Table 2.
main PV cells.
| Cell types | Rendering | Benefits | Disadvantages |
|---|---|---|---|
| [22] | Approximately 17 % | Good performance in direct sun, very efficient, stability of energy production | Loss of yield when the temperature rises and high cost, expensive |
| [23] | 12 % | Easy design, affordable cost, suitable for large-scale production | Low yield when temperature rises |
| [24] | 8–10 % | Not very sensitive to high temperatures | Poor performance in full Sun |
| [25] | 1–2 % | Easy to handle, affordable price | High cost, unreliable |
| [26] | 26 % | Less high frequency noise | High cost |
| [27] | 40,7 % | Better yield thanks to the concentrator | The increase in temperature disrupts the proper functioning of the concentrator and therefore reduces efficiency. |
| [28] | 11 % | Simple hardware technology therefore easy to use | System very little developed and less used therefore not reliable |
| [29] | 18,7 % | Fast and less expensive manufacturing process, resistance to heating | Requires few materials but some contain polluting substances |