As the power grids of large enterprises and industrial parks has a certain scale, they bear the task of supplying electric power for enterprise production, residents' lives and surrounding areas, and the staffing is complex. Considering the safe and economical power supply demand of enterprises, higher requirements are put forward for the power automation system. The system adopts a service-oriented software architecture, complies with IEC 61970/IEC 61968, has the characteristics of standardization, integration and intelligence, and realizes the functions of real-time monitoring, network analysis, training simulation, aided decision-making, dispatching plan, etc. It meets the needs of panoramic operation monitoring, intelligent safety analysis, forward-looking adjustment and control, and dynamic operation evaluation of power grid, and constructs a safe, reliable and functional integrated energy management system.
Distribution/Centralized Control System Solution
Overview
Features
Advanced:
As for the hardware, the mainstream products in line with the application direction of the industry are selected to meet the needs of dispatching development;
Support and application software meet the industry application direction and meet the development needs of dispatching application functions.
Safe:
Strictly follow the National Regulations on Safety Protection of Electric Power Secondary System to ensure the data security of Zone I, Zone II and Zone III;
The system has data backup and recovery mechanism so it can ensure data security.
Extensible:
The capacity can be expanded, and plant and station terminals can be added online;
Nodes can be expanded, and servers and workstations can be added online;
The function can be expanded, and new software function modules can be added online.
User-friendly:
The human-computer interface is friendly, the interactive means are rich, and the integration technology of graphics, models and libraries is available;
Complete inspection and maintenance tools are provided.
Reliable:
A reliable management mechanism is provided, so that local faults will not affect the overall function of the system, and backup design is adopted in key links to ensure the overall safety and reliability of the system.