Eandis is a distribution grid systems operator with activities in 229 cities and municipalities throughout Flanders in Belgium, responsible for 2.7 million electricity connections. Eandis recently added some 375 kWp rooftop solar power to its logistical center in Lokeren. To match the intermittent solar energy production with its own operations, it is now implementing Alfen’s battery energy storage system called TheBattery. TheBattery contributes to the increasing electrification of the site, enabling the shift from fossil fuel powered machinery and vehicles towards electricity as source of energy.
Jean Pierre Hollevoet, Director Asset Management and Supply Chain at Eandis comments: “With the new energy storage system of Alfen, we will be able to optimize self-consumption of the solar energy in our facilities, which is an important new step towards an energy neutral and sustainable distribution center. Alfen has an 80-year track record and deep technical knowledge of developing complex battery storage systems. In addition, we anticipate that more and more customers, connected to our electricity grid, will implement energy storage systems in the future. We want to be prepared for the incorporation of such systems in our grid and therefore we want to gain experience on manageability, cost-of-ownership and impact on operational efficiency of such a storage system.”
Energy storage system TheBattery
Alfen supplies a 140kW energy storage system that will be connected to Eandis’ logistical center. Alfen also delivers and implements the remote management and control of the system and provides a platform which enables Eandis to use the system for optimizing self-consumption of renewable energy and voltage control. Yves Vercammen, sales manager for Alfen in Belgium, comments: “We welcome this opportunity to use our storage system and decades of power grid experience in this project. The collaboration with Eandis shows that we are operating at the heart of the energy transition with a unique integrated offering dedicated to enable the energy grid of the future. This project demonstrates the increasing demand for decentralized renewable energy solutions that require smart energy solutions.”
The storage system will be operational in Q1 2018.
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