Harmonisierung technischer Parameter von Wechselrichtern, Batteriesystemen und Wärmepumpen: Ein Mapping-Ansatz zur herstellerübergreifenden Kompatibilität

Abstract

The energy transition requires seamless integration of renewable technologies like inverters, batteries, and heat pumps, but varying manufacturer specifications often cause compatibility issues and operational inefficiencies. This work addresses these challenges through a software tool that automates technical parameter harmonization across devices. By systematically mapping and standardizing specifications, the solution identifies compatibility gaps and generates visual comparison matrices, enabling engineers and system integrators to quickly assess system interoperability. The tool features an intuitive interface that visualizes parameter discrepancies and provides actionable optimization recommendations, significantly reducing configuration errors during installation. It automatically produces comprehensive documentation with maintenance guidelines and performance improvement strategies, serving both operational needs and future standardization initiatives. Early projections suggest this approach could reduce integration errors by a significant amount, while accelerating system commissioning timelines. Beyond immediate operational benefits, the solution fosters industry collaboration by establishing empirical data benchmarks for parameter standardization. This dual functionality positions the tool as both a practical optimization platform and a research catalyst, ultimately enhancing renewable energy adoption by making heterogeneous system integration more reliable and cost-effective. The work contributes directly to building sustainable energy infrastructure through improved technical harmonization.

Date of Award	2025
Original language	German (Austria)
Supervisor	Andreas Müller (Supervisor)