First Solar Inc. FS-397-Plus

Thin Film

98 W Pmax

58.6 V Voc

2.29 A Isc

46.3 V Vmp

2.11 A Imp

13.57 % eff.

0.728 FF

146 cells

IV & PV Curves at STC (1000 W/m², 25 °C)

IV Curves at Multiple Conditions

Irradiance sweep at 25 °C

Temperature sweep at 1000 W/m²

Single-Diode Model Parameters

Source: California Energy Commission module list · retrieved via SAM library · energy.ca.gov · All data sources

Parameter	Symbol	Value	Unit
Nameplate (STC)
STC Power	STC	97.693	W
PTC Power	PTC	92.4	W
Open-circuit voltage	V_oc_ref	58.6	V
Short-circuit current	I_sc_ref	2.29	A
Max-power voltage	V_mp_ref	46.3	V
Max-power current	I_mp_ref	2.11	A
Fill factor	FF	0.728	—
Efficiency (STC)	η	13.57	%
Temperature Coefficients
Isc temperature coefficient	alpha_sc	0.000895	A/°C
Voc temperature coefficient	beta_oc	-0.146441	V/°C
Pmax temperature coefficient	gamma_r	-0.2492	%/°C
NOCT	T_NOCT	44.6	°C
Single-Diode (De Soto) Parameters
Modified ideality factor	a_ref	1.89098	V
Light-generated current (ref)	I_L_ref	2.30266	A
Saturation current (ref)	I_o_ref	7.64e-14	A
Series resistance	R_s	3.02927	Ω
Shunt resistance (ref)	R_sh_ref	548.149	Ω
Cells in series	N_s	146	—
CEC Adjust factor	Adjust	-17.9047	%

Additional Model Sources

Source	Model type	Fit quality	Citation
CEC module list (via SAM library) Default	CEC / De Soto single-diode	—	https://www.energy.ca.gov/media/2367
Sandia PVsyst single-diode fit	PVsyst single-diode	NMBE Pmp-2.5116	Sandia National Laboratories — PVsyst single-diode parameter translation. See data/pvsyst_params.README.md. https://pvpmc.sandia.gov/

Actions

Open in PV Explorer Generate PAN File Datasheet not on file CEC Source Data

Module Specifications

Technology Thin Film

Bifacial No

BIPV No

Cells in series 146

Module area 0.72 m²

Dimensions 1.2 × 0.6 m

NOCT 44.6 °C

Temp. coefficient of Pmax -0.249 %/°C

Temp. coefficient of Voc -0.250 %/°C

Temp. coefficient of Isc 0.039 %/°C

CEC list On the 23 Jun 2026 list

Parameters from 16 Nov 2022 list

Annual degradation 0.5%/yr

Measured Data

No measured data yet for this module.

Related Models