Project Sunovate develops unique efficiency-enhancing (BI) PV films for use in windows and solar panels.
In order to achieve the European energy and climate targets, with the ultimate goal of an energy and climate neutral built environment by 2050, it is necessary to reduce energy consumption in buildings as much as possible.The effective use of sunlight and solar heat can have a major impact on the energy efficiency of buildings.
The Interreg project Sunovate focuses on smart heat management in windows and solar panels. Within this project, new materials are being developed that actively regulate solar heat in smart energy-efficient windows and heat-resistant solar panels. The aim is the unique development and integration of infrared light-regulating, pigmented polymer films.
Smart window technology
Within the Sunovate project, a new type of energy-efficient “smart window” is being developed using thermochromic films. This technology makes it possible to make optimum use of incoming sunlight (solar heat) for heating a building in winter. At the same time, the technology in summer prevents overheating of the building by an excess of solar heat. This keeps the room temperature lower and reduces the demand for cooling.
Heat blocking films for solar panels
Solar energy is the largest and most widely available energy source. Project Sunovate develops solar panels which are protected against heat radiation with increased power and a longer lifespan. The pigmented encapsulants in the solar panels block long wavelength solar radiation, which cannot be converted into electricity, while not impacting the wavelength region that is used by the solar panel to generate energy. This reduces overheating of (BI)PV and thus increases the annual power and lifespan of the solar panels.
Implementation
The results of the Sunovate project will be used in different ways after the project. Developed materials and technologies will be implemented in smart windows to reduce energy consumption in buildings for heating and cooling as much as possible and in (BI)PV panels to cover the remaining energy needs with increased yield of locally generated renewable electricity.
Partners
Sunovate is a project of TNO, Hasselt University, IMEC, KU Leuven, Yparex, Everlam, Glass for Glass and Soltech. The project was initiated by TNO.
Sunovate is funded by the Interreg VL-NL program, the Dutch government and the provinces of Limburg (NL / VL) and Noord-Brabant (NL). The developed demonstrators are tested in the facilities of SolarBEAT (NL) and EnergyVille (VL).
