AMITIME ELECTRIC CO.,LTD.
AMITIME ELECTRIC CO.,LTD.

Amitime Invited to Attend the 5th Architectural Design and Engineering Procurement Conference

Recently, the 5th China Hospital Architecture Design and Engineering Procurement Conference successfully concluded in Zibo City, Shandong Province. The conference brought together hospital architecture designers, engineers, and professionals in the field of engineering procurement from all over the country to discuss the latest trends and challenges in hospital architecture design and engineering procurement.


As a well-known heating solution provider in the air source heat pump industry, Amitime is invited to participate in this conference.


The construction of hospital infrastructure is the most important part of hospital construction, and reliability is particularly important in subsequent operations.


At the meeting, Zhang Zhi, Deputy General Manager of Amitime, together with leaders of various hospitals and industry experts attending the meeting, discussed the design concept of energy-saving systems for hospital buildings, and fully demonstrated the green energy solutions provided by its brand for various hospital buildings, including centralized heating, dual heating and cooling, central hot water, and medical linen drying.


The report "Healthcare's Climate Footprint" points out that the carbon footprint of medical institutions is equivalent to 4.4% of the global net emissions (about 2 billion tons of carbon dioxide equivalent), with China's medical institutions ranking third in the world in terms of total carbon emissions.


Healthcare's Climate Footprint


Improving unit efficiency, Amitime helps create a green and safe medical environment. In exploring energy-saving and carbon reduction solutions and practical application paths in the field of hospital energy, Zhang Zhi, Deputy General Manager of Amitime, mentioned that our equipment is based on air source heat pump technology, which achieves heat transfer by consuming a small amount of electricity, thereby reducing energy consumption per unit building area and achieving efficient heating, cooling, drying and other purposes.


During operation, it does not emit gases such as carbon dioxide and carbon monoxide, and has significant low-carbon and environmental protection characteristics, which can effectively promote energy conservation and carbon reduction in the medical building industry.


With a low-carbon approach, Amitime helps promote the green transformation and upgrading of the medical industry chain. With the accelerated construction of China's carbon peak and carbon neutrality "1+N" policy system, green and low-carbon transformation will inevitably become an important direction for industrial upgrading and transformation. Amitime has a set of efficient and advanced energy supply chain application solutions and experience, playing a unique professional advantage in the construction field, which can effectively assist in the energy-saving construction of hospital buildings.


Medical Industry Chain


In helping to build a high-quality hospital service system, Amitime actively explores the significance of "temperature" and "depth". Integrating energy technology research, engineering design, and system installation, Amitime is able to design project plans based on the principles of green environmental protection, economic investment, low operating energy consumption, and reasonable system configuration, while meeting the requirements of project use. This not only enables hospitals to achieve energy system energy conservation and carbon reduction, but also meets their pursuit of energy system worry saving, labor saving, and cost saving.


As a major emitter of carbon, medical institutions have a long and arduous task to undertake in terms of carbon reduction. As an important part of China's energy-saving and emission reduction efforts in the construction industry, the heating energy sector has the responsibility and ability to contribute to this in the medical building energy sector. We look forward to greater development and breakthroughs in the green and low-carbon industry in the medical building energy sector.

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