1/10

Jour/mois/année

LP FOR TRANSITION: LINEAR PROGRAMMING

FOR TRANSITION

Gauthier LIMPENS 23/10/2018

2/10

è The inefficiency of the past §  Surconsumption :

>2×needs

§  Fossil fuel oriented : 90% of Carbon based

§  Expensive but easy to control :

Energy transition

Cost CO ↓𝟐  Control

3/10

è Tomorrow energy system §  Smart the system :

▫  More efficient consumers

Energy transition

Bulb → LED convectors → centralised+insulated

bikes

Cost CO ↓𝟐  Control

4/10

è Tomorrow energy system §  Smart the system :

▫  More efficient consumers ▫  Electrification of sectors + CHP

Energy transition

Heat pumps e-cars/bus/bikes Cost CO ↓𝟐  Control

5/10

è Tomorrow energy system §  Smart the system :

▫  More efficient consumers ▫  Electrification of sectors + CHP ▫  Integration of RE

Energy transition

Cost CO ↓𝟐  Control

6/10

è Tomorrow energy system §  Smart the system :

▫  More efficient consumers ▫  Electrification of sectors + CHP ▫  Integration of RE ▫  Storage technologies

Energy transition

Cost CO ↓𝟐  Control

7/10

è Tomorrow energy system §  Smart the system :

▫  More efficient consumers ▫  Electrification of sectors + CHP ▫  Integration of RE ▫  Storage technologies ▫  Communication & Optimization

§  2× more efficient §  90 % renewable

Energy transition

Cost CO ↓𝟐  Control

8/10

è EnergyScope TDs §  Encompass all the energy fluxes

and technologies: ▫  67 technologies ▫  24 energy vectors ▫  Elec/Heat/transport demands…

§  Compute the optimum system: ▫  Hourly resolved ▫  Cost, EROI or CO2 optimum ▫  Highly modulable

My tool :

9/10

Illustration : 50% RE Switzerland

1 CHF = 0,85€

10/10

Hourly resolved! (ex: Electricity production and demand) February 2nd June 22th