ASE2UDC920AE01 3BHB022793R0001 control engineering application software platform is based on multi-platform heterogeneous systems such as Windows7/WindowsXP and real-time OS, and adopts technologies such as multi-tasking and multi-threading and component structural design, which integrates on-site data acquisition, diagnostic configuration of I/O module modules, distributed real-time database, and real-time execution of control algorithms, Graphic monitoring and real-time operation, massive historical database, alarm and security mechanism, operation event record, engineering design document support and other functions in one. Programming and configuration software for engineer station, graphic monitoring software for operator station, and real-time control software for field control station.

ASE2UDC920AE01 3BHB022793R0001 are running on different levels of hardware platforms, interacting with various data, management and control information through the control network and system network, and completing various functions of the whole centralised control system in a coordinated manner. ASE2UDC920AE01 3BHB022793R0001 is a control engineering design and development platform based on multi-discipline engineering object model. It builds a library of typical control engineering models (static and dynamic models and process data), a library of control methods (equipment control and process optimisation algorithms and operation parameters), a library of display interfaces (displays and operation panels), and constructs the multi-domain descriptive models of basic components, unit equipment, and industrial equipment at one level. The library of basic components, unit equipment, industrial equipment and multi-disciplinary description models is constructed step by step.

ASE2UDC920AE01 3BHB022793R0001 “builds” the equipment model in the way of reuse, “constructs” the operation procedure in the mode of reconstruction, and “constructs” the operation procedure through the use of abstract, isolated and loose data (constants, parameters, variables, etc.), functions (calculations, languages, etc.) and data (parameters, variables, etc.). By modeling abstract, isolated and loose data (constants, parameters, variables, etc.), functions (computation, semantics, etc.) and graphics (lines, polygons, colour blocks, etc.) in a unified multi-domain way, it constructs closely related engineering object models, engineering control strategies and display operation panels with physical meanings, so as to realize intuitive, efficient and stable image and programming of control engineering design;