At All Energy Australia 2025 (Booth GG123, MCEC), Ampace is unveiling its latest breakthroughs — including mass-produced semi-solid-state LFP battery cells that mark a major leap from lab innovation to large-scale application.
As Australia accelerates toward a renewable future, challenges in solar utilization, grid stability, and storage safety continue to grow. Ampace’s recent innovations offer safer, denser, and more sustainable storage — empowering both businesses and households.
Backed by global R&D strength, w’re pushing the boundaries of battery performance — offering long-lasting systems that reduce lifecycle costs and advanced safety designs that ensure reliable operation.
💡 Powering Innovation: From Semi-Solid Cells to Smarter Systems
At All Energy Australia, we’re showcasing our semi-solid-state LFP battery cells — designed to prevent leakage and eliminate fire risks. Integrated into the PU200 system, this technology enables 20% higher energy density and 10C discharge performance, setting a new benchmark for energy reliability and safety.
Our Kunlun Series and C&I systems ensure stable output even under extreme conditions, supporting both on-grid and off-grid operations.
📈 Delivering Long-Term Value: Extended Lifespan and Lower Costs
Our technologies are designed for long-term economic value. The Kunlun Series offers up to 15,000 charge cycles and a 20-year service life, nearly double the industry average.
Integrated into the UniC Series, our all-in-one solution for high-power industrial and commercial applications combines ultra-long endurance with high efficiency. With Zero Liquid Cooling and Zero Air Conditioning, the system minimizes lifetime energy consumption and requires maintenance only once a year. This longevity and efficiency lower the total lifecycle electricity costs by up to 30%.
🛡️ Built for Steady Safety: Reliable Performance in Extreme Conditions
Safety is central to our design philosophy. With grid reliability and fire prevention top of mind for Australian energy users, our semi-solid-state LFP cells deliver solutions that eliminate electrolyte leakage and maintain stable performance across harsh conditions.
Safety is engineered into every cell. Integrated into the PU200 and PR-S4 systems, these cells are further reinforced by real-time monitoring, giving users confidence in reliable operation.
