Swiss Energy Scope - ETH (SES-ETH)
EPFL, ETHZ
Gianfranco Guidati, ETHZ
Adriana Marcucci, ETHZ
Open Source
DeCarbCH - WP 1
SES-ETH is a linear optimization model of the energy system. It determines the investment and operation strategies that minimize the total annual cost, given the end-use energy demand; the efficiency and costs of the conversion technologies; and the availability and costs of the energy resources. SES represents the main energy demands: electricity, heating and mobility. SES-ETH is a snapshot model, that is, it models the energy system in a target year and it does not make any statements on the trajectory to reach this future state. The target year is modelled with an hourly resolution that allows us to represent the intra-day variations of the energy demand and resource availability.
Features
- Cost-optimisation of future energy system
- Snapshot model
- Hourly resolution
- Probabilistic analysis using Sobol distributions
Facts
| Class | Energy production potential |
| Type | Deterministic |
| Spatial regions | Switzerland |
| Spatial resolution | National |
| Time coverage | Single year (for multiple years possible) |
| Time resolution | Hourly |
Sectors | Residential, industrial, commercial, transport, energy supply (electricity, heat and fuels) |
Category | Inputs | Outputs |
|---|---|---|
| Socioeconomy | GDP | |
| Infrastructure | ||
| Environment | Total CO2 emissions CO2 emissions from energy system CO2 emissions from electricity production Captured CO2 emissions | |
| Energy demand | Space heating Space Cooling Industrial heating Hot water Electricity - appliances Passenger mobility Freight mobility | Total electricity |
| Energy supply/production | Space heating Space cooling Industrial heating Heat storage Hot water Electricity - production Electricity - storage Electricity - installed capacity Passenger mobility Freight mobility | |
| Resource potential | Solar Wind Biomass Hydropower potential Geothermal Carbon storage potential | |
| Direct demand of resources | ||
| Trade | ||
| Technologies Inv: Investment costs Eff: Efficiency OM: Operation and Maintenance costs LCA: Life cycle assessment indicators | Batteries (Inv,Eff,OM) CHPs (Inv,Eff,OM) Electricity generation (Inv,Eff,OM) Electricity storage (Inv,Eff,OM) Heat production (Inv,Eff,OM) Heat storage (Inv,Eff,OM) Hydrogen production (Inv,Eff,OM) Pyrolysis (Inv,Eff,OM) Vehicles (Inv,Eff,OM) Wood gassification (Inv,Eff,OM) Methanation (Inv,Eff,OM) Cooling (Inv,Eff,OM) Geothermal (Inv,Eff,OM) | |
| Prices | ||
| Others |
References
- G. Guidati and A. Marcucci (2023). Net-zero scenarios 2050 (Version 03.2023). https://www.aramis.admin.ch/Default?DocumentID=71199
- G. Guidati and A. Marcucci (2022). Value of synthetic gases and fuels for the decarbonization of Switzerland (VADER). https://www.aramis.admin.ch/Default?DocumentID=69728
- Marcucci, A., G. Guidati and D. Giardini (2021). Documentation of the Swiss Energy Scope - ETH model. https://doi.org/10.3929/ethz-b-000540917
- Guidati, G., A. Marcucci and D. Giardini (2021). Probabilistic Assessment of the Swiss Energy Strategy - Scenario Analysis with the SES-ETH Model. https://doi.org/10.3929/ethz-b-000540918
This page was last modified on 2024.04.22, 09:08