BIPV Solar Systems
BIPV (‘building integrated photovoltaics’) products or systems are solar power generating products or systems which are integrated into the building envelope in an inconspicuous way and form part of building elements like façades, roofs or windows. Being two-function, a BIPV system generates electricity from solar energy and also performs building envelope functions like weather protection, thermal insulation, reduction of noise and safety.
The Future of Solar – BIPV
BIPV technology has become extremely popular over the past few years because it is easily integrated into building design and can offer a two-in-one solution for building envelope design and power generation.
The technology has numerous advantages such as lower energy usage, less maintenance, and overall lowering of the carbon footprint of a building. BIPV systems can even offer shading and insulation and minimize the requirement of independent shading and insulation systems, so it’s a win-win situation after all!
Aesthetically, BIPV panels could be styled to match the colour and designs of a building’s facade, thereby becoming nearly invisible and beautifying the building’s appearance.The panels can further be employed to make bespoke designs, logos, or images on a building’s façade or roof.
BIPV technology is moving at a very rapid pace, and there are emerging breakthroughs in design and material that will keep solutions further improving to be more economical and efficient. As solar is becoming more sought after as a clean and cleaner energy source that is also less dependent on fossil fuels, BIPV systems will only grow more in demand by homeowners of residential properties and business owners who must save them money on payments and lower carbon emissions while achieving energy independence.
Why Choose BIPV ?
Energy generation + building material
Aesthetic design flexibility
Reduction in electricity bills
Reduced carbon footprint
Increased property value
Now is the time to switch –
Integrated Solar Panels are the Future!
End-to-End BIPV Solutions With BBN Solution
BBN Solution offers a hassle-free integration of solar panels for the whole process, starting from planning and designing to installation, monitoring, and maintenance. We provide an end-to-end, under one roof BIPV solutions – all carefully selected to ensure you encounter no problems.
we take care of-
Design and Engineering:
End-to-end BIPV solutions start with thorough design and engineering. Experienced professionals work closely with architects, builders, and developers to create solar energy systems that align with the building’s design aesthetic, structural requirements, and energy goals.
Product Selection:
BIPV solutions offer a wide range of products tailored to different building elements, such as roofs, facades, windows, and shading devices.The choice of suitable BIPV products is essential to ensure maximum energy generation and visual integration.
Project Management:
Complete BIPV solutions require efficient project management, ensuring seamless coordination and implementation of the installation process.
Installation and Integration:
Trained installers and technicians perform the physical installation of BIPV systems, ensuring seamless integration with the building infrastructure.
Monitoring and Performance Optimisation:
End-to-end BIPV solutions have real-time monitoring systems that monitor the solar system’s performance. This makes it possible to detect any faults or inefficiencies proactively and have the facility serviced in advance.
Ongoing Maintenance and Support:
Regular support is required to ensure the durability and long-term performance of the BIPV systems. End-to-end solutions provide proactive maintenance schemes to maintain the system to a satisfactory standard.
BIPV Modules
BIPV modules employ crystalline silicon-based solar cells or thin film technologies such as amorphous-based silicon, cadmium telluride and copper indium gallium selenide. Most technologies provide different degrees of transparency by spacing the opaque solar cells or by making the thin film layer transparent.
BIPV modules serve as an alternative to conventional building envelope materials and also generate electricity. By avoiding the expense of conventional building material costs, the life-cycle cost of the PV system is considerably increased.
BIPV System Components
BIPV systems typically have the following components:
PV modules (crystalline or thin-film);
A charge controller to control the power into and out of the energy storage bank in some systems;
an energy storage device, consisting of the utility grid in utility-interactive systems or several batteries;
Power conversion equipment – primarily the inverter to convert the BIPV module DC output to AC compatible with the utility grid;
Backup power sources (optional) in stand-alone systems – most typically diesel generators.
Mounting hardware and support, wiring, and disconnect safety.
BIPV Technology Applications
BIPV is a twofold product generating electricity and replacing traditional building materials by serving as a significant weather barrier on the exterior of residential buildings.
BIPV installations can occur during building construction or be used in the course of a building retrofit where one of the envelope components needs to be replaced. The built environment offers several ways to incorporate BIPV. There are three main application areas for BIPV:
- Roofs (such as shingles, tiles, skylights)
- Building facades (e.g. cladding, curtain walls, windows)
- Externally integrated systems (such as balcony railings, shading systems)
The Benefits of BIPV Technology
BIPV modules not only produce clean electricity without any extra land area, but also influence the energy consumption of a building by harnessing daylight and reducing cooling loads.
BIPV modules assist in achieving net-zero energy buildings. Through the process of converting roofs and facades into energy generating assets, BIPV is capable of creating a high return on investment.
BIPV systems also enable the architects and building designers to be capable of maximizing the aesthetic effect of older buildings.