From the figure, we can find that the appropriate increase of the absorption coefficient of glass can effectively reduce the heat gain (from solar) through PDGW in the daytime, which is obviously benefit to the energy savings for air conditioning system (Fig. 6 provides the energy performance of PDGW with the solar control glass).
The dual-band ECMs-based building windows can thus regulate the indoor temperature to reduce the energy consumption for heating and air-conditioning systems. Therefore, the wide application of ECMs in building windows will contribute a lot to establishing an energy-saving society.
As the solar radiation transfer could be adjusted by special optical glass, the current work is to study the thermal performance of PDGW with and without solar control glass, and clarify the influence of optical properties of glass in the region of 0∼2500 nm on the thermal performance of PDGW.
This result indicates that adopting the spectral selective glass with high absorptive coefficient for solar radiation can enhance the thermal insulation performance of PDGW, especially contributing to the passive heat protection in warm climates.
Our standardized photovoltaic power generation and energy storage products are engineered for reliability, safety, and efficient deployment. All systems include comprehensive monitoring and control systems with remote management capabilities.
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The dual-band ECMs-based building windows can thus regulate the indoor temperature to reduce the energy consumption for heating and air-conditioning systems. …
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