As part of the thesis, a photovoltaic system was installed at the headquarters of HTL Karlstein and an energy storage unit was installed. The students planned this system themselves on the computer and produced the special parts required for assembly in the workshops.
Karlstein. The modules themselves are attached to the building with standard PV assembly components and are commissioned in cooperation with Rauch.
With this photovoltaic system with energy storage, it is possible to supply the electronics laboratory with two 3D printers around the clock with energy self-sufficiency. Excess electricity is consumed in the local network. Through this project, the students were able to learn a lot about photovoltaics and carry out all the important steps themselves, from planning to production to assembly.
Energy self-sufficient 3D printing
The system is also used in separation to supply electricity for 3D printing. In electrotechnical laboratory exercises, students can perform measurements and learn practical energy management as part of a photovoltaic system and storage (Fronius transformers and BYD energy storage).
Energy data is recorded in different systems and evaluated with students.
“We are delighted that after so long a pandemic the system can finally be completed and is now providing clean solar power for the lab and HTL Karlstein. We would like to thank everyone who supported us on this exciting project!”
“Total coffee aficionado. Travel buff. Music ninja. Bacon nerd. Beeraholic.”
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