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Simulation-based study quantifying energy demand, storage requirements, and CO2 reduction potential for integrating hydrogen technologies and solar PV in urban buildings of Linz.
Year: 2021
Region / City: Linz, Austria
Topic: Energy systems, renewable energy, hydrogen technology
Document type: Research report
Organization / Institution: WIVA P&G
Authors: Iskandar Zeynalov, Erwin K. Reichel, Horst Steinmüller
Target audience: Urban planners, energy analysts, policymakers
Period of activity: 2021
Methods: City Energy Analyst (CEA) software simulations, energy demand modeling, hydrogen round-trip efficiency calculations
Data sources: Building archetypes, weather database, solar radiation scripts, district heating CO2 emission data
Results: CO2 reduction of 58,414 tons, 422,000 m³ storage capacity at 100 bar, 13.7% reduction in space heating energy demand
Limitations: Hardware constraints prevented modeling all 45,000 buildings in Linz
References: UNFCCC COP26, IPCC AR6, IEA, IRENA, Fraunhofer ISE
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