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Sungrow to Supply 600 MWh of Battery Storage for Two Finnish Projects

The deliveries advance a 1 GWh framework agreement with Delta Capacity, with individual projects ordered under the deal.

日本語で読む

Sungrow to Supply 600 MWh of Battery Storage for Two Finnish Projects
写真はイメージ / 写真: Nicolasrodel / CC BY-SA 4.0 / Wikimedia Commons ライセンス

Sungrow said it will supply a total of 600 MWh of battery storage for two projects in Finland. The shipment fulfills part of a 1 GWh framework agreement the company signed with Delta Capacity.

A framework agreement sets an overall volume in advance, with orders placed project by project. The 600 MWh supply accounts for part of that total volume. It indicates the two companies' contract is moving into the stage in which individual projects are being firmed up through orders.

Sungrow is a major Chinese maker of power conversion equipment, offering products for solar power generation and energy storage systems. In energy storage, it is common to supply the battery itself, the power conversion equipment and control devices as an integrated package.

Finland, located in northern Europe, has been expanding wind power generation. Because wind output fluctuates with the weather, securing the reserve capacity needed to keep grid frequency and voltage stable is a challenge. Large-scale batteries are seen as one means of providing that flexibility.

Attention will focus on the progress of installation and on how the remaining 400 MWh of supply proceeds.

The deliveries illustrate growing demand for large-scale battery storage in Europe. The approach of supplying multiple projects under a framework agreement may serve as a reference for how large battery storage businesses are run.

BLUE NOVA Hydrogen Journal view

The announcement can be read as showing large-scale battery supply taking concrete shape project by project under a framework agreement. The 600 MWh represents 60% of the 1 GWh framework deal. In regions with heavy wind power, such as Finland, securing reserve capacity to offset output swings becomes important. The progress of future projects will be a key indicator of how far battery adoption advances in Europe.

Source: みんなの広報宣伝部
This article was written by the editors based on the cited report and translated from Japanese. AI is used to assist in writing and translation.

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