HELSINKI: Integrated control and communication systems

Summary

Increasing communication between control centres, power stations and substations presents new challenges to information architecture design. Advances in ditigal technology enable designers to centralise or decentralise equipment and functions in a way which optimises information flow. However, operational requirements such as speed and reliability must be carefully considered. Integrated systems require standardization of signalling and equipment interfaces in order to avoid unnecessary overhead. Changes in utility structures and the advent of multi user environments also create new needs for education and end user training.

Contact us to select your documents from the list of papers below

SESSION 1 - IMPROVEMENT OF OVERALL POWER SYSTEM CONTROL BY INTEGRATING CONTROL AND COMMUNICATION SYSTEMS IN POWER STATIONS, SUBSTATIONS AND CONTROL CENTRES

Subsession 1.1

110-01 - Principles retained by EDF for transition to digital technology of VHV and HV substation monitoringnd control
110-02 - A strategy to achieve control system's vertical integration
110-03 - Data base structures and integration of program package for operation planning
110-04 - Experience with networking and distributed database in dispatch control systems
110-05 - Adaptive centralized emergency control systems in the integrated power system of Russia : background, state of the art and prospects
110-06 - Benefits from utility-wide data ex change and services
100-07 - Future EMS architectures

Subsession 1.2

120-01- Intelligent control systems - A way to improve substation control
120-02 - lntegrating protection, control, metering and telecommunications at Ontario Hydro power stations
120-03 - IEC activity for the standardization of telecontrol protocols based on ISO and UTI-T standards
120-04 - Standard protocols for communication with and within substations, an orientation and results from tests
120-05 - Network protection and restoration using standardised communication
120-06- ENEL's project for the new data acquisition and transmission system (STAD)
120-07 - Le poste hydraulique de Vallées de 2ème génération : système intégré de conduite répartie, de communication et de commande des centrales hydroélectriques
120-08 - Migration d'un contrôle commande classique vers un système numérique de conduite et de protections
120-09 - Developing substation and power station communication requirements to meet the needs of privatised operation in the UK

SESSION 2 - IMPLICATIONS UPON SYSTEM OPERATION, UTILITY ORGANIZATION AND MANAGEMENT, OPERATOR'S EDUCATION AND TRAINING ARISING FROM INTEGRATION OF SERVICES

200-01 - Renewal of the Norwegian Power Grid Company control system due to organizational changes in the Norwegian power industry
200-02 - Technological versus organisational developments in power system operation and control
200-03 - Strategic decisions for the choice of the architecture of a new telecontrol system
200-04 - The engineering of a coordinated control and tariff metering system for use at both transmission and distribution substations. A users' perspective and experiences
200-05 - On implementation of "lateral system access and data partitioning" in power system operation
200-06- The control center as part of an evolving utility-wide information system
200-07 - Coordinated defence plan - An integrated protection system
200-08 - Configurable Standalon e substation simulator

SESSION 3 - CHANGING TELECOMMUNICATIONS NETWORK MANAGEMENT (TNM) PHILOSOPHIES IMPOSED BY INCREASING INTEGRATION OF SERVICES

300-01 - An appro ach to power utility telecommunication network management
300-02- Management system of ENEL's telecommunication network "GRETE System"
300-03 - The Electra de Viesgo' s project on integration of different telecommunication management systems
300-04 - An effort for cooperation : a teleinformatic comparison of energy and telecommunication management systems
300-05 - The NOMOS project : a way to fulfil the quality requirements of power utilities telecommunication networks
300-06 - Organisation de la gestion du réseau de téléconduite à EDF Production Transport

SESSION 4 - ADVANCES IN THE CARRIAGE OF SPEECH, DATA, VIDEO, CONTROL AND PROTECTION SIGNALLING AS INTEGRATED SERVICES ON TELECOMMUNICATION BEARERS

400-01 - Hierarchical structures for power utility telephone networks - A case study in Indonesia
400-02- Requirements for SDH networks due to protection signalling
400-03 - ATM in power utilities telecomrnunications networks
400-04 - Integrated digital transport network for po wer company telecommunications services
400-05 - Telecommunication business opportunities for power utilities - Case Telivo Ltd.

SESSION 5 - FUNCTIONAL INTEGRATION OF CONTROL AND COMMUNICATION EQUIPMENT IN SUBSTATIONS

500-01 - Configuration of substation secondary equipment
500-02 - Synchronized phasor measurements A technology for the present and future
500-03 - Functional integration within substation secondary equipment
500-04 - Eskom's experiences .related to the design, engineering and implementation of integrated control systems with coordinated protection
500-05 - Sûreté de fonctionnement des futurs systèmes de contrôle commande numérique des postes à EDF
500-06 - Distributed intelligence within power systems : the future for substation control and management systems
500-07 - Multimedia tools for a more efficient substation operation and control
500-08- Co-ordinated control, protection and communication, possibilities and practical experiences

SESSION 6 - WITHIN AND EXTERNAL TO SUBSTATIONS

600-01- Communication requirements for command teleprotection systems utilising PLC communication
600-02- Integrated control, protection and data acquisition in substations
600-03 - Wide-band digital communication requirements for di.fferential teleprotection signaling
600-04 - Data acquisition and communication requirements for advanced monitoring, control and protection
600-05 - The extension of corporate communications networks to realise intelligent data analysis : A case study providing protection system performance analysis
600-06 - Intelligent system applications to protection, control and monitoring within substations
600-07 - Automated, intelligent analysis of disturbance recordings - Communication requirements and possible system architectures
600-08 - Information needed for telecontrol of substations from a control centre
600-09 - Large digital control system with multi communication level : description of availability requirements and
flux communication performances
600-10 - Transparent data communication in substation/control centres hierarchies
600-11 - New SCADA system based on opendistributed architecture
600-12 - Communication requirements in terms of data flow within substations - Approach and first results