The Role of Gas Infrastructure in the Future Energy System
The energy market in Europe and Switzerland will change dramatically in the future. Energy and climate policy decisions and technological developments are leading to an increase in fluctuating renewable energy production. More flexibility in the power grid and storage options are required. This development raises the following questions:
- What framework conditions are needed to create incentives for investments in coupled energy networks (sector coupling of electricity, gas, heat)?
- What structures can we use to make the transition towards a new energy system as cost-efficient and climate-friendly as possible?
- What are cost-effective and low-carbon alternatives to current industrial processes?
With our building park model, we determine the spatial and temporal demand for electricity and heat in the Zug region in the WWZ supply area. From this, ETH Zurich derives the future network development, models and evaluates it in a technical-economic manner.
The results serve as a basis for decision-making in the evaluation of sector couplings and in the overall optimisation of the energy system.
Project infos
Project duration2017 to 2020
Contact persons at TEP EnergyUlrich Reiter, Martin Jakob
PrincipalsSFOE, Energy - Economy - Society (EEC) research programme, LSG
Project partnersETH Zurich (lead; Research Centre for Energy Networks), TEP Energy, WWZ, and VSG
Final report(PDF)
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