SHARP ND-216U1F High power 208 watt module which uses 155mm square
multi crystal silicon solar cells. This module includes a bypass diode which
minimizes output drop cause by shading. Sharp's Texturized cell surface
reduces the reflection of sunlight. The BSF (Back Surface Field) structure
improves cell conversion efficiency. Using white tempered glass, EVA resin,
and a weatherproof film along with an aluminum frame for extended outdoor
use.
High-voltage system.
Output terminal: Lead wire with waterproof connector. Maximum power is 7.48
Amps @ 28.9 Volts peak. Dimensions 64.6" x 39.1" x 1.80" Weight 46.3 LBS
$2,899.00
multi crystal silicon solar cells. This module includes a bypass diode which
minimizes output drop cause by shading. Sharp's Texturized cell surface
reduces the reflection of sunlight. The BSF (Back Surface Field) structure
improves cell conversion efficiency. Using white tempered glass, EVA resin,
and a weatherproof film along with an aluminum frame for extended outdoor
use.
High-voltage system.
Output terminal: Lead wire with waterproof connector. Maximum power is 7.48
Amps @ 28.9 Volts peak. Dimensions 64.6" x 39.1" x 1.80" Weight 46.3 LBS
$2,899.00
Solar Panels
(page 2)
SHARP ND-167U3A High power 167 watt module which uses 155mm square multi
crystal silicon solar cells with 12.7 % module efficiency.
This module includes a bypass diode which minimizes output drop cause by shading.
Sharp's
Texturized cell surface reduces the reflection of sunlight. The BSF (Back Surface
Field) structure improves cell conversion efficiency. Using white tempered glass, EVA
resin, and a weatherproof film along with an aluminum frame for extended out door
use. High-voltage system.
Output terminal: Lead wire with waterproof connector. Maximum power is 7.33 Amps
@ 22.8 Volts peak. Dimensions 51.9" x 39.1" x 1.8" Weight 36.4 LBS TRCK
For use in grid intertie systems or battery based system utilizing a Maximum Power
Point Tracking controller such as the MX-60
$2,059.00
crystal silicon solar cells with 12.7 % module efficiency.
This module includes a bypass diode which minimizes output drop cause by shading.
Sharp's
Texturized cell surface reduces the reflection of sunlight. The BSF (Back Surface
Field) structure improves cell conversion efficiency. Using white tempered glass, EVA
resin, and a weatherproof film along with an aluminum frame for extended out door
use. High-voltage system.
Output terminal: Lead wire with waterproof connector. Maximum power is 7.33 Amps
@ 22.8 Volts peak. Dimensions 51.9" x 39.1" x 1.8" Weight 36.4 LBS TRCK
For use in grid intertie systems or battery based system utilizing a Maximum Power
Point Tracking controller such as the MX-60
$2,059.00
SHARP ND-L3E1U High-power module (123W) using 54 125mm square multi-crystal
silicon solar cells. Photovoltaic module with bypass diode minimizes the power drop
cause by shade.
Textured cell surface to reduce the reflection of sunlight and BSF (Back Surface Field)
structure to improve cell conversion efficiency: 14.6%.
Using white tempered glass, EVA resin, and a weatherproof film along with an
aluminum frame for extended out door use.
High-voltage output for grid connected system. Nominal 12 volt output for battery
charging applications. Maximum power is 7.16 Amps @ 17.2 Volts peak.
Output terminal: Lead wire with waterproof connector
$1,895.00
silicon solar cells. Photovoltaic module with bypass diode minimizes the power drop
cause by shade.
Textured cell surface to reduce the reflection of sunlight and BSF (Back Surface Field)
structure to improve cell conversion efficiency: 14.6%.
Using white tempered glass, EVA resin, and a weatherproof film along with an
aluminum frame for extended out door use.
High-voltage output for grid connected system. Nominal 12 volt output for battery
charging applications. Maximum power is 7.16 Amps @ 17.2 Volts peak.
Output terminal: Lead wire with waterproof connector
$1,895.00
SHARP NE-80E1U High-power module (80W) using 125mm square multi-crystal
silicon solar cells with 12.60% module conversion efficiency. Photovoltaic module with
bypass diode minimizes the power drop caused by shade. Textured cell surface to
reduce the reflection of sunlight and BSF (Black Surface Field) structure to improve
cell conversion efficiency: 14.11%. White tempered glass, EVA resin, and a
weatherproof film, plus aluminum frame for extended outdoor use. Nominal 12 volt
output for battery charging applications. Maximum power is 4.67 Amps @ 17.1 Volt
peak. Output terminal: Lead wire with waterproof connector.
$1,598.00
silicon solar cells with 12.60% module conversion efficiency. Photovoltaic module with
bypass diode minimizes the power drop caused by shade. Textured cell surface to
reduce the reflection of sunlight and BSF (Black Surface Field) structure to improve
cell conversion efficiency: 14.11%. White tempered glass, EVA resin, and a
weatherproof film, plus aluminum frame for extended outdoor use. Nominal 12 volt
output for battery charging applications. Maximum power is 4.67 Amps @ 17.1 Volt
peak. Output terminal: Lead wire with waterproof connector.
$1,598.00
(page 2)
Because protecting our environment is important, these high
performance solar modules use lead free solder !
performance solar modules use lead free solder !