The BIPV facade system is ideally suited to perform the functions of classic glass facades, visual glazing and arch-shoulder glazing, design appeal, aesthetics, efficiency and functionality. In these applications, the BIPV facade system replaces conventional building facade panels and acts as external weather protection for the facade. The tailor-made solar system meets all the design requirements of the BIPV facade system for glass facades and can be installed together with most conventional glass building systems.
Solar panels are used as one of the raw materials for solar facade cladding solutions, both for new facades (for integration) and for existing facades, for renovation or renewal of facades, transforming them into energy-efficient building solutions. Our BIPV facade system is the same life span as the building and is competitively priced, so it can be chosen as a building cladding option for visual appeal and energy efficiency.
Gain solar produce BIPV facade systems that can be customized to suit your preferred wall mounting/fixing system
Building Integrated Photovoltaic (BIPV) facade systems designed to harness solar energy, withstand the harshest of climates and bring unparalleled design flexibility to your building. Its large format design is easy to install and works seamlessly with the entire range of building facade systems.
Solar facades are a great solution, not to mention power generation, and offer many advantages:
BIPV facade system insulation,
BIPV facade system and balcony glazing,
BIPV facade system is additional thermal performance
BIPV facade system is noise reduction (balcony glazing can reduce traffic noise by 8-12 dB)
Solar facade modules can also be integrated into existing building facades to modernize them and improve energy efficiency.
High visible light transmittance
The solar lights produced using double glazing technology allow the use of various glass substrates and coatings as well as back-painted arch-shoulder glazing to showcase the colour of the façade and support the design objectives. Back-ventilated insulated glass facades are ideally suited to the use of solar panels made from crystalline solar cells, as back-ventilation increases the efficiency factor of the system. For clear or vision glazing, the solar cells can be arranged in stripes or squares to achieve high visible light transmission.
High weather resistance
In addition to providing true thermal and acoustic insulation, the insulated glass solar panels protect the surfaces from the weather. Systems with triple glazing comply with Passive House standards.
Glazing with arched shoulders
Back-painted glass can be integrated into BIPV solar systems to showcase a variety of colors. This is ideal for arch-shoulder glazing applications and other areas where laminated safety glass is not required. Other forms and slight transparency characteristics can also be produced to customer specifications.
Solar panels for wall applications
Ventilated solar facades
Second-layer solar facades
Solar panels for balconies and railings
Photovoltaic skylights and other applications
Reliable payback/high return
Achieving green buildings for sustainable development and green goals
Improves thermal and acoustic insulation
Reduces electricity bills and increases profits
Protecting the environment and reducing CO2 emissions
Maintain lighting levels with BIPV facades
Get a good return on your investment (ROI / IRR)
Make your plant and premises self-sufficient in electricity
Protecting your organization from rising energy costs
Tax savings (due to accelerated depreciation policy)
Bringing innovation to your building and architectural design
Reducing heat gain on roofs by installing solar panels
Customized glass-to-glass solar glazing systems - where the solar panels are placed between two glass sheets - offer many options for design and construction. vitro architectural glass will develop the best solution. Solar glazing systems are ideally suited for integration into existing buildings and new constructions and can be individually adapted to the requirements according to facade type, facade grid, building type, building height and location. Photovoltaic facade solutions can be produced as cold and warm facade solutions. The solutions give architects the advantage and design freedom of having an energy-active roof or solar facade while keeping such buildings similar to their surroundings.
Gain Solar (Manufacturer + EPC solution provider) Ensuring the best customer experience and optimal solar system design and performance
Highest solar technology
More solar energy per square meter
Higher power production from the same kW-rated solar system
A wide range of BIPV solutions with different technologies, colors, transparency options, and sizes to suit any type of project requirements.
Size and shape: individual panel sizes can also be customized to suit the required building design.
Glass color: Providing depth and texture to the facade, adding life and character to the panels, the efficient solar facade can be seamlessly integrated into the building design by providing human and architectural scale elements without dominating the final implementation. Subtleties of color variation can be customized
Solar cells, transparency
Cell alignment, gap differentiation
Thickness and weight
Adaptation to various installations
The manufactured tinted glass produces modules that really stand out, where the solar cells are barely visible.
* Other variations on request
Gain Solar is a Chinese solar module manufacturing company with exclusive production capacity. with a flexible and agile production line - we offer the design and development of a solar solution that requires personal contact and a unique approach. Working hand in hand with innovative research institutes, we have pioneered the implementation of solar innovations in our products, pioneering new solar manufacturing in the world.
At the same time, Gain Solar's production offers a wide range of colors, finishes, textures and sizes to customize. Proprietary mounting systems are the basis for firmly attaching the solar facade to the underlying building structure and allow for quick, safe, and easy installation on any building. Finally, there is an intermediate layer that provides structural integrity, geometric flexibility and horizontal orientation of the individual panels. Typical range boundaries for solar rain screens are supporting walls or vertical beams, where we install horizontal rails.
The sloping house has built a high-performance full-size house with "solar energy as the only energy source", realizing "combination of home office and entertainment, and self-sufficiency of ecological natural energy in the residential environment".View More
The building innovates photovoltaic building integration technology which adopts prefabricated + customized wooden structure modular design. It combines regional characteristics, adapts to the climatic characteristics and living habits of cold and severe northern regions. And It can adapt to the needs of the family life cycle.View More
Natural Heyuan realizes energy self-sufficiency through photovoltaic power generation. It uses breathing photovoltaic curtain wall to achieve warmth in winter and cool in summer, energy saving and carbon reduction.View More
The BIPV panels replaced the traditional building materials, and power the building with green energy. It is a high-reliability green data center park with leading scale, leading power capacity, advanced design concept, and intelligent operation and management in the Beijing-Tianjin-Hebei region.View More
This project takes "landscape texture, ecological core, cultural value, city impression" as the design concept, integrates photovoltaics and passive energy-saving technology to make the building, landscape, and city harmoniously. It's an unique future ecological building.View More