09
2026-06
With the dual-carbon policy continuing to exert increasing pressure, improving energy efficiency remains the most cost-effective and feasible short- to medium-term approach to emissions reduction. Industrial energy consumption accounts for 70% of the national total, leaving substantial room for energy savings.
09
2026-06
According to the Dual Carbon Plan, during the 2030 carbon‑peak phase, energy efficiency improvements will account for one quarter of the emissions reduction target, making the industrial sector the primary front in this critical effort.
09
2026-06
In the process of peaking carbon emissions, industrial energy efficiency is of paramount importance. As HVAC systems account for a significant share of plant‑level energy consumption, they have long been a major bottleneck hindering companies’ efforts to reduce costs and cut carbon footprints.
09
2026-06
Against the backdrop of the 3060 dual-carbon strategy, improving energy efficiency is the most cost-effective approach to emissions reduction, with the industrial sector offering substantial potential for energy savings.
22
2026-06
In China, conventional building management and design practices have long resulted in persistent challenges for HVAC systems, including imbalances in airflow distribution, uncontrolled humidity levels, and persistently high energy consumption—issues that are difficult to address at their root through manual adjustments.
22
2026-06
Shanghai Best Energy Technology focuses on addressing industry pain points by applying cutting-edge artificial intelligence to the industrial HVAC sector.