In this study we have realized a visible transparency and mid-infrared absorption (emission) metasurfaces for potential control of thermal radiation. Metasurfaces with ITO substrate reached 80% of transparency at visible wavelengths and their transmission band into IR-transparency window of air (or other ambient) can be engineered. Such ITO-base MIM metasurfaces placed on MIR-transparent windows can be used for radiative cooling at the designed specific spectral range (see concept in Fig. ). The application of radiative heating and cooling of room in the buildings is now undergoing active research for reduction of electric energy consumption and for agriculture greenhouse applications for sustainable energy development.