Intelligent energy-saving control system and method

Abstract

The invention provides an intelligent energy-saving control system. The system comprises measurement hardware, an intelligent gateway and a cloud-side server. The measurement hardware comprises multiple sensors with different measurement latitudes, wherein the multiple sensors are used for acquiring environment data at different latitudes; the intelligent gateway is used for receiving the environment data and transforming the environment data to realize the consistency, and meanwhile, the measurement hardware realizes the networking; the cloud-side server is used for performing networking authentication on the intelligent gateway, storing, analyzing and processing the environment data, and realize feedback control on the measurement hardware; the measurement hardware is electrically connected with the intelligent gateway to form the two-way control; and the intelligent gateway is communicated with the cloud-side server so as to from the two-way control. The invention further provides an intelligent energy-saving control method. Compared with the related technology, the intelligent energy-saving control system and method provided by the invention realize the real-time monitoring and analysis on the energy source consumption equipment in the architecture application, and the accuracy and the intelligence degree are high.

Description

[0001] 【Technical field】 [0002] The invention relates to the technical field of control, in particular to an intelligent energy-saving control system applied to green buildings. [0003] 【Background technique】 [0004] With the rapid development of society, the energy crisis has become the focus of human research, and energy conservation has become a key optimization measure in various fields, such as green buildings. [0005] However, in related construction fields, apart from the large-scale use of metering equipment such as water, electricity, and gas, the progress of Internetization such as HVAC, security, electromechanical equipment operation, and environmental indicators has slowed down, and there are many corresponding sensor hardware manufacturers. Unified standards, when integrating building perception layer systems (intelligent energy-saving control systems), there will be problems such as innumerable real-time data sharing and long protocol adaptation cycles; in ad...

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Problems solved by technology

[0005] However, in related construction fields, apart from the large-scale use of metering equipment such as water, electricity, and gas, the progress of Internetization such as HVAC, security, electromechanical equipment operation, and environmental indicators has slowed down, and there are many corresponding sensor hardware manufacturers. Unified standards, when integrating the building perception layer system (intelligent energy-saving control system), there will be problems such as innumerable real-time data sharing and long protocol adaptation cycles; in addition, different terminal manufacturers only collect data for a single type of sensor produced by themselves Analysis and display, etc., ultimately lead to building users unable to achieve the purpose of intelligent energy saving of buildings through an integrated control system

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