Table 2.
Classification table of sustainable energy.
| Type | Power generation mode | Advantage | Common production capacity range |
|---|---|---|---|
| Solar energy | Solar radiation is converted into electricity or heat energy by solar panels or solar thermal energy systems | The unlimited solar energy supply and low carbon emission are suitable for various applications | 1–10 kW/m2 |
| Wind energy | Through a wind turbine, the blades of the turbine are rotated by wind to generate electricity | The unlimited wind energy supply and low carbon emission are suitable for large-scale and distributed systems | 1–5 MW/turbine |
| Waterpower | Power is generated by driving a hydraulic turbine by water flow | It is efficient, renewable, reliable, and suitable for various terrains and scales | 1–100 MW/dam |
| Geothermal energy resources | It rises from the underground hot rock layer by hot water or steam and then generates electricity by steam turbine | It is sustainable and low-carbon emission, suitable for tropical and volcanic areas in specific areas | 1–10 MW/well |
| Biomass energy | Electricity is generated by burning, fermenting, or gasifying organic materials | Renewable and widely available raw materials are helpful for waste management | 1–20 MW/biomass plant |