Suntech Power
Eco energy & solar solutions is a proud supporter of Suntech Solar Panels
Suntech Power
https://www.suntech-power.com.au/going-solar/residential-solar
Eco energy & solar solutions is a proud supporter of Suntech Solar Panels in which we have used since our first installation in May 2010.
Suntech has a firm Australian commitment which has invested more than $30 million into Australian university solar research programs.
Suntech continues to improve Technology & innovation which has seen the panel production change from 190W in 2010 panels to today’s market of 360W panels. Suntech products lead the way in efficiency and reliability through Customer service, engineering, and warranty support are all available locally in Australia.
Suntech extensively test their solar modules to ensure they are a cut above the rest and make the most of the sun. Under identical conditions, Suntech products perform up to 16% better than competitor brands, generating more solar energy from the same sunlight.
POWER OUTPUT
390-410W
MAX EFFICIENCY
21.2%
Features
- Module efficiency up to 21.2% achieved through advanced
cell technology and manufacturing process - Lower operating temperature and temperature coefficient
increases the power output - Up to 2% power loss caused by current mismatch could be diminished
by current sorting technique to maximize system power output - Module certified to withstand extreme wind (3800 Pascal) and
snow loads (6000 Pascal) * - More power output in weak light condition, such as cloudy, morning
and sunset - Reliable quality leads to a better sustainability even in harsh
environment like desert, farm and coastline
Lighter and thinner, more than 14% weight reduction
Suntech has particularly optimized structure design and own the exclusive patent. The module weighs 27.5 KG, 11% lower than the products of the same specification
The bifacial module adopts 2.0 mm thickness glass on the front and back side, and the mechanical load capacity has increased greatly. When applying +5400/2400 Pa, the maximum structure stress of the module is 23% lower than the conventional structure design. The maximum deformation is 37% lower than the conventional structure, which can effectively decrease any risks. This combined with a transparent backsheet, which not only has high light transmittance and excellent PID resistance, but also reduces 14% of weight compared with double-glass bifacial modules.
Half-Cell technology
Suntech Ultra V module adopts multi-busbar technology. More busbars of the cell decrease the current transverse propagation path by 50%, effectively reduce the internal loss, and improve the module power.
The half-cut cell design can decrease the power loss by the shadow effectively. The optimized circuit design not only realizes the maximum power output but also assures the reliability of the modules.
High-density cell interconnect technology on Ultra V module, which can shorten distance between the cells and decrease the invalid power generation area greatly and improves the energy density of the module.
