Ubiquitous intelligent gateway based energy-saving and emission-reducing control system and method

Abstract

The invention relates to a ubiquitous intelligent gateway based energy-saving and emission-reducing control system, comprising an ubiquitous intelligent gateway and an energy-saving and emission-reducing control platform, wherein the ubiquitous intelligent gateway is used for carrying out capability information acquisition and remote control on a managed sensor and control equipment, and the energy-saving and emission-reducing control platform is used for acquiring the capability information of the sensor and the control equipment, forming a corresponding energy-saving and emission-reducing control strategy according to received energy-saving and emission-reducing indexes and then issuing an energy-saving and emission-reducing service logic to the ubiquitous intelligent gateway. The invention also relates to a ubiquitous intelligent gateway based energy-saving and emission-reducing control method. The invention provides a ubiquitous intelligent gateway based energy-saving and emission-reducing control scheme aiming at the characteristics that the processing signals related by energy saving and emission reduction are complex in types and large in quantity and require highly intelligentized control, a logical channel is adopted to identify ports and equipment to complete management and control on complex equipment, and a dynamic energy-saving and emission-reducing service logic generating method is utilized to manage an energy-saving and emission-reducing service, thus the networked management application requirement of an operator is met.

Description

technical field [0001] The invention relates to the field of automatic control, and realizes a system and method for providing automatic monitoring and control for energy saving and emission reduction based on a ubiquitous intelligent gateway. Background technique [0002] At present, as the world's energy resources become more and more scarce and environmental pollution becomes more serious, the whole world puts energy saving and emission reduction work in a very important position. As far as my country's energy and environmental pollution problems are concerned, they are also in a very serious situation at present. Therefore, both at home and abroad, industrial digital management is considering how to integrate and deal with energy conservation and emission reduction. [0003] In the field of energy saving and emission reduction control, due to the large number and types of peripheral devices connected, there are many types of signals processed (analog, digital, switching...

AI Technical Summary

Problems solved by technology

However, the existing automatic control equipment does not have the function of processing various types of complex signals and intelligent network control functions, and can only perform simple control, the degree of intelligence is not high, the number of connected peripheral devices is limited, and the number of processed signals is limited. Therefore, it is difficult to meet the requirements for signal types and signal quantities in the energy-saving and emission-reduction system, and it is also unable to adapt to the application of large-scale energy-saving and emission-reduction fields, and cannot meet the real-time control and process complexity.

[0004] To provide large-scale energy-saving and emission-reduction services, it is necessary to deal with various signals (analog, switch, digital, control network, etc.), various devices (sensors, digital instruments, lighting equipment, air-conditioning equipment, etc.), and various networks. Integration, there is still a lack of a complete and standardized technical solution, and there is a technical gap

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