Ingeteam Supplies Energy Storage Systems for Australia
The company provided power conversion hardware for battery projects across the country as of October 2026.
Updated on Oct. 21, 2026 in Data Centers

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Ingeteam announced in October 2026 that it supplied power conversion systems for 130MWh of battery energy storage and DC-coupled projects in Australia. These initiatives, implemented by ACLE Services for Sustainable Energy Infrastructure, support a total power capacity of 65MW.
Why it matters
Efficient power conversion is essential for integrating utility-scale battery storage with the grid to improve reliability. By employing varied configurations for standalone and DC-coupled sites, these projects demonstrate the flexibility required to manage renewable energy resources effectively.
Standalone systems utilise the INGECON SUN STORAGE FSK C-Series HV solution with two inverters per skid, while DC-coupled sites share a central PV inverter with 16 DC-DC buck-boost converters.
The players
Ingeteam
This company is a global specialist in power conversion electronics for the energy, industrial, and marine sectors.
ACLE Services for Sustainable Energy Infrastructure
This organisation is responsible for the implementation of the battery energy storage projects.
The details
The installations include standalone battery projects that place two inverters on a single pre-assembled skid for efficient control. Meanwhile, DC-coupled sites connect solar PV and battery storage on the DC side, allowing both systems to share one central inverter.
Timeline
Ingeteam announced the project supply in October 2026.
Power Electronics began construction of its Houston factory in September 2026.
Flex agreed to the acquisition of EPC Power Corp in September 2026.
The Tech Race
The deployment of specialised conversion hardware like the INGECON SUN STORAGE FSK C-Series HV solution marks a critical shift toward more integrated grid storage solutions. This transition moves the industry away from legacy standalone systems toward more efficient DC-coupled architectures that share infrastructure to lower costs.
This technology helps balance the electrical grid by facilitating the storage of renewable energy for later use. Residents and businesses may experience increased grid reliability as more of these high-capacity storage projects are successfully integrated across the country.
The takeaway
Advancements in power conversion hardware are enabling larger and more complex energy storage projects to succeed. These technologies are crucial for local grids to handle higher penetrations of intermittent renewable energy sources.
Further reading
For broader context on infrastructure technology, visit Data Centers.
Source note: This article includes information reported by Energy Storage News.
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