From: Accessible decision support for sustainable energy systems in developing countries
Component | Input | Value | Based on |
---|---|---|---|
Central power grid (CPG) | Installation price | 32000 USD | The World Bank (2019) |
Operation cost | 0 USD/a | Assumption | |
Electricity price | 0.119 USD/kWh | Valev (2020) | |
GHG emissions | 0.538 kgCO2-eq./kWh | EIB (2020) | |
Outage cycle and duration | 0Â h and 0Â h | Assumption | |
Island grid | General expenditures at the project's beginning | 6400 USD | Reber et al. (2018) |
General operation cost | 128 USD/a | Reber et al. (2018) | |
Photovoltaic systems (PV)a | Capacity | 1Â kW | Assumption |
Tilt angle | 18° | Jacobson and Jadhav (2018) | |
Orientation | North | Jacobson and Jadhav (2018) | |
Efficiency | 20% | Assumption | |
Specific purchase price | 1200 USD/kW | IRENA (2020) | |
Specific operation cost | 9.5 USD/(kW*a) | IRENA (2020) | |
Locally produced wind turbine (WT)a | Number | 1 | Assumption |
Hub height | 15Â m | Kroeger (2022) | |
Rotor radius | 1Â m | Kroeger (2022) | |
Rated power | 1Â kW | Assumption | |
Wind speeds (Cut-in/out, rated) | 2.5Â m/s, 16Â m/s, 6.8Â m/s | Assumption | |
Specific purchase price | 1500 USD/kW | Kroeger (2022) | |
Specific operation costs | 91 USD/(kW*a) | IRENA (2016) | |
Diesel generator (DG)a | Rated power | 1Â kW | Assumption |
Minimum load ratio | 30% | Reber et al. (2018) | |
Efficiency | 26% | Aberilla et al. (2019) | |
Specific purchase price | 400 USD/kW | Reber et al. (2018) | |
Specific operation cost | 25 USD/kW  + 0.023 USD/kWh | Reber et al. (2018) | |
Diesel price | 0.898 USD/l | Valev (2020) | |
GHG emissions | 0.267 kgCO2-eq./kWh | GOV.UK (2017) | |
Second-life battery storage (BS)a | Usable capacity | 3 kWh | Assumption |
(Dis)Charging power | 2Â kW | Assumption | |
Efficiency | 91% | Kamath et al. (2020) | |
Initial load ratio | 0% | Assumption | |
Specific purchase price | 108.33 USD/kWh | Kamath et al. (2020) | |
Specific operation cost | 0 USD/(kWh*a) | Kamath et al. (2020) |