Sloped Roof PV Mounting System

The sloping roof photovoltaic support system has outstanding advantages such as compact structure, convenient installation, high degree of integration with buildings, no occupation of additional land, high power generation efficiency and good economy. It can efficiently convert idle rooftop space into power generation assets. Under the same land area, the electricity it generates can be directly used by buildings, and its energy utilization efficiency far exceeds that of centralized power stations.

At present, under the rapid development of distributed photovoltaic power, inclined roof photovoltaic brackets, due to their seamless utilization of existing space, are widely used in industrial plants, commercial buildings, residential buildings, public facilities, and household projects for rural revitalization, etc. They are an ideal choice for achieving "self-generation for self-use and green electricity cost reduction".

The installation height of the inclined roof support depends on the original structure of the building and needs to be customized according to the roof material, inclination Angle, orientation and local climate conditions. When installing, special fixtures are usually used for direct fixation to avoid damage to the roof waterproof layer, thus ensuring the safety and stability of the structure while achieving convenient and rapid deployment.

Detailed description of advantages

Economically efficient: Directly utilize existing rooftops without additional land costs; The structure is simple, with less steel consumption. Moreover, power generation is consumed nearby, resulting in extremely low transmission losses and a high overall return on investment.

Safety and stability: The dedicated fixtures and embedded parts are designed to effectively withstand strong wind loads. The system is integrated with the building, does not alter the main structure, and provides additional protection for the roof.

Superior power generation: It can be laid out according to the optimal inclination Angle of the roof to make full use of sunlight. The good ventilation environment on the back of the component helps with heat dissipation and improves the power generation efficiency. Some designs can also utilize bifacial modules to enhance power generation.

Easy installation: The modular design standardizes the installation process, significantly shortening the construction period and reducing labor costs.

Durable and long-lasting: High-quality systems are made of corrosion-resistant materials such as anodized aluminum and stainless steel, with a designed lifespan of over 25 years, matching the lifespan of components.

Aesthetically pleasing and practical: The system is closely attached to the roof, presenting a neat appearance without affecting the original style of the building. It can also insulate the roof in summer and reduce the energy consumption of indoor air conditioning on the top floor.

Application Example

Industrial park factory building

Logistics and warehousing center

Commercial complex

Rural houses and villas

School and hospital buildings

Community Service Center