Energy-saving monitoring and management system for air conditioner

Abstract

The invention relates to an energy-saving monitoring and management system for an air conditioner, in particular to control and management systems suitable for various closable energy-saving nodes such as machine rooms, base stations, buildings, business halls, offices, plants, vehicles and the like. In the energy-saving monitoring and management system, a server is required to be arranged at a center end, energy-saving monitoring and management system software is arranged in the server, and devices such as a transmission module, an energy-saving control module, a measurement module, a feedback module, an environmental data acquisition device and the like are arranged on an energy-saving node at the tail end. The energy-saving monitoring and management system for the air conditioner is intelligent, scientific, effective and uniform, has high automation and high compatibility and is self-adaptive to the environment.

Description

technical field [0001] The invention relates to an energy-saving monitoring and management system for air conditioners, in particular to a control and management system applicable to various energy-saving nodes that can be closed such as machine rooms, base stations, buildings, business halls, offices, workshops, and vehicles. Background technique [0002] Under the situation of world energy shortage, energy conservation and emission reduction has become one of China's basic national policies. As a main and widely used cooling source, air conditioners consume a huge amount of energy. Taking telecom operators as an example, the three major telecom operators (China Mobile, China Telecom, and China Unicom) have a total of various base stations, computer rooms, office There are more than 1 million buildings, and the annual power consumption is nearly 29 billion kilowatt-hours, equivalent to 4.407 million tons of standard coal, of which the power consumption is mainly for telecom...

AI Technical Summary

Problems solved by technology

[0009] difficult to achieve in the long run;

[0010] 2. Single energy-saving measures;

[0011] 3. The energy-saving strategy is not intelligent enough, cannot change with environmental factors, and cannot achieve a high degree of matching and self-adaptation with the surrounding environment;

[0012] 4. The system has a low degree of automation;

[0013] 5. Lack of effective monitoring and management technical means;

[0014] 6. Poor compatibility;

[0015] 7. There are no scientific and objective means or methods to measure energy consumption benchmarks and calculate energy saving benefits (including: energy saving and energy saving rate)

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