Why Choose BIPV Glass Panels

As the global drive for sustainable energy intensifies, Building Integrated Photovoltaic (BIPV) technology is emerging as a key trend in the construction industry. This innovative approach seamlessly integrates renewable energy with architectural design, offering a solution that not only meets buildings' energy needs but also enhances their aesthetics and environmental performance. To fully capitalize on this technology, industry professionals must develop a deep understanding of the strategies required for the effective design, construction, and maintenance of BIPV systems.

Key Points of the Design Phase Include:

Safety and Coordination: The design of BIPV systems should prioritize safety and ensure seamless coordination between structural and electrical elements, maintaining both structural integrity and electrical safety.

Building Envelope Functions: The primary design focus should be on meeting essential building envelope functions, such as sound and thermal insulation, while also optimizing power generation efficiency.

Aesthetic and Functional Considerations: Photovoltaic products should be designed with attention to transparency, color, pattern, texture, and surface material to align with the architectural vision and functional requirements.

Technical and Product Selection: Choosing the right technical approach and products should consider factors like light transmittance, color, size specifications, structure, and power generation efficiency.

Electrical System Design: The electrical design should account for the placement of photovoltaic component junction boxes, the layout of electrical lines, and space for inverter storage.

Preliminary Design and Analysis: Initial steps should include a thorough analysis of compliance, demand, trends, and analogous cases, along with a detailed assessment of light resources.

BIPV solar glass panels application

FACADES Integrating BIPV modules into building facades offers a variety of design possibilities and solutions. Facades serve as the initial impression of a building, often reflecting the architect's and client's vision through a combination of shapes, colors, and materials. By incorporating BIPV, facades can achieve a sophisticated, eco-friendly appearance, blending aesthetic appeal with sustainable energy generation.

GREENHOUSES Greenhouses are controlled environments designed to optimize temperature, humidity, and other factors for agricultural production. Typically located in open areas with ample sunlight, they are ideal for integrating solar energy solutions. In BIPV solar greenhouses, the structure is composed of repeating base modules with specific dimensions that allow for seamless integration of photovoltaic systems. The glass and metal design not only supports solar panel installation but also maintains the aesthetic harmony with the surrounding environment.

PARKING BIPV solar panels can be utilized in the design of photovoltaic parking structures, offering dual benefits: protection from weather elements and the generation of electricity. The energy produced can be used for various purposes, such as charging electric vehicles, supporting self-consumption, and reducing reliance on the electrical grid, thereby lowering energy costs.

ROOF COVERINGS BIPV solar panels can be integrated into various parts of a building's envelope, including roofs, facades, and glazed surfaces. Photovoltaic roofs combine ecological benefits with practicality and efficiency, resulting in environmentally friendly buildings that prioritize the well-being of their occupants.

SKYLIGHTS BIPV skylights can transform any building by creating bright, visually striking spaces. These semi-transparent roofs offer thermal insulation, solar energy generation, anti-glare properties, and weather protection while allowing selective use of natural light. The use of BIPV systems in skylights adds a touch of exclusivity and elegance.

ACOUSTIC BARRIERS Integrating photovoltaic modules into sound barriers along highways and railways offers a cost-effective alternative to traditional building integration. These photovoltaic noise barriers (PVNB) enable large-scale solar energy generation without additional land use, as the support structures are already in place.

PERGOLAS Photovoltaic pergolas offer an innovative alternative to traditional shading materials. The photovoltaic glass used in these structures not only generates clean energy but also filters harmful ultraviolet and infrared radiation, providing health benefits along with environmental advantages.

Why choose us

Beijing Shan Hu International Technology Co.,Ltd. is a professional enterprise involved in manufacturing and marketing the best quality solar panels and provide solutions for a wide range and variety of customers home and abroad. It is located in Beijing Economic-Technological Development Area, China.

The company was established in 2020, now over 80% of our commercial managers and engineers have many years of solution experiences. At present, the company's business scope covers multiple countries and regions including China, Europe, America, Southeast Asia, and Africa. Beijing Shanhu International has always adhered to the mission of promoting the energy revolution process with photovoltaic technology and benefiting all mankind with solar energy. Aiming to create a series of digital comprehensive solutions for green energy, including green buildings, green travel, green industrialization, and smart home energy. We hope that through our exploration and efforts, more people can enjoy the value of sunshine and create a green energy world with the radiance of the sun.