Overview:

ZN8000 Energy Management System (EMS) is a highly specialized, real-time, computer-based supervisory control system designed to assist electric power system operators in monitoring, controlling, managing and optimizing the power grid reliably and efficiently. ZN8000 EMS is the state-of-the-art solution for optimal grid analysis and operation in regards to security, quality and economy. It adopts an advanced network management, object-oriented database and visualized cross-platform technology.
Furthermore, it provides abundant practical applications to manage the expanding energy system and reduce the operation and maintenance costs, while meeting the present and future's ever-changing business requirements.
PS-6000 EMS is based on the latest IEC61970 standard, providing a unified application platform for large-scale energy management of power utilities. The applications of ZN8000 system include SCADA, Automatic Generation Control (AGC), Power Application Software (PAS), Dispatching Training Simulator (DTS), Wide Area Measurement System (WAMS), Operation Management Information System (OMIS) and Web. It can also be easily integrated with other systems which comply with IEC61970 standard. This is in favor of protecting the existing investments and reducing internal information and function redundancy.

Functions:
Supervisory Control and Data Acquisition (SCADA)
SCADA is a specific application framed on the unified application supporting platform and the most basic application of the EMS system. It is mainly used to implement the high performance acquisition and supervisory control function of real-time data.
The following functions are provided:
* Data Processin
* Control and Regulation
* Sequence of Events (SOE)
* Data Calculation and Statistics Assessment
* Trending
* Post Disturbance Review (PDR)
* Alarm Event Processing & Recording
* Data Blocking and Unblocking
* Tagging
* Topological Coloring
* Shift Handover/Takeover Management
* Clock Synchronization
* Database Modeling
 *  Manual Data Enforcement

Projects: