Innovative thermal-managed photovoltaic glazing module

A thermal-managed photovoltaic glass glazing panel for installation into a window frame or a façade of a building, comprising:

• a photovoltaic glazing comprising low-iron glazing, solar cell sheet, laminating film, rear glazing and specialized metal conductors, wherein the solar cell sheet is hermetically sealed between the low-iron glazing and the rear glazing;
• a thermal insulation layer coated on the front surface of the photovoltaic glazing, wherein the thermal insulation layer includes a passive radiative cooling coating material;
• and
• a sound and thermal insulation module independent from the photovoltaic glazing, wherein the sound and thermal insulation module comprises a combination of vacuum glazing and hollow glazing connected using adhesive bonding, and wherein the sound and thermal insulation module is adhered to the rear side of the photovoltaic glazing;
• wherein the thermal-managed photovoltaic glass glazing panel is arranged such that the thermal insulation layer is facing externally from the building;
• wherein the thermal-managed photovoltaic glass glazing panel has a light transmission rate of at least 40%;
• wherein the thermal-managed photovoltaic glass glazing panel reduces radiation-induced temperature increase by 2-4 degrees Celsius;
• wherein the thermal-managed photovoltaic glass glazing panel has a thermal transmittance of lower than 0.7 and a Solar Heat Gain Coefficient of lower than 0.2 across the panel;
• and
• wherein the thermal-managed photovoltaic glass glazing panel has an average power generation of at least 35 W/m2 under illumination intensity of 1000 W/m2.