Demonstration of participation in the German balancing power market using a large‐capacity hybrid battery storage system

Author:

Hirose Keiichi1,Tanaka Hirohide1,Dewaki Masayuki1,Hayashi Kazutaka2,Mikami Yousuke2,Hayashi Yoshiki2,Arita Hiroshi3,Hamamura Saori4,Hirai Naoki5

Affiliation:

1. New Energy and Industrial Technology Development Organization (NEDO) Kawasaki Japan

2. Hitachi Power Solutions Co., Ltd. Hitachi Japan

3. Energywith Co., Ltd. Tokyo Japan

4. Hitachi, Ltd. Tokyo Japan

5. NGK Insulators, Ltd. Nagoya Japan

Abstract

AbstractAs one of NEDO's international demonstration projects, a large‐capacity hybrid battery storage system which consists of two types of battery cells with different charge‐discharge characteristics was constructed in the state of Lower Saxony in the Federal Republic of Germany. By using the hybrid battery system has a lithium‐ion which has an advantage in short time and high rate, and a sodium‐sulfur battery (NAS) which has an advantage in long time and low rate, the tender participation in the balancing power market in Germany had been executed. The hybrid battery storage system could successfully drive and provided services for primary and secondary control reserves, elimination of power imbalance, and reactive power injection, as well as a combination of these services.

Publisher

Wiley

Reference9 articles.

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2. Niedersachsen Hybrid Battery System Demonstration Project (explanatory materials of Evaluation Committee). Accessed on May 1 2023 (in Japanese).https://www.nedo.go.jp/introducing/iinkai/ZZAT09_100004.html

3. “Final Report 2021 of the Consortium” enera Project Magazine ISBN 978‐3‐9823068‐0‐7.2021.

4. Survey on utilization of demand‐side resources in European and US ancillary service supply—regulations and resource examples;Yamada T;J Jpn Soc Energy Resources,2020

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