海尔多联机领跑市场，全场景节能助碳达峰

Green Building Transformation: How 海尔 Warm Air Conditioning is Leading the Way in Double Carbon Goals Understanding the Importance of Energy-Saving in Buildings for Double Carbon Goals

Many people think that "double carbon" is a distant issue, but it's actually quite relevant. The office buildings where we work and the shopping malls we visit all contain key elements of energy conservation.

On April 23rd, the new version of the "Comprehensive Evaluation and Assessment Method for Carbon Peaking and Carbon Neutrality" was officially issued, making double carbon a hard requirement. The green transformation of the construction sector is urgent. It's important to know that building energy consumption accounts for 27% to 44.8% of the national total energy consumption, while commercial multi-split air conditioners commonly used in office buildings and malls account for nearly half of the building's operational energy consumption. They are both "energy hogs" and key to the implementation of double carbon goals.

In this wave of green transformation, 海尔 Warm Air Conditioning has already made early preparations. Leveraging the advantages of the 海尔 Smart Home platform's service-oriented technology ecosystem, 海尔 Warm Air Conditioning has developed a full series of multi-split air conditioning products covering AI energy-saving, photovoltaic DC, and existing building renovation. Among them, 海尔 Internet of Things multi-split air conditioners have been ranked first in the Chinese brand for five consecutive years, with more than a thousand benchmark projects, fully supporting the low-carbon upgrades of various industries.

Energy-Saving Technology in Office Buildings: Saving Main Unit Cost in Three Years

Office buildings and hotels are "big energy consumers" when it comes to air conditioning energy consumption. 海尔 MX-Max series multi-split air conditioners are designed to solve this problem.

Equipped with MCU+NPU dual-chip engines, cloud-edge collaboration algorithms, and triple AI models, the equipment collects environmental and usage data in real-time, accurately predicts load requirements, and intelligently controls output, eliminating inefficient energy consumption. Overall energy-saving can reach 30%.

In the project of Zhengzhou Asia-Pacific Times Square, the application of this series of multi-split air conditioners resulted in an overall energy-saving rate of 29% for the building, with significant full-cycle energy-saving benefits, truly realizing the practical value of "savings in three years to cover the cost of the main unit."

Data Center's "Temperature Control Heart": Enabling Computing Power and Low Carbon to Go Hand in Hand

Data centers are indeed "high-energy consumers," with 40%-50% of their energy consumption used for air conditioning refrigeration. 海尔 Water Source multi-split air conditioners provide an innovative solution to this problem.

It leverages the advantages of natural water source constant temperature, builds an efficient heat exchange system, and is matched with the联动 operation of magnetic suspension chillers, providing a stable and low-carbon temperature control solution for the computing power hub.

In the benchmark project of Zhengzhou National Supercomputing Center, 海尔 Water Source multi-split air conditioners give full play to the advantages of waste heat recovery, efficient circulation, and intelligent control, providing efficient cold source guarantees for the machine room and helping the project control PUE within 1.20, reaching the highest standard of A-level data centers, achieving a dual consideration of computing power development and green reduction.

Renovation Password for Existing Buildings: Unlocking Energy-Saving Potential at Low Cost

In our country's existing commercial buildings, more than 10 million multi-split air conditioning units that have been in service for more than 5 years have already formed a "black hole" of building energy consumption due to significant energy efficiency degradation. How to achieve energy-saving upgrades without affecting operation and without large-scale transformation? 海尔 Renovation multi-split air conditioners provide the answer.

It introduces exclusive renovation solutions, relying on its own technical advantages to achieve a convenient transformation of "no pipe replacement, no line replacement, no holes, no damage to decoration, and no impact on normal operation."

Relying on AI energy efficiency detection and cloud-based intelligent operation and maintenance, the renovation of the unit achieves a comprehensive energy-saving of 30%, and the cost of renovation can be recouped within 1-2 years through savings in electricity bills. At the same time, the old machine metal and refrigerant materials can be fully recycled, reducing waste emissions.

Energy Supply Center for Zero-Carbon Buildings: Using "Solar Electricity" for Air Conditioning

For scenarios with high electricity consumption such as parks, factories, and large commercial buildings, the air conditioning electricity bill has always been a major part of the operation cost. 海尔 MX DC photovoltaic direct current multi-split air conditioners innovatively adopt photovoltaic direct drive technology, discard current conversion losses, and create core heating and cooling equipment for zero-carbon buildings.

The system prioritizes the consumption of photovoltaic power generation, which can replace part of the municipal electricity, effectively reducing carbon emissions; during the day, self-consumption saves electricity bills, and surplus electricity can be sold back to the grid, reducing operation costs. It supports power supply mode switching between AC and DC, and can run adaptively throughout the day, even under conditions of rain, weak light, and at night. Moreover, the all-direct current machine body runs silently and efficiently, with solid hardware performance, adapting to various complex grid environments. With the three values of energy saving, reducing carbon emissions, and saving money, it helps large buildings build a zero-carbon smart heating and cooling system.

In the era of carbon neutrality, green is a必修 course for development. Based on the policy风口 and leveraging the benchmark project practice and resources of 海尔 Smart Home, 海尔 Warm Air Conditioning will continue to empower the green transformation of the construction industry with core heating and cooling technology, allowing the development of double carbon goals to take root.

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