Noise barriers are essential for reducing noise from highways and railway lines. However, traditional noise infrastructure do not generate energy. Custom BIPV modules offer a different approach. They combine noise control with on-site solar energy generation. The expansion of transportation infrastructure has brought a critical

Branding is one of the most important intangible assets, as it impacts brand recall among clients and visitors. For projects featuring a colored BIPV facade, this recall can be largely positive or negative depending on factors such as creativity and quality during implementation. In the

PV Resistance: Beyond Beauty INVITAIC BIPV modules prove that solar design is not only about appearance — real architectural solar solutions must also withstand extreme weather challenges. It is well known in the PV industry that modules are subjected to challenging environments: constant radiation, high

Raw materials: PV glass in BIPV modules INVITAIC integrates high-quality PV glass into its BIPV modules, combining solar energy generation with modern architectural design. PV modules are composed of various materials. Among these, PV glass is the component in contact with the exterior environment. It provides structural

INVITAIC believes the future of solar architecture is not only on rooftops. With the growth of Vertical PV, Vertical Solar Panels, Building-Integrated Photovoltaics (BIPV), more architects and developers are turning building surfaces into clean energy systems. We have always instinctively perceived the sun's energy peak

Some time ago, the energy sector adopted the prosumer concept. Today, INVITAIC is leading the way in turning this concept into reality for modern urban living. A prosumer—someone who both produces and consumes electricity—gains autonomy from the grid. They also benefit financially by avoiding transmission,

INVITAIC BIPV balconies (building-integrated photovoltaics) are redefining how families and businesses generate electricity in dense urban areas. Traditionally, photovoltaic (PV) modules were installed on rooftops of houses, warehouses, or large solar farms. However, with rapid population growth and taller buildings in cities, roof space per

During different events, BIPV modules take attention due to their beauty, customization, and electricity generation. They also stand out because they can be frameless, unlike traditional PV modules designed with frames. So, many people are asking: how does BIPV mechanical installation work? This question is important