Today, the requirements are more complex: Electricity and heat supply should be as efficient and CO2-neutral as possible, smart functions and the connection of all systems to the Internet are a matter of course. With photovoltaics (PV) and storage solutions, every owner becomes a prosumer who no longer just draws energy from a central power plant, but also provides it as an active participant in a decentralized network. In order for all these building blocks to develop their full potential, a central authority (interface coordinator*) is needed that can oversee all technologies and mediate and translate accordingly between the trades.
Planned learning objectives: The contents of the energy system architect are correspondingly diverse. Fundamentals of building and energy technology as well as programming and control are taught. The possibilities offered by artificial intelligence (AI) are demonstrated and the processing of acquired measurement data is explained. Participants are enabled to record the variety of systems and to evaluate their suitability as well as to ensure the necessary networking.
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