Core Insights - Beijing Universal Studios utilizes a smart energy system that integrates multiple energy sources for efficient operation [1][2] - The CCHP energy center project employs a tri-generation system that provides cooling, heating, and electricity, enhancing energy efficiency and reducing operational costs [1][2] Energy Supply System - The CCHP energy center uses natural gas as the primary fuel, generating electricity while also providing heating and cooling through waste heat recovery [1] - Ice storage technology is implemented to store cooling energy during off-peak hours and release it during peak demand, improving resource utilization [1][2] Environmental Impact - The energy center achieves an energy efficiency ratio (EER) of 5.49 and a clean energy rate of 100%, with an expected annual reduction of 21,200 tons of CO2 emissions, translating to a 42% carbon reduction rate [2] - The tri-generation system contributes to energy conservation, environmental improvement, and increased electricity supply, aiding in urban air quality management [1][2] Smart Technology Integration - A digital twin technology-based energy management platform enables unmanned energy supply across the park, optimizing energy control and operational strategies through big data analysis [2] - The energy supply for attractions, such as the water temperature control system and gas heating system, showcases the application of smart technology to enhance visitor experience [2] Industry Trends - The gas industry is increasingly focusing on smart technology, with projections indicating that the smart gas market share in China will exceed 30% by 2025 [2]