Design and Application on CIMCS Based on SmartPro
|School||Nanjing University of Technology|
|Course||Control Theory and Control Engineering|
|Keywords||DCS SmartPro Integrated management and control Advanced control Web monitoring The method of least squares|
With the development of computer technology and process control technology , process control targets has increased to integration and processing of information , in other words , is the use of computer information from all levels of the production, management, sales finishing to tap the business potential , improve labor productivity , improve the competitiveness of the enterprises themselves . Therefore , how to use the integrated management and control technology to manage and control the production process more and more the attention of business leaders . Advanced control technology for the production of up to improve product quality, reduce costs , to be the most effective way to improve business efficiency . Based on the research of computer integrated management and control in the laboratory a set of process control device , respectively, the temperature and level of advanced control technology management reports and Web technology in the management and control integration . And the application of advanced control technology algorithm the conversion furnace temperature acid system for grid spirit Chemical Company carried out a simulation study . Firstly the process industry management and control integration in the introduction of a general introduction , then introduced the distributed control system architecture , advantages and characteristics and trends , and describes the subject 's background and the main work of the author . In Chapter 2 , detailing the composition of the actual the control object AE2000A type process control device and SmartPro software system . Chapter 3 introduces the self-tuning PID, single neuron adaptive PID and model predictive control principle , design and structure of the form , and in the back given the relevant parameters of the controller . In Chapter 4 , the main method of the three kinds of advanced control algorithms on the experimental device configuration , tuning method and report design, and finally data access based on B / S mode . In Chapter 5 , the use of the system during normal operation of input and output data records , to establish the mathematical model of the object , and advanced algorithm is applied to temperature control , given the results . Finally, the summary of the full - text content as well as the results achieved .