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2026
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06
Energy efficiency accounts for one-quarter of emissions reductions; smart HVAC systems empower factories to achieve carbon neutrality.
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.
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 battleground. Energy consumption by a plant’s utility and ancillary equipment typically represents 30% to 50% of the total, with HVAC systems serving as the core energy‑intensive component. However, China’s existing building and plant‑services design frameworks have left conventional HVAC systems plagued by persistent, hard‑to‑remedy shortcomings—high energy use and imbalanced control—year after year.
Shanghai Best Energy targets the industry’s most pressing challenges, focusing on the practical application of AI‑driven HVAC technologies in industrial settings. By leveraging intelligent algorithms to comprehensively manage heating, cooling, and ventilation systems, it automates the calibration of airflow and water‑balance parameters, enabling precise control of workshop humidity and temperature. Without requiring large‑scale equipment dismantling or refurbishment, its smart optimization solutions unlock significant energy‑saving potential, substantially reducing HVAC operating costs and carbon emissions. This helps manufacturing enterprises across various sectors achieve cost‑effective energy upgrades, steadily fulfilling their commitments to carbon neutrality.