Advanced countries have already commercialized BIPV (Building Integrated Photovoltaic) for more than 20 years. First of all, BIPV requires little or no post-maintenance, but it is not accessible in case of trouble, so you should consider wind load from the design stage and be aesthetically pleasing.

“It should not be a disgraceful thing to attach to the outer wall of a building that corresponds to a person’s face. It’s getting out of the market. “

The CIGS Module is a next-generation solar cell designed to produce electricity even on cloudy days or in low-direct sunlight, unlike conventional silicon solar cells, which only reacted to direct sunlight.It can be applied to curved surface of building if it is made to steel plate which is competitive price and can be bent.
CIGS Flexible Solar Module has been developed and supplied to various standard products in order to be applicable to roof and outer wall of buildings.

Functionally, no matter how good the performance and benefits are, if you undermine some of the most basic components of the architecture itself, then in the long term the technology will not survive in the building market.

This means that architectural application technology of renewable energy can not be succeeded only through technological and functional success unless we respect the external meaning of building exterior and seek ways to harmonize with buildings. This is why the interest in BIPV has become very popular among photovoltaic application market.
Building Integrated Photovoltaic is a concept to make the PV system more efficient by promoting various value added including economic efficiency by applying the PV module to the building envelope by building materials for building exterior materials.

In particular, there is no definite technical alternative to electric energy saving in the building sector, and the technology of self-supply of electricity through photovoltaic power generation (PV) is focused on the future industrial field that will lead the 21st century.

BIPV system is a system applying solar power generation, which is the core of new and renewable energy, to the construction field. It is not merely applying new and renewable energy but it is a field where various technologies such as architecture, civil engineering, electricity, electronics, Technology development, the ripple effect of related industries is a big field.

Among the building energy consumption factors, the gradually increasing power portion can contribute energy offset by applying the BIPV system and contribute to the power peak reduction due to the power load in the summer and winter. In addition, there is no need for a separate installation site for installation of the system, and it can be said that it is well suited to the terrain condition where the actual residence area is small.

In addition, the introduction of environmentally friendly technologies such as the use of solar energy not only increases the added value of buildings, but also applies to both new construction and renovation of existing buildings.

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