Feature(may vary by option.)
●【Enhanced Performance with 9 Busbars】100W monocrystalline solar panel experience superior performance with the leading 9 busbars technology. This advanced design minimizes the risk of microcracks, ensuring a longer service life compared to conventional 5-busbar designs. Also, it effectively lowers the modules working temperature by approximately 2℃, further optimizing its overall performance.
●【Higher Efficiency, More Power Output】With Grade A+ 166mm large monocrystalline solar cells, this panel achieves a remarkable 22-23% conversion rate, outperforming conventional options. It generates up to 500Wh of electricity per day with 5 hours of direct sunlight. Unleash the potential of solar energy with our high-performance panel.
●【Optimal Performance in Low-Light Conditions】Equipped with bypass diodes, this 100W solar panel ensures optimal performance in low-light conditions. Minimizing power drops caused by shade and eliminating hot spots, it ensures consistent output.
●【Robust and Weather-resistant】Designed with an IP65 rated junction box and solar connectors, this panel is built to endure water splashes and rain. Its corrosion-resistant aluminum frame ensures long-lasting outdoor use, lasting for decades. Withstanding heavy snow loads up to 5400 Pa and high winds up to 2400 Pa, it ensures exceptional durability in harsh environments.
●【Easy Installation, Versatile Application】Effortlessly install this solar panel with pre-drilled holes, ensuring a fast and secure setup. It is compatible with HQST Z Brackets and Tilt Mount Brackets, offering flexibility in installation options. Perfect for a wide range of applications including RVs, vans, motorhomes, rooftops, cabins, yachts, boats, and more.
[9BB 2 Pack]
[100W Poly 2 Pack]
[9BB 4 Pack]
[100W Poly 4 Pack]
[9BB 1 Pack]
[100W Poly 1 Pack]
Description
Upgrade to HQST 9 busbars solar panels for increased efficiency, extended service life, and high-grade mono solar cells achieving 22-23% efficiency. Experience improved performance, reduced cracks, lower temperatures, and maximize power output for long-term reliability.
