Follow up with Genhe Meteorological Bureau, the air in Macon still maintains strong heating capacity
How has Macon Air been running its heating project at the Genhe Meteorological Bureau in three years? With questions in mind, the follow-up team embarked on a journey to Genhe.
The dual temperature and dual control technology has played a crucial role in these three years. It is like a caring butler, finely adjusting the temperature according to the weather and indoor personnel needs. During the transition period in summer, fine tune the indoor temperature to avoid excessive cooling; During winter heating, ensure that the indoor temperature is evenly distributed and personnel work is not affected by cold.
And AI intelligent defrosting technology allows devices to operate smoothly in low-temperature frosting environments. The system uses big data analysis and intelligent algorithms to predict frost trends in advance and actively defrost. Compared to manual defrosting or timed defrosting, it is more precise and efficient, reduces energy consumption, and extends equipment lifespan.
The relevant person in charge of Genhe Meteorological Bureau praised the air quality in Macon, stating that it has provided stable heating for the past three years and created a good environment for meteorological observation and other work. Macon Air Energy writes a warm chapter with its technological strength.
How has Macon Air been running its heating project at the Genhe Meteorological Bureau in three years? With questions in mind, the follow-up team embarked on a journey to Genhe.
The dual temperature and dual control technology has played a crucial role in these three years. It is like a caring butler, finely adjusting the temperature according to the weather and indoor personnel needs. During the transition period in summer, fine tune the indoor temperature to avoid excessive cooling; During winter heating, ensure that the indoor temperature is evenly distributed and personnel work is not affected by cold.
And AI intelligent defrosting technology allows devices to operate smoothly in low-temperature frosting environments. The system uses big data analysis and intelligent algorithms to predict frost trends in advance and actively defrost. Compared to manual defrosting or timed defrosting, it is more precise and efficient, reduces energy consumption, and extends equipment lifespan.
The relevant person in charge of Genhe Meteorological Bureau praised the air quality in Macon, stating that it has provided stable heating for the past three years and created a good environment for meteorological observation and other work. Macon Air Energy writes a warm chapter with its technological strength.