The OMEI project, funded by the Federal Ministry of Digital and Transport (BMDV), has taken an important step forward. In order for future data and energy to flow, a number of things need to be implemented. The project partners from science and industry learn first-hand what steps are needed to implement the energy transition.
Civil engineering and piping work:
A good foundation and a variety of connections are important - this also applies not least to the construction and networking of charging stations and storage facilities. The first work that was necessary was extensive civil engineering and piping work at the location of the future demonstration plant in Teisnach.
Setting up charging points (quick and normal charging points)
The core components for users of electric vehicles in the form of fast and normal charging points are now mounted and connected to the prepared foundations. The charging points from Alpitronic and Technagon are provided in the project by the project partner MER.
Electrical energy storage
The battery storage system provided by the project partner Fenecon was placed on the prepared foundation using a mobile crane in order to be available for use as a flexibility instrument for the temporary storage and shifting of renewable energies after the cabling work was still outstanding.
Communication and logic unit
For coordinated interaction of the installed components, a coordination center for data acquisition and control is required. This was set up in the form of an external distributor equipped with data processing components.
Thanks to the close cooperation between the project partners at the Energy Technology Center at Landshut University of Applied Sciences (TZ Energie) in Ruhstorf an der Rott, the FORWISS Institute and HEITEC Innovations GmbH, which equipped the communication cabinet with the necessary technology, the installation went smoothly. The cabling work takes place after it has been placed on the foundation.
Once the remaining work has been completed, the interaction of storage, charging points and communication and control units will form a demonstration system, which will help to research the optimal operating mode of battery storage in combination with fast chargers and other network services as part of the OMEI project.
This is an essential advance in the project in order to be able to collect data as well as evaluate control strategies or operating strategies in practical use!
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