This signing is not just a commercial cooperation, but also marks a deep strategic consensus between the two parties in the field of green energy transformation in off grid areas such as mining areas in Australia. Liquid flow energy storage technology is based on the internationally leading all vanadium liquid flow technology, and is combined with EORA Energy's local channels and engineering experience to jointly promote the implementation of the Australian integrated solar energy storage project.

      At present, diesel power generation is still the main power supply method in some mining areas and remote areas of Australia, and there are generally problems such as high energy consumption, high operation and maintenance costs, large carbon emissions, prominent noise pollution, and environmental impact. This collaborative project will partially replace the existing diesel generator set with the ENERFLOW-200 system independently developed by Liquid Flow Energy Storage Technology. The system, with its core advantages of long-term stable power supply, high safety, long cycle life, environmental friendliness, adaptability to complex working conditions, and convenient installation, is combined with photovoltaics to achieve integrated light storage and provide stable and safe green electricity for the project location.

      The ENERFLOW-200 all vanadium liquid flow energy storage system, as the culmination of the company's core technology, is the world's first ALL-IN-ONE integrated all vanadium liquid flow energy storage product using a 125kW high-power autonomous fuel cell stack. High efficiency, with stack efficiency exceeding 83% and system efficiency surpassing 75%, far exceeding the industry average. Long lifespan, designed to last for over 20 years. At present, ENERFLOW-200 has successfully passed CE certification, T Ü V Rheinland certification, and authoritative certification in the Australia New Zealand region, obtaining comprehensive international market access qualifications. In terms of safety, the system adopts water-based inorganic electrolyte, which has the essential safety characteristics of non flammability, non explosion, and no risk of thermal runaway. It can operate stably at room temperature and pressure, fully adapt to various complex scenarios, and provide solid guarantees for the safe and stable operation of the project.

      In the future, both parties will further deepen project cooperation, continuously develop and leverage their respective advantages, continue to expand the Australian energy storage market, and inject strong impetus into the optimization of Australia's energy structure and green and low-carbon development.