With the dual-carbon goals taking root, intelligent energy-saving solutions for industrial HVAC are paving a new path to carbon reduction.

Against the backdrop of China’s “3060” dual‑carbon strategy, improving energy efficiency is the most cost‑effective approach to emissions reduction, with the industrial sector offering substantial untapped potential. Industrial energy consumption accounts for roughly 70% of the nation’s total, and auxiliary equipment in enterprises consumes 30%–50% of a plant’s overall energy use. Among these, HVAC systems—covering heating, ventilation, air conditioning, and refrigeration—are the primary drivers of auxiliary energy demand, accounting for as much as 70% of such consumption. In China, conventional HVAC systems commonly suffer from imbalances in airflow and water distribution, inadequate humidity control, and persistently high operating energy costs, while outdated management and control practices have proven unable to address these longstanding challenges.

Shanghai Best Energy focuses on R&D in industrial HVAC and AI technologies, deploying intelligent digital solutions across manufacturing facilities. Leveraging AI algorithms to optimize the operational logic of air-conditioning and heating/cooling systems, it automatically balances airflow and water flow while precisely regulating temperature and humidity, thereby reducing unnecessary energy consumption at the equipment‑level. This helps manufacturers cut HVAC costs, steadily meet interim carbon‑reduction targets, and harness technological expertise to guide the industrial sector toward a smooth transition to carbon neutrality.