Summary

Future coordination and interaction of transmission and distribution operation, planning and development will need to be extended, modified, revised and integrated with regard to different information and data communication technologies. Whole system information and data exchange management and schemes will be required that considers overall power system security, flexibility requirements, stability, resiliency and affordability. By way of example, appropriately detailed representation of distribution systems as required in operational procedures for transmission systems need to be specified. However, such representations will be constrained by computationally demanding processes, intensive information and data management, data confidentiality and cybersecurity issues at both distribution and transmission system operator levels. Therefore, enhanced Information systems and data exchange is now essential with regard to enabling the required levels of future transmission and distribution system interoperability, interaction and coordination.

Additional informations

Publication type Technical Brochures
Reference 936
Publication year
Publisher CIGRE
ISBN 978-2-85873-641-6
Study committees Power system operation and control (C2), Information Systems, Telecommunications and Cybersecurity (D2)
Working groups JWG D2/C2.48
File size 6 MB
Pages number 104
Price for non member 200 €
Price for member Free

Video

Authors

G. A. TAYLOR, Convenor (GB), E. LAMBERT, Secretary (FR)

H. MORAIS (PT), N. SULJANOVIC (SI), T. MANANDHAR (GB), V. PERUMALLA (US), N. PETROVIC (SI), I. PISICA (GB), R. ZHANG (GB), S.-C. LEE (KR)

Corresponding Members
F.M. SENA DE OLIVEIRA (BE), M. RADI (GB), C. LIU (CN), P. AGARWAL (IN), M. LI (GB), A. SOUVENT (SI), J. HILDERBRAND (US), S. ABDELRAHMAN (GB)

Keywords

Transmission, Distribution, System Operation, Interoperability, Data Exchange, Information Systems

Enhanced Information and Data Exchange to Enable Future TSO-DSO Coordination and Interoperability
Enhanced Information and Data Exchange to Enable Future TSO-DSO Coordination and Interoperability