With the ceremonial commissioning of the new hydrogen plant at the Eisenbach site, August Weckermann KG is setting a precedent for the climate-neutral production of high-quality industrial goods. The company is pursuing a comprehensive energy and supply concept that combines photovoltaics, battery storage, and hydrogen technology. The goal is a level of self-sufficiency of up to 85 percent.
The BERNARD Group was commissioned with the process engineering planning, from concept development to support during commissioning of the plant. The detailed engineering included the design of the main components and the 3D modeling of the plant. The plant uses an electrolysis plant with a capacity of 300 kW, hydrogen storage units with a total capacity of 1.4 tons, and a fuel cell with an electrical output of up to 200 kW. A redox flow battery with a storage capacity of 3,000 kWh was also integrated, which compensates for peak loads and represents an environmentally friendly alternative to conventional battery systems.
The task was to create a self-sufficient and decentralized energy supply for an energy-intensive production site. Close coordination between the client and the engineers resulted in a concept that combines security of supply, cost-effectiveness, and sustainability.
Julian Schnitzius, Project Manager of the BERNARD Group, explains: “This project demonstrates how engineering services provide concrete answers to the current challenges of energy supply. The combination of photovoltaics, battery storage, and hydrogen technology enables medium-sized companies to have a stable and sustainable energy supply.”
The project demonstrates that energy-self-sufficient concepts are also feasible for medium-sized industrial companies. The implementation in Eisenbach creates a model that provides guidance for similar projects. With this project, the BERNARD Group confirms its expertise in planning innovative energy systems and its responsibility for sustainable development.
Photo of BERNARD Group
This press release of BERNARD Group ( translated with Google) was first published on openPR .
