| Model |
Description |
| CEPE | A hybrid model of the bottom-up Swiss electricity sector and the European economy - Analytical approach: Hybrid
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic
- Regions: Switzerland and Europe
- Sectors: Electricity
- Static
- Time horizon: 2010
- Developer: ENEC, ETHZ
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| CEPE-316 | A recursive-dynamic, multi-country model with 3 regions and 16 sectors - Analytical approach: Top-down, general equilibrium
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic
- Regions: Switzerland, EU, Rest of the World (ROW)
- Sectors: Agriculture, Industry, Services, Transportation, Energy and Electricity sectors
- Recursive dynamic
- Time horizon: 2011-2050
- Developer: CEPE, ETHZ
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| CEPE-HH | A static small open economy model of the Swiss economy - Analytical approach: Top-down
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic
- Regions: Switzerland
- Sectors: 32 with emphasis on energy producing and energy intensive sectors
- Static, forward calibrated
- Time horizon: 2010-2050
- Developer: ENEC, ETHZ
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| CITE | A multi-sector general equilibrium model with fully endogenous growth - Analytical approach: Top-down, general equilibrium
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic
- Regions: Switzerland, Global
- Sectors: 12 economic sectors
- Dynamic
- Time horizon: 2010-2050
- Developer: RESEC, ETHZ
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| CROSSTEM | A bottom-up (TIMES) electricity model model of Switzerland and the neighboring countries - Analytical approach: Bottom-up
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic
- Regions: Austria, Switzerland, Germany, France and Italy
- Sectors: Electricity
- Dynamic
- Time horizon: 2000-2100
- Developer: Energy Economics Group, PSI
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| EnerPol | An integrated, high resolution, system-wide, electricity and gas networks model - Analytical approach: Bottom-up
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic
- Regions: Europe, North America, Asia, Africa
- Sectors: Electricity and gas
- Dynamic
- Time horizon: 2010-2050
- Developer: LEC, ETHZ
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| ETEM-SG | A bottom-up energy-technology-environment optimization model with smart grids - Analytical approach: Bottom-up
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic and stochastic/robust versions
- Regions: Switzerland, Arc Lémanique region
- Sectors: Residential, Commercial, Agriculture, Transport, Industry, Electricity, etc.
- Static
- Time horizon: 2050
- Developer: Ordecsys
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| EXPANSE | A bottom-up, technology rich, cost optimization model that analyses cost-optimal and near-optimal scenarios under parametric uncertainty - Analytical approach: Bottom-up
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic and stochastic
- Regions: Switzerland
- Sectors: Electricity
- Static (EXPANSE), dynamic (D-EXPANSE)
- Time horizon: 2015 and 2035
- Developer: D-USYS, ETHZ
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| GEMINI-E3 | A multi-country, multi-sector recursive general equilibrium model - Analytical approach: Top-down, general equilibrium
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic
- Regions: Switzerland and other main economies regions (defined according to study, up to 20)
- Sectors: Defined according to study (up to 30)
- Dynamic
- Time horizon: 2008-2050
- Developer: EPFL
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| MERGE-ETL | A multi-region model with a bottom-up energy sector and a top-down macroeconomic model - Analytical approach: Hybrid
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic
- Regions: Europe, Switzerland, Russia, Middle East, India, China, Japan, USA, CANZ and the Rest of the world
- Sectors: Electricity and non-electric energy
- Dynamic
- Time horizon: 2010-2100
- Developer: Energy Economics Group, PSI
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| SCS | A simulation model of the Swiss electricity sector - Analytical approach: Bottom-up
- Purpose: Scenario analysis
- Methodology: Simulation
- Deterministic
- Regions: Switzerland
- Sectors: Electricity
- Static
- Time horizon: 2010
- Developer: Supercomputing Systems AG
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| STEM | A bottom-up (TIMES) model of the Swiss energy system - Analytical approach: Bottom-up
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic
- Regions: Switzerland
- Sectors: Energy
- Dynamic
- Time horizon: 2000-2100
- Developer: Energy Economics Group, PSI
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| Swissmod | A Swiss electricity market model and the neighboring countries - Analytical approach: Bottom-up
- Purpose: Scenario analysis
- Methodology: Optimization
- Deterministic
- Regions: Switzerland and neighboring countries
- Sectors: Electricity
- Static
- Time horizon: 2010
- Developer: Unibasel
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| SwissRes | An energy efficiency database and model of the Swiss residential sector - Analytical approach: Bottom-up
- Purpose:
- Methodology: Simulation
- Deterministic
- Regions: Switzerland
- Sectors: Fuel/Heat and electricity
- Static
- Time horizon: 2010
- Developer: Unigeneva
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| TREES | A system dynamics model of the Swiss energy sector - Analytical approach: System dynamics
- Purpose: Scenario analysis
- Methodology: Simulation
- Deterministic
- Regions: Switzerland
- Sectors: Energy
- Dynamic
- Time horizon: 2000-2050
- Developer: ZHAW
Read more >> |
Disclaimer: The selection of models is not exhaustive and research teams that are not represented in this overview and are interested in being included are encouraged to contact us.
