Flat Single Axis PV Tracking Bracket

The building-integrated photovoltaic (BIPV) support system has core advantages such as structural substitution, high building material attributes, high appearance integration, functional integration, zero space occupation, and good full life cycle benefits. It is no longer an "accessory" of the building, but an inseparable part of it. It integrates the photovoltaic power generation function with the building envelope, achieving a leap from "energy-saving buildings" to "energy production in buildings". Driven by the "dual carbon" goals, BIPV systems are being widely applied in building facades such as curtain walls, photovoltaic skylights, sunshades and fences, demonstrating huge market potential.

The design and installation of the BIPV support system should be carried out simultaneously during the architectural planning and design stage to achieve the integration of structure and electrical systems. The installation depth depends on the main structure of the building and needs to be comprehensively designed based on mechanical properties, aesthetic requirements, energy-saving standards and safety regulations to ensure the safety and functionality of the building itself as well as the efficient and stable operation of the photovoltaic system.

Detailed description of advantages

High returns throughout the entire life cycle: As a building facade, its material cost can replace that of traditional building materials. It generates electricity continuously over a life cycle of more than 25 years, bringing long-term energy benefits and carbon reduction value.

Safe and reliable: Meeting building safety standards, it features excellent wind pressure resistance, impact resistance, fire resistance and water resistance. The integrated junction box with high-grade protection such as IP68 ensures absolute electrical safety.

Equal emphasis on power generation and energy conservation: While generating electricity, BIPV modules, as insulation and soundproofing layers, can effectively reduce the air conditioning load of buildings, achieving the dual effects of "active power generation" and "passive energy conservation".

Architectural aesthetic value: It offers a variety of customized options in terms of color, light transmittance and shape, achieving a perfect integration with architectural design and enhancing the overall texture and technological feel of the building.

Structural simplification and space conservation: It directly replaces traditional roofs or curtain walls, eliminating the need for additional installation space and support structures, achieving an "invisible" integration of power generation functions.

Long-lasting and durable: Made of high molecular composite materials, special glass, etc., it features excellent anti-aging, UV protection and corrosion resistance. The material and power warranty usually lasts for more than 25 years.