User-Centered Smart Control and Planning of Sustainable Microgrids: Final Report of Project "UserGRIDs"

Thomas Mach; Richard Heimrath; Michael Mörth; Lisa-Marie Fochler; Andreas Heinz; Valentin Kaisermayer; Gerald Schweiger; Daniel Muschick; Markus Gölles; Siegfried Pabst; Michael Herzlieb; Günter Getzinger; Michael Monsberger; Peter Josef Nageler; Mathias Schaffer; Kathrin Kefer; Florian Frühwirth

User-Centered Smart Control and Planning of Sustainable Microgrids: Final Report of Project "UserGRIDs"

Thomas Mach, Richard Heimrath, Michael Mörth, Lisa-Marie Fochler, Andreas Heinz, Valentin Kaisermayer, Gerald Schweiger, Daniel Muschick, Markus Gölles, Siegfried Pabst, Michael Herzlieb, Günter Getzinger, Michael Monsberger, Peter Josef Nageler, Mathias Schaffer, Kathrin Kefer, Florian Frühwirth

Research output: Book/Report › Commissioned report

Abstract

The project develops and tests user-centered "Digital Energy Services" at the neighbourhood level. An IoT platform acts as middleware between a real energy system and the virtual energy services of fault detection, visualization, user feedback, indicator calculation, energy management and energy structure planning.

Translated title of the contribution	Nutzungszentrierte Planung und Regelung komplexer nachhaltiger Quartiers-Energiesysteme: Endbericht des Projektes "UserGRIDs"
Original language	English
Publisher	Climate and Energy Fund
Commissioning body	Klima- und Energiefonds
Number of pages	98
Volume	Project number: 880792
Publication status	Published - 2025

ASJC Scopus subject areas

Engineering(all)

Fields of Expertise

Sustainable Systems

Treatment code (Nähere Zuordnung)

Experimental

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

Cite this

Mach, T., Heimrath, R., Mörth, M., Fochler, L.-M., Heinz, A., Kaisermayer, V., Schweiger, G., Muschick, D., Gölles, M., Pabst, S., Herzlieb, M., Getzinger, G., Monsberger, M., Nageler, P. J., Schaffer, M., Kefer, K., & Frühwirth, F. (2025). User-Centered Smart Control and Planning of Sustainable Microgrids: Final Report of Project "UserGRIDs". Climate and Energy Fund.

Mach, T , Heimrath, R, Mörth, M, Fochler, L-M , Heinz, A, Kaisermayer, V, Schweiger, G, Muschick, D, Gölles, M, Pabst, S, Herzlieb, M, Getzinger, G , Monsberger, M, Nageler, PJ, Schaffer, M, Kefer, K & Frühwirth, F 2025, User-Centered Smart Control and Planning of Sustainable Microgrids: Final Report of Project "UserGRIDs". vol. Project number: 880792, Climate and Energy Fund.

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keywords = "district energy system, Control, IoT middleware platforms",

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T2 - Final Report of Project "UserGRIDs"

AU - Mach, Thomas

AU - Heimrath, Richard

AU - Mörth, Michael

AU - Fochler, Lisa-Marie

AU - Heinz, Andreas

AU - Kaisermayer, Valentin

AU - Schweiger, Gerald

AU - Muschick, Daniel

AU - Gölles, Markus

AU - Pabst, Siegfried

AU - Herzlieb, Michael

AU - Getzinger, Günter

AU - Monsberger, Michael

AU - Nageler, Peter Josef

AU - Schaffer, Mathias

AU - Kefer, Kathrin

AU - Frühwirth, Florian

PY - 2025

Y1 - 2025

N2 - The project develops and tests user-centered "Digital Energy Services" at the neighbourhood level. An IoT platform acts as middleware between a real energy system and the virtual energy services of fault detection, visualization, user feedback, indicator calculation, energy management and energy structure planning.

AB - The project develops and tests user-centered "Digital Energy Services" at the neighbourhood level. An IoT platform acts as middleware between a real energy system and the virtual energy services of fault detection, visualization, user feedback, indicator calculation, energy management and energy structure planning.

KW - district energy system

KW - Control

KW - IoT middleware platforms

M3 - Commissioned report

VL - Project number: 880792

BT - User-Centered Smart Control and Planning of Sustainable Microgrids

PB - Climate and Energy Fund

ER -