Sharp ND-216U2 Solar Panel

Poly-Crystalline Solar Module with 216W Maximum Power

Affordable wholesale solar grid-tie systems using the ND-216U2, click here

This polycrystalline Sharp 216 watt solar panel features 13.3% module efficiency for an outstanding balance of size and weight to power and performance.

Using breakthrough technology perfected by Sharp’s 48 years of research and development. The ND-216U2 modules incorporate an advanced surface texturing process to increase light absorption and improve efficiency.

Common applications include commercial and residential grid-tie roof or ground mounted systems. Designed to withstand rigorous operating conditions, Sharp’s ND-216U2 modules offer high power output per square foot of solar array.

Made in the USA

• High-power module (216 W) using 156mm square polycrystalline silicon solar cells with 13.3% module conversion efficiency
• Sharp’s advanced surface texturing process increases light absorption and efficiency while providing a dark, subdued,“natural” look
• Bypass diodes minimize the power drop caused by shade
• Water white tempered glass, EVA resin, and a weatherproof film, plus aluminum frame for extended outdoor use
• UL Listings: UL1703, cUL
• Sharp modules are manufactured in ISO 9001 certified facilities
• 25-year limited warranty on power output (see dealer for details)
• Solder-coated grid results in high fill factor performance under low light conditions.
• Sharp multi-purpose modules offer outstanding performance for a variety of applications.

UL Listings: UL 1703, cUL

Sharp modules are manufactured in ISO 9001 facilities in the USA.

25-year limited warranty on power output

ND-216U2 specifications in PDF, click here

Sharp Solar
Long-time, reliable semiconductor manufacturer

Model	Power	Our Price
ND-216U2 with multi-connect cables. Ideal for grid-tie solar systems.	216 Watt	Call for price Minimum Order: 2

Call toll-free (877) 297-0014 for
more information or to order.

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
• 2008 Cumulative production reaches 2 gigawatts

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