TRICERA energy won the innovation tender for a project carried out on behalf of JT Energy Systems.The project includes carport PV with an output of 600 kWp in combination with a 400 kWh battery storage system and is to be implemented with an additional 20 charging points for electric vehicles on the parking lot of the company premises of JT Energy Systems.Dresden/Freiberg, May 12, 2022 – JT Energy Systems, in cooperation with TRICERA energy, submitted a bid for a project within the innovation tenders for the first time.In the innovation tender, funding is awarded for system combinations either from the merger of several RE systems with different technologies or from RE systems with storage.In this tendering round, bids for combinations with "special solar systems" could be submitted for the first time.These include solar systems that are installed on bodies of water, arable land or over parking lots, thus allowing these areas to be used twice.As a solar carport, the system of this project is one of the special solar systems.In addition to covering JT Energy Systems' own needs, the electricity generated will also be used to operate the charging stations that are to be set up in the parking lot and can be used by the employees.In addition to contributing to the energy transition, the project also actively contributes to the expansion of electromobility.The battery storage allows electricity demand and electricity generation to be equalized in terms of time and temporarily stored energy can be drawn from the storage at times of low solar radiation.With this system combination, the project is the first of its kind in Saxony and underlines the innovative strength of the companies involved.The project is being commissioned by JT Energy Systems, a joint venture between Jungheinrich and Triathlon, and is to be implemented on the parking lot at the headquarters.The realization is to take place in two expansion stages: First, only part of the area will be built on and only in the second step the entire planned project area.This division of the realization gives the opportunity to use experiences from the first expansion stage in the further course of construction in order to optimally design the system.Overall, the system size should be 600 kWp PV and 400 kWh battery storage.The C&I storage tanks specially developed by TRICERA energy are used as storage.By submitting this form, you consent to pv magazine using your data to publish your comment.Your personal data will only be passed on to third parties for the purpose of spam filtering or if this is necessary for technical maintenance of the website.Any further disclosure to third parties does not take place unless this is justified by applicable data protection regulations or pv magazine is legally obliged to do so.You can revoke this consent at any time with effect for the future.In this case, your personal data will be deleted immediately.Otherwise your data will be deleted when pv magazine processes your request or the purpose of data storage has been fulfilled.Further information on data protection can be found in our data protection declaration.Imprint Terms and Conditions Privacy Policy © pv magazine 2022