Sharp 224 Watt Solar Panel ND-224 for Home Solar Grid-Tie Systems
Poly-Crystalline
Solar Module with 224W Maximum Power
| Affordable
wholesale solar grid-tie systems using the ND-224, click
here |
|
This
poly-crystalline 224 watt module features 13.74% module efficiency
for an outstanding balance of size and weight to power and performance.
Reengineered frame includes a contoured edge to improve water management,
reducing surface moisture and debris. The new back support bars
allow better performance under mechanical load. Using breakthrough
technology, perfected by nearly 50 years of Sharp’s research
and development, the ND-224U2 modules incorporate an advanced surface
texturing process to increase light absorption and improve efficiency.
Common
applications include commercial and residential grid-tied roof
systems as well as ground-mounted arrays. Designed to withstand
rigorous operating conditions, Sharp’s ND-224U1F modules
offer high power output per square foot of solar array
•
High-power module (224W) using 156mm square polycrystalline silicon
solar cells with 13.74% module conversion efficiency
• Sharp’s advanced surface texturing process increases
light absorption and efficiency while providing a more 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 facilities in the USA.
25-year
limited warranty on power output
Sharp Solar
Largest producer of photovoltaic modules in the world
| Model |
Power |
Our
Price
|
ND-224
with multi-connect cables.
Ideal for grid-tie solar systems. |
224
Watt |
Call
for price
Minimum Order: 2
|
| Affordable
wholesale solar grid-tie systems using the ND-224, click
here |
 |
 |
| New
Improved Frame Technology |
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
Call
toll-free (877) 297-0014 for
more information or to order.
|
