Challenges facing industrial And Commercial Rooftop Photovoltaics
Complex scenarios and limited installation: Industrial and commercial rooftops have diverse structures and numerous devices, so the installation of photovoltaic systems faces space and layout limitations.
Investment returns are lower than expected: Traditional photovoltaic systems are difficult to fully utilize rooftop resources, and their power generation efficiency is limited, which affects investment returns.
There are many potential safety risks: installation quality and equipment performance may pose safety risks and require high attention.
Honor Residential Series Double Glass Panels
22.9%
Deliverable Component Efficiency
≤2%/0.5%
First year/decline year by year
-0.27%/℃
Temperature coefficient
Unleash the potential of rooftopsAnd Improve Power Generation Efficiency
Maximize roof utilization: Optimize design to make full use of limited roof space.
Increase installed capacity: Use high-efficiency components to achieve greater installed capacity in the same area.
Get more power: Improve overall system performance and generate more clean energy.
Industrial and commercial rooftop Photovoltaic Overall Solution
Industrial and commercial rooftop Photovoltaic Overall Solution
Industrial and commercial rooftop Photovoltaic Overall Solution
Industrial and commercial rooftop Photovoltaic Overall Solution
Industrial and commercial rooftop Photovoltaic Overall Solution
Industrial and commercial rooftop Photovoltaic Overall Solution
Higher Power Output With The Same Roof Area
Optimizing Power Generation Performance Under Shading
Better Temperature Coefficient
Low Power Attenuation
Anti-Microcrack Design
Suppress The Impact Of High Temperature
Higher Power Output With The Same Roof Area
Higher power output with the same roof area: Using high-efficiency photovoltaic modules, the power generation capacity per unit area is significantly increased.
Optimizing Power Generation Performance Under Shading
Advanced technologies reduce the impact of shading on power generation and ensure efficient system operation.
Better Temperature Coefficient
The module has superior temperature characteristics and can maintain high efficiency even in high-temperature environments.
Low Power Attenuation
Maintain module performance for a long time, extend system service life, and improve long-term benefits.
Anti-Microcrack Design
Enhance the mechanical strength of modules, resist the risk of hidden cracks, and ensure safety and reliability
Suppress The Impact Of High Temperature
Effectively reduce the impact of high temperatures on module performance and ensure stable power generation output.
The vast amount of unused roof space presents valuable investment opportunities for industrial and commercial owners. By developing and utilizing these idle roofs, not only can fixed assets be revitalized, but additional income can also be created for the company.
As an ideal clean energy source, solar power generation system has a short construction period and is easy and flexible to install,It can not only effectively reduce operating costs, but also help enterprises achieve sustainable development goals.