Page 165 - Sustainable Cities and Communities Design Handbook

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electricity excess production
Electricity import/export
Import expenditures,
Electricity production
and hourly values)
Fuel consumption
(Annual, monthly
export revenues
CO2 emissions
Share of RES
Results
Waste
3 Balancing both heat and electricity demand (reducing CHP even
heating
Wave
Individual
Market prices
2 Balancing both heat and electricity demand
Technical regulation strategies
Hydro
Geothermal
EnergyPLAN OUTPUT Sustainable Cities and Communities Design Handbook when partially needed for grid stabilisation) 4 Balancing heat demand using triple tariff Electricity market strategy Market simulation of plant optimisation based on business economic Critical Excess Electricity Production Replacing CHP with boiler or heat
Distribution data
Transportation
Wind
District heating Photo Voltaic Industrial CHP Either: 1 Balancing heat demand Or: marginal production costs. And: Reducing wind
Electricity demand Solar thermal Regulation Technical limitations Choice of strategy CEEP strategies Transmission cap. External electricity market Fuel Cost Types of fuel CO2 emission factor CO2 emission costs Fuel prices Cost Variable Operation Fixed Operation Investment Interest rate
INPUT Demands Electricity Cooling District heating Individual heating Fuel for industry Fuel for transport RES Wind Solar Thermal Photo Voltaic Geothermal Hydro Power Wave Capacities & efficiencies Power Plant Boilers CHP Heat Pumps Electric Boilers Micro CHP Storage Heat storage Hydrogen storag