Abstract
The purpose of this paper is to provide a data-oriented risk prevention and control system for seven major kinetic energy supply systems (power distribution, dust removal, moisture removal and odor removal, air pressure, vacuum, process soft water and sewage station water manufacturing, boiler steam system, air conditioning). The traditional risk control means should be improved through systematic process and information technology, and the risk management of operation control should be gradually transformed from event-driven to data-driven, so as to strengthen the comprehensive warning and prevention and control of operational risks. The management mode of integrated management and control is “clear hierarchy, effective air separation, effective control in place, quick early warning and simple handling”. Water, electricity, gas and steam of the power system are realized as part of the internal quality and process control of the cigarette brand, and all the control is pushed to the power supply terminal.
Highlights
In the production of perception, energy prediction, equipment control, balance between supply and demand, production security, etc, to realize information sharing, be based on production driven "precise kinetic energy supply, power control integration, scientific decision analysis", fully coordinated kinetic energy supply and demand of resources, gradually establish a power horizontal collaboration, vertical well versed in management, information connectivity, high share of resources integration service mechanism
The risk point management and control system realizes the integration with MES system's production plan, work order information, process related information, products and other basic data information
The data sources for risk point control of power system come from many aspects, such as information of MES system and energy management system, external data such as weather service, as well as data acquisition information obtained from OPC server and sampling information extracted from real-time database
Summary
According to the characteristics of the cigarette factories supply long-distance conveying, the stability of the power supply of energy is important, long-distance conveying magnify kinetic energy supply instability, and unstable energy supply will directly affect the tobacco moisture in the manufacturing process, flow, temperature, or even indirectly affect the quality of cigarette products, especially the flavour and taste.according to the requirement of high quality development put forward the new idea of power control: power seven related to production system (dust moisture removal, steam boiler, air compressor, high vacuum, the craft is cold water, and air conditioning) is an integral part of "cigarettes factory process control", dynamic services cannot be limited on the timely supply of energy, is to practise the service in the silk, the roll bag production line kinetic energy interface terminal.We need to study and practice the innovation of kinetic energy system risk control process in tobacco enterprises
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