Document information
- University
- Politecnico di Milano
- Degree programme
- Energy Engineering
- Subject
- Power Production from Renewable Energy
- Classification
- Exercises · By topic
- Original format
- Text
- Searchable text
Study material for Power Production from Renewable Energy, shared by the Studwiz community and reviewed by moderators.
Study material for Power Production from Renewable Energy, shared by the Studwiz community and reviewed by moderators.
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Tutorial 5 results Case A: Annual storage Number of installed PV modules 41.0 € Effective installed PV power [kW] 12.3 € Storage capacity (minimum) [kWh] 1'309.3 € Storage capacity (overdesign) [kWh] 1'571.2 € Storage capacity (overdesign) [Ah] 119'029.1 € PV investment cost 17'518.6 € Storage investment cost 119'029.1 € Total investment cost 136'547.7 € Case B: Monthly storage Number of installed PV modules 82.0 € Effective installed PV power [kW] 24.6 € Storage capacity (minimum) [kWh] 682.0 € Storage capacity (overdesign) [kWh] 886.6 € Storage capacity (overdesign) [Ah] 67'166.7 € PV investment cost 35'037.3 € Storage investment cost 67'166.7 € Total investment cost 102'204.0 € Case C: ICE Sotrage capacity - 3 days [kWh] 59.4 € Kg of fuel [kg] 2'617.4 € Liters of fuel [l] 3'115.9 € ICE investment cost 1'200.0 € Storage investment cost 4'500.0 € Total investment cost 5'700.0 € O&M PV Case A [€/y] 246.0 € O&M PV Case B [€/y] 492.0 € O&M + fuel cost Case C [€/y] 5'185.5 € Cost PV case A after 10 years* 139'007.7 € Cost PV case B after 10 years* 107'124.0 € Cost ICE case C after 10 years* 57'554.8 € *No actualization has been considered.
First page of the document.