Sungrow, a global leader in photovoltaic (PV) inverters and energy storage systems, has announced a strategic collaboration with KTISTOR Energy for the deployment of the innovative PowerTitan 2.0 liquid-cooled Battery Energy Storage System (BESS) across several key projects in Greece.

KTISTOR Energy’s Role in Renewable Projects

KTISTOR Energy is a leading renewable energy construction company with expertise in developing wind, solar, and BESS projects. It is expanding its presence in Greece with diverse renewable energy projects nationwide.

The partnership will deploy the PowerTitan 2.0 system at four energy storage facilities in North and Central Greece. Two projects will operate under Greece’s ESS Tender scheme, while the other two will participate in the free market.

The projects include Dokos in Rodopi (8.875 MW, 25.065 MWh) and Petra in Kozani (7.8 MW, 20.055 MWh). Additionally, the authorities have licensed Agia Anna and Agia Anna II in Viotia for 7.8 MW over 3 hours, with a capacity of 30.09 MWh. The projects will deliver total capacity of 105MWh powered by Sungrow’s PowerTitan 2.0 and deliveries will begin summer 2025.

Also read: Sungrow Hosts ESS Experience Day in Milan, Showcasing Solutions for Italy’s Green Transition

The Advanced PowerTitan 2.0 System

Mr. Anastasios Gkinis, Regional Director of Sungrow for SEE, CEE and CIS, said, “We are honored by KTISTOR’s trust in Sungrow’s cutting-edge technology and our team’s commitment to providing top-level support at every stage of these landmark projects.

He added, “The PowerTitan 2.0’s deployment in Greece will further enhance grid stability and contribute to the nation’s energy transition efforts. As BESS becomes a crucial part of the further development of renewables, Sungrow is steadfast along with its partners in bridging the road towards its mission Clean power for all.”

Also read: Spearmint Energy and Sungrow USA Extend Partnership to Deploy Over 1 GWh of Energy Storage in Texas

The PowerTitan 2.0 is a cutting-edge energy storage solution designed for grid-forming applications. Its liquid-cooled technology ensures optimal thermal management, enhancing system lifespan and reducing operating costs. Additionally, the smart AC-DC block architecture of the system enables fast deployment and adaptability to projects of various sizes. With significant experience in the energy storage field, Sungrow is playing a vital role supporting the global shift to renewable energy sources.

Australia’s biggest iron ore miners and its largest steelmaker are joining forces to build the country’s biggest electric smelting furnace (ESF) pilot plant in Kwinana, south of Perth. BlueScope, BHP and Rio Tinto are testing new technology that strips carbon emissions from the steelmaking process using Pilbara iron ore rather than conventional blast furnaces.

This year, BHP, Rio Tinto, and BlueScope formed NeoSmelt, combining expertise in Pilbara iron ore and electric smelting furnace technology. The project aims to use DRI-ESF technology to produce lower-carbon molten iron, reducing the carbon footprint of steel production. Woodside Energy will also join the project as an equal equity participant and energy supplier, pending final commercial arrangements.

Also read: SAIL and BHP Partner to Explore Lower-Carbon Steelmaking Technologies

Pilot Plant Production and Decarbonization Goals

When operational, the pilot plant will churn out 30,000 to 40,000 tons of molten iron each year. It will use natural gas, to begin with, before a future switch to hydrogen. If successful, NeoSmelt could enable near-zero emissions steelmaking, ensuring Australia’s iron ore industry’s sustainability and meeting global demand.

The team chose the Kwinana Industrial Area for its strong logistics, infrastructure, and A$75 million support from the government. The plant’s location will establish Western Australia as a leader in the global effort to reduce emissions in steel production.

Western Australian Premier Roger Cook said, “Under my WA Labor Government, our State is becoming a global renewable energy powerhouse – creating the jobs of the future and setting up our economy for the long term.”

He added, “Putting the global steel industry on the pathway to near-zero emissions means more jobs in processing in WA, and a strong future for WA’s iron ore industry.”

Also read: BHP, Rio Tinto and Qantas to invest $52.7 million in Australian carbon credits fund

The NeoSmelt project is now moving into the next phase. Feasibility studies are expected to start in the second quarter of 2025. An FID will be taken by 2026, and the project is expected to start its operation by 2028. In addition, the project has been kept open for more partnerships with the same interests as those of the project.