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Innovative Project Combines Energy Storage, Flood Protection, and Water Security in Lower Saxony

This groundbreaking project fights climate change on multiple fronts. It stores renewable energy, protects against floods, and ensures clean drinking water, all while creating jobs and boosting regional value.

In this image there is a big river beside that there are so many buildings and plants.
In this image there is a big river beside that there are so many buildings and plants.

Innovative Project Combines Energy Storage, Flood Protection, and Water Security in Lower Saxony

A groundbreaking project in Lower Saxony aims to tackle multiple challenges at once. The 'EWAZ-Transfer' initiative combines energy storage, flood protection, drinking water security, and the multi-use of mining infrastructure. Backed by the European Regional Development Fund (ERDF) and Melanie Walter, Minister for Europe and Regional Development, this €2.4 million project seeks to create jobs, boost regional value, and safeguard against climate change.

Spanning two years, this collaborative effort involves five universities and five businesses. Key to the project is the development of a lead project for a pilot combined power plant. These plants will serve dual purposes: storing renewable energy and managing water resources for drinking, flood protection, and low water elevation. The project will adapt existing infrastructure to climate change and provide essential system services.

Co-financing of around €1.4 million is mainly provided by industrial partners. One participating company is Harzwasserwerke. The project also launches a technology transfer initiative to future-proof the Energy and Water Storage Harz (EWAZ) system.

The 'EWAZ-Transfer' project brings together academia and industry to address pressing issues. By integrating energy and water management, it promotes regional development, job creation, and climate resilience. With funding from the ERDF and regional government, this innovative approach sets a precedent for sustainable, multi-purpose infrastructure.

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