Sharp 170 Watt Solar Panel NE-170U1

For Residential Grid-Tie Solar Systems

High-Powered 170 Watt Module
Superior Performance

Sharp's NE-170U1 photovoltaic module offers high-powered performance and industry leading durability for large electrical power requirements. Using advanced technology perfected by Sharp's nearly 45 years of research and development, these modules use an advanced surface texturing process to improve light absorption and improve efficiency.

Common applications include office buildings and grid-tie systems. These modules can also be used for cabins, solar power stations, traffic lights, pumps, radio relay stations, beacons, lighting equipment and much more.

Designed to withstand rigorous weather conditions. Sharp's NE-170U1 SH-170 module has the perfect combination of advanced technology and reliability.

Features:

High-power module using 125mm square multi-crystal silicon solar cells.

Bypass diode minimizes power losses otherwise caused at night or in the shade.

Module efficiency of 13.10%.

Water white frame, tempered glass, EVA laminate

Aluminum frame for extended outdoor use.

MC Connector with 3' lead for easy weatherproof installation.

Nominal 24V output is perfect for grid-connected applications.

UL Listings: UL 1703, cUL

Sharp modules are manufactured in ISO 9001 facilities

25-year limited warranty on power output

Sharp 170
NE-170U1 specifications in PDF, click here

Sharp Solar
Long-time, reliable semiconductor manufacturer

Model

Nominal
Voltage

Power

Our Price

NE-170U1
170 watt solar module
with multi-connect cables

24V

170W

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New Improved Frame Technology

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A history of Sharp Solar ingenuity

1959 Started development of solar cells
1963 Started mass production of solar cells
1967 Development of solar cells for use in aerospace
1976 Sharp's first installation of a PV system to power a Japanese satellite
1980 Introduced calculators with solar cell batteries into the market
1986 Successfully completed installation of three photovoltaic power generating stations in Thailand
1992 Developed multi-crystalline silicon solar cells with 17.1% effieiency and single crystalline colar cells with 22.0% efficiency for terrestrail use
1995 Production capacity of terrestrial PV line reaches 4 megawatts per year
2001 Production capacity of terrestrial PV line reaches 94 megawatts per year
2002 Planned production capacity of terrestrial PV line to reach 200 megawatts per year