Control and Information System (RIS) - SCADA/EMS
Control and Information System (RIS) is our key solution, which represents a comprehensive product covering both SCADA/EMS and OMS (Outage Management System).
General properties of the system
Basic features of the system:
- High reliability and availability
- Speed, flexibility, quick response
- Cyber security
- Modularity
- High scalability
- Backing up prominent features
- Access control
- User-friendly MMI
- Object-oriented database
- Domain access
- Principle of dynamic data generation (replenishment without restart)
RIS is intended for dispatch control in various industrial areas:
- control and information system of the energy transmission system
- control and information system of the energy distribution
- telemetry information system
- information system of the power plant
- information system of urban networks
- information system in other industrial networks (gas, water)
System architecture
Principles of system architecture:
- Own cluster solution
- Redundancy of servers
- Network redundancy
- Access control through IdM (identity management)
RIS hardware solution:
- Single servers / HCI virtualization
- The possibility of connecting a large-scale display wall
- The possibility of connecting large-screen monitors (55")
- High-performance branded servers from a reputable manufacturer
User stations are located at individual workplaces:
- Dispatch stations
- independent with the possibility of connecting 2,3 or more monitors
- System administrator workplace
- Remote service station
- is intended for remote system management
Main modules of RIS
Core modules:
- In-memory database engine
- Multi-platform communication library
RIS – SCADA:
- Visualization
- Real-time database
- Database of energy objects
- Telemetry
- Real-time database statistics/history
- Plans
- User management
- B-commands, handling schedules
- Magnets, notes, temporary objects
- Fault location indication, automatic power supply recovery
- Graphics editor
RIS – EMS:
- Management of the ES (electricity system) model
- Topological processor (manager of topological tasks and calculations)
- Topological coloring
- Calculations
- Status estimation
- Calculation of the steady state of the system
- Optimum power flow
- Short circuits
- Contingency analysis
- Network reconfiguration
- Redispatching resources
- Check calculation before handling
- Security constraint optimization
- Circling
- Dynamic stability
- DMES (dynamic model of the electricity system)
- Simulation environment
- Regulation
- Automatic regulation of production
- aFRR, mFRR (MARI, mFRR5), PICASSO
- Monitoring of PR, reserves, PpS, production, consumption, load
- GCC, SR for foreign partners
- Automatic voltage regulation
- Central level regulation of transformers
- LFCOP (frequency and power control in island operation)
- Automatic regulation of production
RIS – OMS - Outage management system:
- Planned downtime
- Breakdowns/Outages
- Call center
- Notification
- Statistics
- Alarms
Dispatcher training simulator – DTS:
- DTS control module
- Calculation part – dynamic model of the electricity system (DMES)
- Control device simulation module
- Data interface for passing data
- RIS interface to surrounding systems
- The user interface
- Backup system
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