D6000automation system of hydropower plant has collected the features of similarproducts at home and abroad, including the R&D achievements of many years’hydropower plant automation and microcomputer relay protection products, theon-site experience. With consideration of the needs of users, combing with theautomation status and development direction of hydropower plant, it has adoptedthe latest computer technology, embedded microprocessor technology, DSP digitalsignal processing technique and network technique to introduce a new generationsystem which is highly integrated, compact, optimized and with power functions.So it can offer the integrated solution for the automation of hydropower plant.

D6000system adopts the design method of device-oriented object and layered anddistributed structure. According to the different-sized hydropower plant and technicalrequirements, the monitoring software based on Windows operating system can bechosen. Abiding by the TCP/IP, SQL, ODBC, COM/DCOM, ActiveX, C++, Office,IEC61131 and other international standards and widely used software tools, thissystem is with complete function, advanced technology, easy and safe operationand little maintenance.

D6000 system has the good property of openness,abundant and convenient extension capability, and simple and friendly userinterface, good online help, and characteristic of constant integrating newtechnology. It can be widely used in the hydropower plant and water controlproject.

D6000hydropower plant automation system adopts computer, programmable logiccontroller (PLC) or intelligent I/O, microcomputer relay protection device andprivate intelligent measuring and control device to connect master computerwith control station and intelligent equipment on the site through Ethernet andfieldbus. It constitutes the real hierarchical and distributed system andrealizes unattended (less attended) hydropower plant.

1.       Open System

The system adopts the highly integrated and open-generalplatform with good scalability. It contains many functions, such as SCADA,equipment management, information management, operation ticket management andso on. Based on the safety, it can offer access interface to the enterprisenetwork system.

2.       Advanced System Structure

The system adopts composite structure, which makes itequipped with multiple servers and clients in accordance with the function. Itcan configure all components in the host, or distribute data collection,storage, historical trend analysis and human-machine interface in thedistributed structure.

3.       Flexible Configuration