Canadian Solar Bifacial High Power Dual Cell PERC Module 580W 585W 590W 595W 600W 605W 610W

Canadian Solar's Bifacial Module, with up to 665 W power output, 25.7% more energy yield, and 8.9% LCOE reduction, delivers cutting-edge solar technology for enhanced efficiency, lower costs, and superior reliability.

Offering increased power and reliability in energy solutions. Canadian solar delivers up to 715 watts of power with an efficiency of up to 23.0%, coupled with up to 85% power bifaciality from the back side. Featuring excellent anti-LeTID and anti-PID performance, low power degradation, and high energy yield. With a lower temperature coefficient (Pmax) of -0.29%/°C, enhancing energy yield in hot climates. Designed to minimize the impact of micro-cracks and withstand heavy snow loads up to 5400 Pa and wind loads up to 2400 Pa. Making your energy investments more reliable and efficient.

Canadian modules boast a maximum power output of 620W and an efficiency rating of up to 23.0%. With up to 85% power bifaciality, they harness additional power from the backside. Featuring outstanding anti-LeTID and anti-PID performance, they ensure minimal power degradation and high energy yield. With a lower temperature coefficient (Pmax) of -0.29%/°C, they optimize energy generation even in hot climates. Additionally, they offer lower LCOE and system costs while minimizing the impact of micro-cracks. Built to withstand heavy snow loads up to 5400 Pa and wind loads up to 2400 Pa, our modules guarantee reliability and efficiency in all conditions.

Canadian modules are engineered to deliver exceptional performance with a maximum power output of 595 Watts and an efficiency rating of up to 23.0%. Featuring up to 85% power bifaciality, they harness additional energy from the rear side. These modules excel in anti-LeTID and anti-PID capabilities, ensuring minimal power degradation and maximizing energy yield. With a lower temperature coefficient (Pmax) of -0.29%/°C, they thrive even in hot climates, enhancing overall energy production. Furthermore, they offer cost savings with lower LCOE and system expenses while effectively mitigating micro-crack impacts. Designed to withstand heavy snow loads up to 5400 Pa and wind loads up to 2400 Pa, our modules guarantee reliability and efficiency in diverse environmental conditions.

Canadian modules are optimized for superior performance, boasting a maximum power output of 600 Watts and an efficiency level reaching up to 23.2%. These modules are equipped with top-notch anti-LeTID and anti-PID capabilities, ensuring minimal degradation and maximizing energy yield throughout their lifespan. With a lower temperature coefficient (Pmax) of -0.29%/°C, they excel in hot climates, further enhancing energy production. Additionally, they offer cost-efficiency with reduced LCOE and system expenses while effectively mitigating the impact of micro-cracks. Engineered to withstand heavy snow loads up to 5400 Pa and wind loads up to 2400 Pa, our modules guarantee reliability and efficiency in any environment.

"Solar air conditioner" typically refers to an air conditioning system that utilizes solar energy to power its operation, reducing reliance on conventional electricity sources and potentially offering cost savings and environmental benefits. These systems often integrate solar panels to capture sunlight and convert it into electricity to run the air conditioning unit. Solar air conditioners are becoming increasingly popular as renewable energy technologies advance and as concerns about energy costs and environmental impact grow. They are particularly attractive for locations with abundant sunlight and high cooling demands.

Solar AC, also known as solar air conditioning, refers to an air conditioning system that utilizes solar energy to power its operation. Traditional air conditioning systems rely on electricity from the power grid, which is typically generated using fossil fuels. In contrast, solar AC systems harness the power of the sun to produce electricity, reducing reliance on non-renewable energy sources and minimizing environmental impact.

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