project. The company disclosed that the technology platform is developed for gigawatt-hour-scale energy storage projects, can accommodate multiple vanadium feedstock sources, and controls electrolyte quality through adjustment of the production process.

Vanadium electrolyte is the core energy storage medium of vanadium flow batteries. The battery stores and releases electrical energy through the circulation of electrolyte between different storage tanks and electrochemical reactions. Unlike lithium-ion batteries, which store energy using solid electrode materials, vanadium flow batteries store energy in external electrolyte, and energy storage capacity can be configured by increasing electrolyte volume and storage tank scale, making them suitable for long-duration, large-scale stationary energy storage projects.

The engineering design focus of the V-NOMAD platform includes process flow, feedstock adaptability, quality control, equipment modularization, and on-site deployment methods. By locating electrolyte production close to energy storage systems, the company plans to reduce the transportation, loading and unloading, and storage requirements for large-volume liquid products, and to lower the cost pressure on project construction and system commissioning caused by long-distance supply. The modular design also allows production facilities to be configured and deployed across different projects.

This government funding is part of AVL's efforts to build a vanadium industry chain in Western Australia. The company is advancing the Gabanintha Vanadium Project and conducts vanadium flow battery and long-duration energy storage business through its wholly-owned subsidiary VSUN Energy. Its industry chain plan covers vanadium resource development, feedstock processing, electrolyte production, and energy storage system deployment.