Search
in:
Entire Site
Wiki Pages
FAQs
Login
user:
pass:
Calculator
Appraisal of Renewable Energy Projects with Cases from Samso
backlinks...
WikiHome
English British
Dansk
Appraisal of Renewable Energy Projects with Cases from Samso
Contents
1
Colophon
2
Introduction
2.1
Background and objective
2.2
Samso, a Renewable Energy Island
2.3
Introductory Example: Energy Saving Lamp
3
Present Worth
3.1
Inflation
3.2
Time Value of Money
3.3
Internal Rate of Return
3.4
Discounting
3.5
Example: LED lamp
4
Cases
4.1
District Heating Plant, Ballen-Brundby
4.2
District Heating Plant, Nordby-Maarup
4.3
Biogas Plant, Samso South (proposal)
4.4
Offshore Wind Turbine T1, Paludans Flak I/S
4.5
Offshore Wind Turbine T7, I/S Difko Samso 1
4.6
Offshore Wind Turbines T2-T6, municipal
4.7
Household Wind Turbine
4.8
Ground Heat, Private Residence
4.9
Solar Thermal Heat, Private Residence
4.10
Photovoltaic Panels on Grid, Private Residence
4.11
Energy Efficiency, Private Residence
5
Cost Benefit Analysis of the Ballen-Brundby Plant
5.1
Introduction to Cost Benefit Analysis
5.2
Overview of the Economic Feasibility
5.3
Composition of heating demand in the area
5.4
Costs in the Reference Scenario
5.4.1
Reference scenario heating costs
5.4.2
Other reference scenario costs
5.4.3
Total reference scenario heating costs
5.5
Costs in the Project Scenario
5.5.1
Project scenario heating costs
5.5.2
Non-monetized costs
5.5.3
Total project scenario heating costs
5.6
Cost Comparison
5.7
NPV of the Ballen-Brundby Plant
5.8
Critique of the above CBA
6
Energy Savings
6.1
Introduction to Energy Savings
6.1.1
Attitudes and behaviour
6.1.2
How much can you save?
6.2
Electricity
6.2.1
Who can save where?
6.2.2
Average apartment energy consumption
6.2.3
Average household energy consumption
6.2.4
Light source lifetime
6.2.5
Standby Losses
6.2.6
Which appliances are the most expensive to run?
6.2.7
Home Electricity Monitor
6.2.8
Ways to save electricity
6.3
Heating
6.3.1
Heating Consumption
6.3.2
Average apartment heating consumption
6.3.3
Average single home heating consumption
6.3.4
Thermostat controlled radiators
6.3.5
Household savings of CO2
6.3.6
Ways to save heating
6.4
Water
6.4.1
Water Consumption
6.4.2
Average apartment water consumption
6.4.3
Average single home water consumption
6.4.4
Ways to save water
6.5
Ambassador Checklist
6.5.1
General Savings Advices
6.5.2
Savings Advices
6.5.3
Average savings
7
References
8
Links
9
EU projects
9.1
Current Projects
9.1.1
Cradle to Cradle Islands
9.1.2
ISLE-PACT
9.1.3
PROMISE
9.2
Past Projects
9.2.1
INRES
9.2.2
Enabling energy plansĀ in Energy Cities and municipalities
9.2.3
BioMob
9.2.4
Energy Ambassadors
9.2.5
BIORES
9.2.6
ARTECLAND
10
Library
11
Appendix A: Engineering Economics
11.1
Cash flow
11.2
Internal rate of return, IRR
11.3
Net present value
12
Appendix B: Energy
12.1
Calculating in KWh
12.2
Degree days
12.3
Energy content
12.4
Energy costs and heating methods
12.5
Heat source efficiency
12.6
KW and KWH
12.7
Price of a kWh
13
Appendix C: Under Development
13.1
Economic Appraisal of Paludans Flak Windturbine
13.1.1
Introduction
13.1.2
Simple Investment Stream
13.1.3
Pay-off period rate of return
13.1.4
Average rate of return
13.1.5
NPV
13.1.6
Conclusion
Created by:
jj
last modification: Wednesday 03 February 2010 [12:51:45 UTC] by
jj