Recently, the People's Government of Xiaoshan District, Hangzhou City, issued the document " 2025 The "Xiaoshan District Plan for Orderly Power Consumption during Peak Demand and Winter" clearly advocates the widespread adoption of energy-saving and environmentally friendly technologies such as heat pumps across all sectors of society, promoting the concept of green and low-carbon living. This policy not only provides a clear direction for society as a whole to reduce energy consumption and carbon emissions but also opens up new opportunities for growth in the industrial air-conditioning industry. As a significant component of industrial energy use, the green transformation of industrial air-conditioning systems has become an urgent necessity.

The Current Status and Challenges of Energy Consumption in Industrial Air Conditioning

Industrial air conditioning is a core infrastructure in sectors such as manufacturing, data centers, and warehousing & logistics, with its energy consumption accounting for a significant share of total electricity usage in industrial enterprises. Traditional industrial air-conditioning systems often rely on energy-intensive compression refrigeration technology, particularly exacerbating grid stress during peak summer demand periods due to increased operational loads. As “ Dual Carbon ” As targets are pushed forward and energy costs rise, the energy efficiency of industrial air conditioners is becoming increasingly prominent, making it urgent for the industry to achieve energy savings and reduce consumption through technological upgrades.

Heat Pump Technology: The Core Pathway for the Green Transformation of Industrial Air Conditioning

The Xiaoshan Plan specifically mentions “ Heat pump ” Technology has provided a clear direction for upgrading industrial air conditioning systems. As an efficient and energy-saving technology, heat pumps work by absorbing thermal energy from the environment to deliver heating or cooling, achieving a much higher energy efficiency ratio compared to conventional electric heating or compression-based refrigeration systems. In the industrial sector, heat pumps can be applied in scenarios such as process heating, waste heat recovery, and workshop temperature control, significantly reducing both carbon emissions and operational costs. For instance, in industries like textiles and food processing, heat pump systems can capture waste heat generated during production processes and convert it into clean, usable energy, enabling cascaded energy utilization.

Additionally, the combination of heat pumps with electric energy storage technology can further ease the peak-to-valley stress on the power grid. Industrial air-conditioning systems, by incorporating chilled-storage devices, store energy during off-peak hours and release it during peak periods—thereby reducing electricity costs while also supporting the stable operation of the power grid. The promotion of the Xiaoshan initiative will accelerate the widespread adoption of heat pumps in the industrial air-conditioning sector, driving the industry toward a more sustainable and efficient future. “ High energy consumption ” Towards “ Efficiency Enhancement ” Transformation.

Industry Opportunities Driven by Policy

Xiaoshan's latest plan is not only a short-term measure to meet peak demand and prepare for winter, but also a crucial strategic move for the region's green and low-carbon development. The industrial air-conditioning industry must seize this opportunity and make efforts in three key areas:

1. Technology Research and Development & Innovation Increase investment in technologies such as high-temperature heat pumps, variable-frequency control, and intelligent operation & maintenance, to enhance the system's overall energy efficiency.
2. Scenario-based solutions : Customized air conditioning solutions tailored for various industrial settings—such as high-temperature workshops and cleanrooms—integrating heat pumps, waste heat recovery, and building energy-saving technologies.
3. Industrial Chain Collaboration : Collaborating with the government, grid companies, and equipment suppliers to explore “ Photovoltaic + Air conditioner ““ Energy storage + Air conditioner ” Various models to build a collaborative energy system.

Responsibility and Outlook

The industrial air-conditioning sector is not just an energy consumer—it should also become a pioneer and advocate of green technologies. The introduction of the Xiaoshan Plan serves as a reminder for companies to proactively take responsibility for energy conservation and carbon reduction, enabling them to cut operational costs and enhance their market competitiveness by adopting highly efficient air-conditioning systems. Looking ahead, as the nationwide implementation of orderly electricity-use policies continues to expand, the green transformation of industrial air-conditioning will play a crucial role in helping the industry achieve sustainable development. “ Dual Carbon ” A key component of the goal.

In summary, the orderly power consumption plan for Xiaoshan District has pointed the industrial air-conditioning sector toward a path of green transformation. Technologies such as heat pumps will play a key role in helping industrial air conditioners move away from their current practices “ Energy-hungry major consumer ” Transform into “ Energy-Saving Pioneer ” , contributing to the construction of a sustainable industrial energy system. Industry enterprises should actively respond to policy calls, driving development through innovation and seizing the initiative in the low-carbon wave.