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Under the dual background of the continuous advancement of the "carbon neutrality" goal and the fluctuation of energy prices, how can enterprises achieve energy conservation, consumption reduction, and cost reduction and increase? This has become the core issue for the manufacturing industry and park operation at present.

As the "dual-carbon" strategy advances deeper, zero-carbon parks, as the core carriers of industrial green transformation, are moving from policy guidance to large-scale implementation. Among them, the heating and cooling system, as the core part of energy consumption in the park, especially the energy-saving system of central air conditioning, its energy-saving efficiency and environmental protection level directly determine the realization path of the zero-carbon goal.

Among the series of policy signals released during this year's National Two Sessions, "green and low-carbon development" has once again been given a prominent position. Focusing on the "dual carbon" goal, energy conservation and consumption reduction, clean energy supply, and optimization of the energy structure have become key directions. Under the dual impetus of policies and the market, the dual-source heat pump, a technology path that combines high efficiency and low-carbon advantages, is accelerating its way to the industrial frontier.

Under the continuous advancement of the "carbon neutrality" goal, China is about to enter the "15th Five-Year Plan" period (2026 - 2030). Green and low-carbon development has become an important direction for industrial upgrading and high-quality regional economic development. As one of the important technical paths for achieving efficient energy utilization and low-carbon transformation, dual-source heat pump systems are gradually becoming a key solution in the construction of zero-carbon parks and green factories, providing new impetus for energy conservation and emission reduction in the industrial sector.

Under the continuous advancement of the global "carbon neutrality" goal, the adjustment of energy structure and the innovation of green technologies are becoming important engines for promoting industrial upgrading. Building heating and industrial heat energy, as significant sources of energy consumption and carbon emissions, are facing unprecedented transformation pressures. In this context, the dual-source heat pump technology, renowned for its high efficiency and low carbon emissions, is gradually becoming an important breakthrough point in energy transformation, providing a new solution path to address the problems of high energy consumption and high emissions.

In the industrial transformation wave driven by the dual-carbon goals, air-source industrial high-temperature heat pumps, as an innovative thermal energy technology, is experiencing rapid development. This equipment breaks through the temperature limitations of traditional heat pumps, directly extracting heat from the air and capable of outputting hot water or steam at over 85°C, providing an efficient and clean alternative energy solution for energy-intensive industries.