Unit combined type steam generating device

Abstract

The invention relates to a unit combined type steam generating device. The unit combined type steam generating device comprises an impounding reservoir, a water collecting splitter, a steam generating component, a power distribution cabinet used for monitoring the electric power quality of electric equipment of the device and a control cabinet used for controlling the normal operation of the device; the impounding reservoir is connected with the water collecting splitter through a regulating valve; the water collecting splitter is connected with the steam generating component through magnetic valves, the steam generating component is connected with the power distribution cabinet, and the control cabinet is connected with the impounding reservoir, the water collecting splitter, the steam generating component and the power distribution cabinet through a data bus. The unit combined type steam generating device adopts the mode that connecting a plurality of existing low-power electromagnetic heating steam generators in parallel or in series to combine the steam generating component of a needed power, a centralized control conducted on the steam generating component is achieved, and meanwhile, the single-machine single-control mode is adopted, and the response speed of the device is high.

Description

technical field [0001] The invention relates to a steam generating device, in particular to a unit-combined steam generating set assembly device. Background technique [0002] Boilers are important thermodynamic energy equipment in industry and commerce. For example, factories, bathing centers, heating, hotels, hotels, etc. need boiler equipment such as steam and hot water. Most of the existing boiler energy is coal-fired, but coal-fired boilers will cause serious environmental pollution and cause great harm to the human body. The National Environmental Protection Agency has also banned coal-fired boilers to varying degrees in different industries. The generation of heating steam generator can improve the defects of coal-fired boilers. [0003] The existing electromagnetic boiler equipment occupies a large area and has a high failure rate. Mechanical failures often cause shutdowns and affect production (Gao Baozhong. Exploring boiler equipment failure analysis and its appli...

AI Technical Summary

Problems solved by technology

Most of the existing boiler energy is coal-fired, but coal-fired boilers will cause serious environmental pollution and cause great harm to the human body. The National Environmental Protection Agency has also banned coal-fired boilers to varying degrees in different industries. The generation of heating steam generator can improve the defects of coal-fired boilers

[0003] The existing electromagnetic boiler equipment occupies a large area and has a high failure rate. Mechanical failures often cause shutdowns and affect production (Gao Baozhong. Exploring boiler equipment failure analysis and its application[J]. China Petroleum and Chemical Standards and Quality, 2013 (8): 228); the production efficiency is low, and due to the relatively large equipment, there are relatively large safety hazards. Once an accident occurs, the casualties will be serious; high-power boilers cannot achieve single-machine single-control and rapid response; high-power boilers are used for When low power is produced, energy is wasted a lot

Images