Recently, Guangzhou Mayer TES Technology Limited (hereinafter referred to as "Mayer TES") has successfully obtained the Recommendation Certificate for Energy Saving and Carbon Reduction Demonstration Technologies and Products for Zero-Carbon Industrial Parks (Factories), issued by the China Electronic Energy Saving Technology Association, for its Mayer Phase-Change Material (PCM). Following rigorous evaluation by an expert committee, all performance indicators of the product meet the requirements, and the product has been officially recommended to the whole industry.


As the "Dual Carbon" strategy continues to advance, efficient energy utilization and peak shaving & valley filling of heating and cooling loads in industrial parks and manufacturing plants have become core approaches for enterprises to cut energy costs and achieve zero-carbon transformation. Phase-Change Material (PCM) absorbs and releases heat during phase transitions to realize heat storage and transfer. It can be widely used in scenarios including industrial waste heat recovery, cold storage for central air conditioning in parks, cold chain and cold storage facilities, and building energy conservation. The material balances the energy peak-valley gap, reduces energy consumption of factories and industrial parks, and supports green and low-carbon upgrades in industrial applications.


This recommendation after expert review by an authoritative association not only recognizes the technical strength and carbon reduction benefits of Mayer TES products, but also marks a key milestone in the industrial application of the company’s technological achievements.

Moving forward, Mayer TES will take this opportunity to actively promote new energy-saving and carbon-reduction technologies and products. The company will support more industrial parks and manufacturers in completing energy-saving retrofits, contribute to the construction of zero-carbon parks and zero-carbon factories nationwide, and advance the high-quality green and low-carbon development of the whole society.