Enel, Enertrag and Leclanché Team Up To Build Storage Plant In Germany

Published on Wednesday, 21 February 2018

“The project in Cremzow is an important milestone for us because, after the success of similar projects in Italy and Chile, it will further demonstrate how beneficial storage is for energy systems, in particular when coupled with renewables. Storage is increasingly becoming a key tool in ensuring grid stability and is also a pathway towards the widespread adoption of renewables worldwide, facilitating their integration into power grids”

– Antonio Cammisecra, Head of Enel’s Global Renewable Energies division, Enel Green Power (EGP)

“Commercial batteries and their ability to provide balancing power will be one of the key enablers for the next phase of the energy transition towards renewables. The Cremzow project will play an essential role in safely phasing-out lignite in the state of Brandenburg. As a next step, the Cremzow battery will address the proof of black start capabilities of ENERTRAGs renewable regional power plant in the Uckermark area”

– Joerg Mueller, Head of ENERTRAG-Board

“We are delighted to have been chosen by Enel Green Power and ENERTRAG to develop and deliver this large pioneering energy storage project in Germany. Battery energy storage systems have a very significant role to play in stabilising grids as the world transitions to greater use of variable renewable energy sources. They also help reduce the huge waste of renewable energy that is curtailed when grids are at capacity”

– Anil Srivastava, CEO of Leclanché

The facility will be owned by a special purpose vehicle (SPV) in which EGP Germany has a 90% majority stake and ENERTRAG the remaining 10% stake. Leclanché will act as engineering, procurement and construction (EPC) contractor for the project, in charge of integrating battery and power conversion systems and energy management software.

The project will provide the grid with a real-time primary frequency regulation service contributing to its stability. When the grid’s frequency decreases due to high power demand, the battery will rapidly deliver its stored energy, while in response to frequency increases due to low demand, the battery is charged with the surplus energy. Furthermore, the integration with ENERTRAG wind farms will allow for the use of surplus energy produced by the facilities to charge the battery, cutting back on the need to curtail wind power generation when it is higher than demand on the grid.

The German PCR market has evolved greatly in recent years with the early 2017 auction of approximately 600 MW of PCR attracting bidders from Austria, Belgium, France, Netherlands and Switzerland, whereby confirming the market’s cross-border appeal. The introduction of battery storage systems is an important development in the German PCR market: in 2017, BESS (Battery Energy Storage Systems) provided about 200 MW of PCR, equal to about 31% of the market.