1 / 18

ITU-T Study Group 5 Protection against electromagnetic environment effects in telecommunications

ITU-T Study Group 5 Protection against electromagnetic environment effects in telecommunications. Roberto Pomponi. Contents. Terms of reference Highlights of achievements Future work Supplemental slides. Terms of Reference.

mahina
Download Presentation

ITU-T Study Group 5 Protection against electromagnetic environment effects in telecommunications

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. ITU-T Study Group 5Protection against electromagnetic environment effects in telecommunications Roberto Pomponi

  2. Contents • Terms of reference • Highlights of achievements • Future work • Supplemental slides

  3. Terms of Reference • SG 5 is responsible for studies related to electromagnetic compatibility (EMC) of telecommunication systems including to avoid hazard to human beings • Lead SG for: • Area 0 “Generic”, Domain 15 “ElectroMagnetic Compatibility (EMC), Protection and Safety”

  4. Highlights of achievements (I) • SG 5’s leadership on the management of electro-magnetic interference to telecommunication systems from power systems has been consolidated by: • New Recs. K.54 and K.68 • Revision of Volume V and VI of the Directives “Protection of telecommunication lines against harmful effects from electric power and electrified railway lines”

  5. Highlights of achievements (II) • SG 5’s leadership on the standardization of equipment resistibility has been consolidated by : • Revision of Recs. K.20, K.21, K.44 and K.45 as well on lightning protection of telecommunication systems by : • New Recs. K.67, K.71 and K.72 • Revision of Recs. K.46 and K.47

  6. Highlights of achievements (III) • In the field of human exposure to electromagnetic fields (EMFs): • NewRec. K.70, together with associated EMF estimator software, gives guidance on mitigation methods for reducing the radiation level from radio-communication installations in order to comply with exposure limits • Recs.K.52 and K.61 on EMFs calculation and measurement methods have been revised

  7. Highlights of achievements (IV) • In the Home Network field: • Thenew Rec. K.74provides EMC, Resistibility and Safety requirements for home network devices that mainly have the function of telecommunication • Inthenew Rec. K.75, Manufacturers, Network Operators and Test Houses can find classification of telecommunication equipment interfaces for the application of standards on resistibility and safety

  8. Highlights of achievements (V) • Protective Components characteristics are given in the new Recs. K.65 and K.69 and revision of Recs. K.12 and K.30 • The new Recs. K.66 and K.73 are in the field of Earthing and Bonding, whereas the new Rec. K.76 and the revision of the Rec. K.48 are in the EMC field • The deployment of broadband services has increased the risk of interference of wire-line telecommunication networks with radio services. The revision of Rec. K.60deals with the management of this risk

  9. Future Work (I) • Continuation of Questions dealing with: • Home Network • Security of telecommunication and information systems regarding electromagnetic environment • EMC requirements for Information Society • Interference on telecommunication systems from power systems • Resistibility and Safety requirements

  10. Future Work (II) • Continuation of Questions dealing with: • Lightning protection of telecommunication installations • Human Exposure to Electromagnetic fields from telecommunication installations • Earthing and Bonding techniques • EMC requirements for telecommunication equipment

  11. Supplemental Slides • Management team • Structure • Statistics • Workshops

  12. Management Team

  13. Study Group Structure • WP1 Damage prevention and Safety Responsible for studies relating to protection of telecommunication installations in order to reduce damages and achieve safety of telecom personnel and users of telecom services • WP2 Electromagnetic Fields:Emission, Immunity and human exposure Responsible for studies relating to achieve EMC of telecommunication installations and safety of telecom personnel and population against electromagnetic fields

  14. Statistics (I) • 0 Rapporteur meetings held • 121 contributions received • 6 SG and 2 WPs meetings held • Max/Min/Average SG participants: 68/46/56

  15. Statistics (II) • 29New/Revised Recommendations approved • 1 new Handbook approved • 2 Volumes of the Directives (revision) • 2 Information documents approved • 16 Questions assigned by WTSA-04 • 14 Questions proposed for next period(4 with a new title, 2 with a new wording and 2 old questions merged into existing questions)

  16. Workshops & Technical Sessions • Human exposure to electromagnetic fields / 20 November 2007 / Geneva • Opportunities and Challenges in Home Networking / 12-13 October 2005 / Geneva (with other SGs) • Reform on technical regulation: International experience of standardization in the field of communication /23-24 November 2005 / Almaty (Kazakhstan) (with other SGs) • 5 Technical Sessions, i.e. half day discussion on selected subjects during the SG 5 meetings

  17. International collaboration • With “International Council on Large Electric Systems” (CIGRE); • With “International Railway Union” (UIC) • With “International Electrotechnical Commission” (IEC) • With “European Committee for Electromechanically Standardisation (CENELEC) • With “European Telecommunications Standards Institute” (ETSI) • With “World Health Organization” (WHO)

  18. Thank you! Mr Roberto Pomponi earned a degree in Electrical Engineering from the Polytechnic of Turin (Italy) in 1972 and in the same year he joined TILAB (formerly CSELT, Centro Studi e Laboratori Telecomunicazioni in Turin, Italy), where he has carried out activities on protection of telecommunication installations against lightning, electromagnetic interference and safety. He has been professor of EMC seminars at the Polytechnic of Turin, University of Ancona and at High School of the Telecom Italia Group. He is Chairman of the some Italian Technical or Sub-Technical Committees and is Chairman of ITU-T SG 5.

More Related