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CROSS / CROSS catalog / Model for heat pump in EES or python

Model for heat pump in EES or python

Developers

Contact

License

SWEET Project

DeCarbCH - WP 5

Heat pump simulation to obtain de efficiency of the heating or cooling.

Features

  • Calculation of heat pump efficiency

Facts

ClassEnergy System
TypeDeterministic
Spatial regions
Spatial resolutionProcess and home or building
Time coverageSingle year (for multiple years possible)
Time resolutionMinutes

Sectors

Industrial, households

Category

Inputs

Outputs
Socioeconomy
Economy wide consumption
Climate policy measures
Managerial (strategical, business models)
Infrastructure
Electricity - transmission network
Electricity - distribution network
Thermal network
Gas network
Hydrogen network
Captured CO2 network
Environment
Total CO2 emissions
CO2 emissions from electricity production
Captured CO2 emissions		CO2 emissions from energy system
CO2 emissions in industry
Energy demand
Space heating
Space Cooling
Industrial heating
Industrial cooling
Hot water
Total electricity
Electricity - appliances		Industrial heating
Industrial cooling
Energy supply/production
Space heating
Space cooling
Industrial heating
Industrial cooling
Heat storage
Cold storage
Hot water
Electricity - production
Electricity - storage
Electricity - installed capacity		Space heating
Space cooling
Industrial heating
Industrial cooling
Heat storage
Cold storage
Hot water
Resource potential
Solar
Water
Artificial thermal sources (e.g. waste heat)
Direct demand of resources
Gas as feedstock in industry (i.e. non-heating demand)
Other fossil fuels
Trade
Technologies

Inv: Investment costs
Eff: Efficiency
OM: Operation and Maintenance costs
LCA: Life cycle assessment indicators		Batteries (Inv,Eff,OM,LCA)
Electricity generation (Inv,Eff,OM,LCA)
Electricity storage (Inv,Eff,OM,LCA)
Heat production (Inv,LCA)
Heat storage (Inv,Eff,OM,LCA)
Hydrogen production (Inv,Eff,OM)
Heat production (Eff,OM)
Heat Pumps (LCA)		Heat production (Eff,OM)
Heat Pumps (Inv,Eff,OM)
Prices
Others