赛迪乐光伏电控智能玻璃，引领建筑节能新标准

Revolutionizing Building Energy Efficiency with Saidile's Innovative Glass Solutions Introducing Saidile's Revolutionary Energy-Efficient Glass Solutions

In the dual context of the "Double Carbon" goal and the exacerbation of global climate change, building energy conservation has become a core part of the national energy strategy. Windows and curtain walls, as the main carriers of building energy consumption, are directly related to energy utilization efficiency and the sustainable development of the ecological environment. "Saidile" brand photovoltaic electric control intelligent built-in blind hollow glass takes a leading innovative approach, integrating five-dimensional core technologies of "photovoltaic power generation + intelligent control + operable sunshade and heat insulation + winter Low-E passive heating + reducing air conditioning use rate" to break through traditional building energy conservation bottlenecks and meet the core needs of "sunshade and heat insulation in summer, and heating and thermal insulation in winter." Not only does it lay an important foundation for the national building energy conservation cause, but it also releases value in multiple dimensions, such as ecological protection, living environment improvement, and urban cooling, becoming the core standard of green buildings in the new era.

Reconstructing the Logic of Building Energy Conservation and Fortifying the National Energy Security Barrier

Building energy consumption accounts for 46% of the total social energy consumption, with windows and curtain walls accounting for more than 65%. Traditional buildings often suffer from the pain points of "insufficient heat insulation in summer" and "over-reliance on air conditioning," and there is a long-standing misconception of "misusing Low-E thermal insulation glass as summer heat insulation glass," further exacerbating energy waste. In summer, indoor heat cannot be dissipated, causing air conditioners to work excessively, resulting in continuous indoor temperature rise. Under the influence of air conditioning heat dissipation, the greenhouse effect becomes more significant, causing both energy loss and environmental burden.

Europe and the United States have already corrected this misconception through legislation: the European Union's "Building Energy Efficiency Directive" (EPBD) and the implementation measures of member states such as Germany and France stipulate that "Low-E glass may not replace sunshade functions and must be matched with operable sunshade measures." In southern European high-temperature areas such as Spain and Italy, there are even mandatory requirements to install "double-layer extreme sunshade" systems; the United States' "International Energy Conservation Code" (IECC) and ASHRAE 90.1 standards also clearly stipulate that Low-E glass must be used in conjunction with an efficient sunshade system, otherwise it does not meet energy conservation requirements.

Saidile glass fully complies with the legislative standards of Europe and the United States, integrating the thermal insulation advantages of Low-E glass with the heat insulation function of operable sunshade from the design source. The product innovation adopts a "Low-E glass + built-in intelligent operable blind + photovoltaic power generation system" collaborative design, precisely matching the energy conservation needs of the entire life cycle of the building: in summer, the intelligent blind can automatically adjust the angle (or adjust the light intensity accurately through photo-sensing control), blocking more than 85% of solar radiation heat. With the low radiation characteristics of Low-E glass, the indoor temperature is reduced by 5-8 degrees compared to traditional buildings, and the air conditioning use rate is reduced by more than 80%; in winter, the blind is fully retracted, and the Low-E glass effectively locks the indoor heat to achieve heat accumulation for heating, reducing the energy consumption of active heating systems, and truly achieving the all-season energy-saving effect of "heat insulation in summer and heat accumulation in winter."

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