首页即时动态可瑞爱特光伏遮阳玻璃：领航双碳，节能新标杆

可瑞爱特光伏遮阳玻璃：领航双碳，节能新标杆

来源：家居百科时间：2025年12月06日 21:00

Smart Glass Solutions for Building Energy Efficiency

In the context of the global "dual carbon" trend and the deepening of China's energy strategy, building energy conservation has become the core battlefield for achieving the "carbon peak and carbon neutrality" goals. Building energy consumption accounts for more than 45% of the total social energy consumption, with doors and windows and transparent glass curtain walls accounting for more than 60%. This has become a key bottleneck in the energy conservation industry. KERUIA, a product of Jiangsu KERUIA Building Materials Technology Co., Ltd., is a high-end smart photovoltaic electric control built-in shading roller shutter insulating glass. As a global leading building energy conservation core component, it shares the same quality and function as international benchmark products. With "intelligent control + photovoltaic power generation + active shading and heat insulation + passive heating and insulation" four-dimensional innovation, it deeply conforms to national strategies, industry trends, and people's livelihood needs. It is not only an indispensable part of China's building energy conservation, but also releases far-reaching value in global ecological protection, energy conservation, and living standard improvement, becoming a high-end benchmark product that excites the market, wins the favor of property owners, and is pursued by the industry.

One: Anchoring the Double Carbon Strategy, Leading the Global Building Energy Conservation Trend

Currently, the "dual carbon" goal has become the core of China's high-quality development. The state has successively issued policies such as the "14th Five-Year Plan for Building Energy Conservation and Green Building Development" and the "Implementation Plan for Carbon Peaking in the Construction and Housing Field", clearly requiring that all newly built urban buildings achieve green building standards by 2025, and the carbon emissions in the building sector reach a peak by 2030. Driven by policies and market demand, efficient energy-saving and intelligent low-carbon building materials have become the industry's urgent need. The timely promotion of this glass product precisely meets this era trend.

From a global perspective, building energy conservation has become a common issue for all humanity. Developed countries such as Europe, America, Japan, South Korea, and South Korea have long promoted the coordinated application of high-efficiency shading and energy-saving glass through legislation: the European Union's "Building Energy Efficiency Directive" (EPBD) and the implementation measures of member states such as Germany, France, and Spain stipulate that "Low-E glass may not replace the function of shading products and must be used with active shading systems". In South Europe, the Middle East, and other high-temperature areas, it is mandatory to install "double-layer extreme shading" to achieve extreme heat insulation; the United States' "International Energy Conservation Code" (IECC) and ASHRAE 90.1 standards are also strict, and Low-E glass must be used with high-efficiency shading products, otherwise it will not meet the requirements for green building certification; Japan's "Building Energy Conservation Law" and South Korea's "Green Building Certification Standard" also include built-in intelligent shading systems as core scoring indicators.