Product description
M 450 H 48 RD -BB-F9

M 450 H 48 RD -BB-F9

HJT solar cells achieve the highest degree of efficiency due to heterojunction technology
Glass-glass modules offer improved protection against moisture, mechanical loads and fire protection
HJT technology significantly reduces the power degradation of the cells over the years
25-years of product guarantee, 30-years of linear power output guarantee
Limited PID-effect (potential induced degradation) thanks to strict quality control in production process
Durable design and highest production standards guarantees operational reliability and quality

Maximum Power Pmax (STC)	450 W
Maximum Power Current Imp (STC)	14.68 A
Short Circuit Current Isc (STC)	15.38 A
Maximum Power Voltage Vmp (STC)	30.66 V
Open Circuit Voltage Voc (STC)	36.50 V
Module efficiency factor (STC)	22.52 %

Maximum Power Pmax (NMOT)	342 W
Maximum Power Current Imp (NMOT)	11.73 A
Short Circuit Current Isc (NMOT)	12.29 A
Maximum Power Voltage Vmp (NMOT)	29.17 V
Open Circuit Voltage Voc (NMOT)	34.84 V

Power tolerance

3 %

Type of Faciality	Monofacial
Cell material	Mono crystalline
Number of cells	96
Number of bypass diodes	3
With frame	Yes
Type of connection	Staubli MC4 EVO2
Width	1134 mm
Length	1762 mm
Height	30 mm
Product weight	23000.000 g
Cable length	1.2 m
Glass with anti-reflection coating	Yes
Colour cells	Dark blue
Colour frame	Black
Front Glass	Yes
Back Glass	2.0 mm tempered glass, Anti-reflective coating, Double glass

Nominal operating cell temperature	44 °C
Temperature coefficient Isc	0.040 %/K
Temperature coefficient Pmpp	-0.290 %/K
Temperature coefficient Uoc	-0.240 %/K

Maximum series fuse rating	30 A
Maximum voltage	1500 V
Temperature range in operation	-40…+85 °C
Front Side Maximum Static Loading	5400 Pa
Rear Side Maximum Static Loading	2400 Pa
Reverse current load	30 A

Product benefits

HJT solar cells achieve the highest degree of efficiency due to heterojunction technology
Glass-glass modules offer improved protection against moisture, mechanical loads and fire protection
HJT technology significantly reduces the power degradation of the cells over the years
25-years of product guarantee, 30-years of linear power output guarantee
Limited PID-effect (potential induced degradation) thanks to strict quality control in production process
Durable design and highest production standards guarantees operational reliability and quality

Areas of application