Page 51 - Sustainable Cities and Communities Design Handbook

28 Sustainable Cities and Communities Design Handbook

APPENDIX A: THE DANISH CASE FOR THE GREEN
INDUSTRIAL REVOLUTION

Frederikshavn 2015 - 100% renewable energy
Energy sources from Energy sources from Electricity and district Energy demand
beyond project area within project area heating

1 GWh
Heat pumps Individual
heating
8 GWh
7 GWh
358 GWh fuel 143 GWh 3 GWh
equivalent
Electricity import 25 GWh, Electricity
Electricity export 25 GWh, demand
164 GWh
4 GWh
Low-temperature
heat from various
sources 74 GWh
Manure Biogas plant 7 GWh
225 GWh
42 GWh 21 GWh
128 GWh
91 GWh
Waste and District
bio fuel heating
185 GWh CHP plant 226 GWh demand
42 GWh waste 95 GWh 210 GWh

Bio-fuels/straw Methanol 18 GWh Industrial
87 GWh heat
17 GWh demand
26 GWh
Heat loss
4 GWh 65 GWh
6 GWh
21 GWh
Legend Transport
61 GWh Methanol
Electricity
Heat 10 GWh Biogas
Methanol
Biogas
Bio-fuels
Waste
Manure
FIGURE 2.1 Flowchart of the proposed energy system in Frederikshavn, Denmark, in 2015.