Intelligent energy-saving management system

Abstract

The invention discloses an intelligent energy-saving management system. The system comprises a control center, the control center is connected with multiple relay nodes through a network coordinator and a node manager; each relay node is corresponding to one room; a sensing module and an intelligent control module are arranged in each room; the sensing module receives a signal from the corresponding relay node through a network or data line way, and performs the setting, and the sensing module converts the acquired information in the room into a signal to send to the intelligent control module. By controlling working states of an intelligent socket and the connected electric equipment under a state that the people is existent or inexistent, the relay is used for issuing a power on / power off strategy under the intelligent socket, the automatically managed equipment is in standby and power outage, thereby realizing the drop energy-saving and add up low-carbon and environmentally-friendlyconcept, the energy consumption of the comprehensive building can be reduced, and the operation cost of the comprehensive building is saved, the service life of the electric equipment can be prolonged, thereby realizing the maximum of the economic benefit.

Description

technical field [0001] The invention relates to the technical field of intelligent management, in particular to an intelligent energy-saving management system. Background technique [0002] The accelerating urbanization process has promoted the rapid development of my country's construction industry, and the building energy consumption has also increased rapidly. In my country, the total annual power consumption of buildings accounts for 10% of the total national consumption, the energy cost exceeds 80 billion yuan, and the energy consumption per unit building area is three to four times that of developed countries. In large apartment buildings, air conditioning, hot water and lighting are the three largest "electric tigers." Only 1% of the existing buildings of about 50 billion square meters are energy-saving buildings, and the waste of energy in complex buildings is extremely serious. [0003] In order to alleviate energy pressure and promote sustainable economic developm...

AI Technical Summary

Problems solved by technology

[0005] The air conditioner wastes electricity, and people often forget to turn it off when they leave the room. The long-term idling of the air conditioner not only wastes a lot of energy, but also increases the loss of the air conditioner. Hours, the average time in the office is about 8 hours a day. If people are not around, the air conditioner will be idling for 24 hours, and the long-term non-stop operation of the air conditioner will cause the cooling effect of the air conditioner to decline. In order to maintain the preset problem, the air conditioner will further aggravate the problem work energy consumption;

[0006] The hot water system is a waste of electricity. The hot water system is a part of the modern living environment, which brings great comfort to people, especially in the cold winter. Few people have time to plug and unplug the hot water system, especially in summer. Everyone only recalls the existence of the hot water system at the moment of taking a shower. The time that the hot water system really needs to work is about 2 hours a day. The water system is doing useless work, which causes a great waste of energy;

[0007] The waste of the lighting system, although under the vigorous promotion of the country, modern office buildings usually use more energy-saving LED lamp lighting systems, but in order to meet the comfort of the office environment, people change the lighting from one lamp per room to one per room. There are many lamps, and there is a row of light bulbs in front of the big mirror in the bathroom. If the lights are pervasive, the power consumption will be very considerable.

[0008] In the past, traditional human energy conservation mostly relied on the supervision and advocacy of administrative and property management personnel. This passive energy-saving management to improve users’ awareness is often ineffective. Too much human participation in energy conservation will lead to the loss of administrative personnel and other office workers. Antagonism, at the same time, both sides will have a strong rebellious psychology

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