TEAM
Feasibility studies & GIS analyses
Machbarkeitsstudien und Raumanalysen sind eine wichtige Grundlage für eine Vielzahl von wissenschaftlichen Fragestellungen. Zentrale Themen sind z.B. die Gestaltung der Wärmewende im Gebäudebereich oder die Bereitstellung erneuerbarer Energien im Gesamtenergiesystem.
Auf der Grundlage umfangreicher Datenbanken kann unser Ingenieurteam “Machbarkeitsstudien & GIS-Analysen” je nach Kundenwunsch hochauflösende Studien für Gebiete beliebiger Größe und Lage durchführen. Das Spektrum der Analysen des Teams reicht von der Einzelversorgung (z.B. Wohnen, Industrie) über Quartiersstudien bis hin zu Studien auf Länderebene oder länderübergreifenden Analysen. Unter Einsatz leistungsfähiger geographischer Informationssysteme (GIS) und lokalisierter Geodaten entwickeln wir KI-basierte Algorithmen für die regionale und klimaresiliente Transformation des Energiesystems entlang der gesamten Wertschöpfungskette der Energieträger.
Generation
- Location studies of renewable energy plants (e.g. electrical output, year of construction, legal aspects)
- Renewable energy and biogas potential analyses
Distribution
- Modeling of transport infrastructure and grids (including heat, natural gas, biogas, CO2 and H2)
- Logistic concepts
- Planning of new charging stations and filling stations for vehicles
End use
- Building-specific energy consumption (e.g. heat, electricity)
- Final energy demand in transportation
- Sector coupling
- Overall system concepts
Environmental impact
- Regionally differentiated emission analyses
- Climate protection concepts
- Municipal heat planning
Fields of work
- Determining the conversion potential for installing renewable heating systems (transition to renewable heating systems)
- Basis: Location-specific modelled energy requirements of buildings and cartographic visualization tools
- Modeling & evaluation of grid-connected supply concepts
- Building-specific evaluation of the prospective use of various technologies for heat and electricity supply for different building types, e.g:
- Suitability of heat pumps
- Number of PV/solar thermal modules that can be installed in specific buildings and possible PV/solar thermal yields
- Consideration of sector coupling between heating, cooling, electricity and mobility
- Mobility:
- Analysis of the development of final energy demand
- Modeling of tank and charging infrastructure
- Generation of renewable energies (PV, wind, biogas, hydrogen)
Equipment
- Various GIS programs (including ArcGIS Pro, QGIS)
- Software for grid calculation
- Database with several million entries >20 million on various agricultural, municipal, commercial and industrial biogas substrates and heat consumers
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