IES700 Energy Management System

Product Overview

IES700 Energy Management System is a new generation of power grid dispatching automation system geared to the needsof the national, network, provincial and regional dispatching, integrates functions including real-time monitoring, calculation flow control, maloperation prevention, training simulation, intelligent analysis and auxiliary decision-making, operation analysis and evaluation. The characteristics of the system include advanced technology, strong practicability, safe and reliableto truly meet safety requirements of power grid. The system not only covers the conventional power system automation, and can be easily integrated into standard application developed by third-party to make full use of strategy resourceinformation toimprove enterprise operation level.

Product characteristics:

Standard protocol: follow the international standard IEC 61970 under the circumstance of system applications integration with highly openness and expandability.

Cross platform: be capable for UNIX, LINUX, WINDOWS and other operating systemsplatform

Powerful functions: real-time monitoring and alarm，substation centralized monitoring, secondary equipment monitoring, integrated intelligent alarm, network analysis, Automatic Voltage Control (AVC), Dispatcher Training simulator (DTS), intelligent analysis and auxiliary decision-making

Integrative structure: abundant applications including SCADA, PAS, DTS and AGC, etc., achieves integrative graphic model library, systematic management, application platform, data demonstration and interface operation.

Monitoring visualization: Diverse and multi-dimensional display of the power grid operation monitoring data; Multi-dimensional panoramic surveillance and control of power gridsequipment operation through the wiring diagrams, curves, stick figures, geography diagrams, tables, tide charts, and humanized interactive dispatching display interface, etc.

Secondary equipment monitoring integration: The system integrates related functions of secondary system, and supports secondary equipment integrated modeling, collection and monitoring.

Comprehensive intelligent implementation: functions possessed include intelligent system building, operation monitoring, operation maintenance, power grid safety alarm, power grid dispatching control and decision support.

Closed-loop control: achieved by operation scheme auxiliary decision-making, procedural control, operating safetymanagement, reactive voltage control, five-prevention integration, protection and fault information integration, video linkage toconfirmationand other functions.

Dynamicevaluation: Establish system regulation and control integration analysis to address analysis, statistics and assessment on the index of dynamic evaluation of the voltage operation, standby operation, power factor operation, current operation, load operation, line loss operation, relay protection operation telecontrol communication operation.

Maintenance simplification: realized through the source side maintenance, polymorphic application model, graphic model integration, partition maintenance and other functions.

Functions:

Real-time monitoring and intelligent alarm 

Real-time monitoring of power grid operation

Substation centralized monitoring

Secondary equipment online monitoring

Automatic Voltage Control (AVC)

ntegrated intelligent alarm

Network analysis：

Status estimation

Dispatcher power flow

Sensitivity calculation

Static security analysis

Short circuit current calculation

External network equivalent model

Intelligent analysis and auxiliary decision-making:

Power outage analysis

Power supply risk analysis

Closed-loop control risk analysis

Load transfer with auxiliary decision-making

Load shedding with auxiliary decision-making

Single-phase grounding decision-making

Intelligent maloperation prevention accounting

Fault analysis

Dispatcher and Operator Training Simulator (D&OTS):

Dispatcher Training Simulator (DTS)

Monitor Training Simulator (MTS)

Power grid Energy Management System structure

System function composition

Advanced application functions software block diagram

Substation training simulation effect picture

Substation training simulation effect picture