Maximizing Conversion Efficiency: A Numerical Analysis on P⁺ a-SiC/i Interface/n-Si Heterojunction Solar Cells with AMPS-1D

Table 5

Comparison with another prepublished heterojunction solar cell.

References/solar cell	Jsc (mA/cm^2)	Voc (V)	FF	Efficiency (%)
[37]	—	0.619	0.746	20.8%
[60]	40.5	0.729	0.80	23.6%
[61]	43.27	0.764	0.855	28.27%
[62]	40.2	0.751	0.797	24.06%
[63]	37.50	0.716	0.740	19.86%
[64]	42.04	0.755	0.798	25.35%
[65]	39.2	0.723	0.798	22.64%
[66]	34.82	0.711	0.796	19.72%
[67]	19.12	1.886	0.753	27.13%
Proposed heterojunction with intrinsic	27.006	1.714	0.789	36.52%
Proposed heterojunction with intrinsic and EBL	25.804	1.724	0.803	35.703%
Proposed heterojunction with intrinsic, defects, and EBL	24.899	1.723	0.801	34.357%
Heterojunction without intrinsic	3.759	0.758	0.835	2.378%