This project features the Tensorpack T 100kW/215kWh distributed energy storage system, which holds international certifications such as IEC 62619, IEC 63056, IEC 62477, IEC 61000, IEC 60730, and the AS4777.2 grid connection certification. Additionally, it has been listed by the Australian grid's Clean Energy Council (CEC), demonstrating its technological advancement and reliability.
The demand in Australia's energy storage market primarily stems from the need to integrate renewable energy and enhance grid stability and reliability. With the rapid development of clean energy sources like solar and wind power, energy storage systems play a crucial role in balancing supply and demand and improving energy utilization efficiency. Furthermore, a series of incentive policies from the Australian government, such as subsidies and tax incentives, provide strong support for the development of the energy storage market.
Teplore’s Tensorpack energy storage system, known for its efficiency, reliability, and flexible scalability, perfectly meets the needs of the Australian market. In this project, the system leverages dynamic capacity transformer technology, which avoids the initial investment required for transformer capacity expansion. This allows customers to flexibly increase available power without altering the existing grid structure, providing an economical and efficient energy solution. Additionally, the system addresses the issue of discharge prohibition during battery testing, and its integration with photovoltaic systems further reduces electricity costs, enhancing energy flexibility and efficiency. This helps customers achieve intelligent energy management and optimization, improving both economic and environmental benefits.
The successful deployment not only demonstrates Teplore’s expertise in energy storage technology but also underscores its commitment to promoting global energy transition and sustainable development. Teplore will continue to collaborate with global partners to explore more innovative technologies to meet the growing energy demand and advance the adoption and application of new energy technologies.