Typical scenarios of BIPV

Introduction to typical scenarios of BIPV

With the advancement of science and technology and the rapid development of the BIPV industry, various types of building material-based photovoltaic components are constantly emerging on the market. These components not only play the role of building materials in different parts of the building, but also add color to the aesthetic design of the building. Commonly used parts in buildings mainly include the facade, roof, external shading, awnings and external windows of the building with better lighting conditions. Commonly used ancillary facilities include parking sheds, garage entrances and other parts.

Power generation principle of BIPV system

The BIPV system is a relatively complex electrical system, divided into grid-connected and off-grid types. This article takes the commonly used grid-connected BIPV system as an example to describe its power generation principle. The power generation principle of the grid-connected BIPV system is that the BIPV components convert solar energy into DC power through the “photovoltaic” effect. The confluence system transmits the DC power to the inverter equipment. The inverter equipment and other equipment convert the DC power into AC power that meets the standard requirements. Integrated into the power grid


Leave a Comment

Your email address will not be published. Required fields are marked *

Shopping Cart