On December 14, the 2024 China Building Materials Circulation Association Science and Technology Award and Patent Competition Award Ceremony was grandly held at the Great Hall of the People. The event was hosted by the China Building Materials Federation and brought together scientific research elites, enterprise representatives, and industry experts from the building materials field across the country to jointly witness this annual moment of honor.

The ceremony grandly commended the winning projects of the Building Materials Science and Technology Award, showcasing the latest scientific and technological innovation achievements of the building materials industry under the requirements of green, low-carbon, safe, and high-quality development. Micoe successfully won the 2024 China Building Materials Circulation Association "Science and Technology Progress Award" with its project "Ultra-Low Energy Building Photovoltaic Heat Pump Coupled Thermal Storage System." This honor is both a high affirmation of the brand's innovative technological strength in the industry and its outstanding contribution to industry development, and a high expectation for Micoe to continue to thrive and play a benchmark role in leading the healthy development of the industry in the future.

The scale of China's home building materials industry exceeds 1.5 trillion yuan, and this enormous industrial volume has given rise to sustained innovation demand and upgrading momentum. The Science and Technology Award of the China Building Materials Circulation Association is an industry science and technology award established with approval from the Ministry of Science and Technology of China and included in the award series of the National Office of Science and Technology Awards. It is initiated and specifically organized by the China Building Materials Circulation Association and covers the entire country, with one review and award each year. It aims to establish models, set examples, and promote innovation within the industry by commending individuals and collectives that have made outstanding contributions to the science and technology cause of China's building materials and home furnishing industry. The award carries high prestige.

It is precisely by virtue of outstanding technological innovation, significant energy-saving effects, and broad social benefits that Micoe's "Ultra-Low Energy Building Photovoltaic Heat Pump Coupled Thermal Storage System" project successfully passed a series of rigorous reviews and won the 2024 China Building Materials Circulation Association "Science and Technology Progress Award." This not only reflects Micoe's deep accumulation of strength in the field of ultra-low energy building technology, but also demonstrates the enterprise's forward-looking vision and leadership in promoting the development of green buildings.

The award-winning "Ultra-Low Energy Building Photovoltaic Heat Pump Coupled Thermal Storage System" project is another important breakthrough by Micoe in the field of ultra-low energy building technology. Through the organic combination of photovoltaic power generation and heat pump technology, the system achieves a substantial reduction in building energy consumption and efficient utilization of renewable energy, and converts it into thermal energy through the heat pump system to meet building needs such as heating and cooling. At the same time, the introduction of the thermal storage system further improves energy utilization efficiency and ensures the stable operation of buildings under extreme climate conditions.

This innovative achievement has already been successfully implemented in multiple benchmark projects. The ultra-low energy building photovoltaic heat pump coupled thermal storage system helped the Zefeng Ecological Park real estate development project create an ecologically livable home, allowing residents to enjoy green living, with building energy consumption dropping sharply and residential comfort soaring; in the application at the General Aviation Industry Base project, the efficient energy system matches the efficient operation of the industrial base, providing sustainable power support for the takeoff of the aviation industry; Tianjin Tianxi Jiayuan became a model of a green and energy-saving community due to the project, with energy consumption reduced while property value quietly increased; the Yuanshan Tianyi residential building photovoltaic hot water system project and the Wanjingyuan Phase III residential photovoltaic solar hot water engineering project also achieved green supply of hot water through this system, practicing energy conservation and emission reduction in every aspect of daily life; the Harbin Saint Sophia Cathedral Warm Station · Zero-Carbon Cabin project is about to be put into use, and it is believed that with this system, the project will surely become a vivid practice site of the zero-carbon concept in the Ice City. Micoe's innovative practice in the field of ultra-low energy building technology has not only enhanced its own influence and competitiveness in the industry, but also promoted the sustainable development of the entire building industry. It has provided greener, more energy-saving, and cleaner solutions for the building industry and injected strong momentum into the sustainable development of the industry.

Clean world, better life! After more than twenty years of intensive cultivation in the industry, Micoe is gathering a sustained force that moves upward and toward the new, driven by new quality productive forces, rooted in high-standard manufacturing and craftsmanship quality, powered by R&D innovation that continuously breaks through technical bottlenecks and outstanding products that meet people's needs for a better life, and guided by the national dual carbon goals, striving to make greater contributions and play a greater role in the process of jointly building a clean and beautiful world.