Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 1 Operator of the trunked radio.

Slides:



Advertisements
Similar presentations
A New Era in Critical Communications
Advertisements

1 International CEO Forum IV Dr. Ravi Ratnayake Director Poverty and Development Division UNESCAP 17 December 2007, Bangkok REGIONAL INFRASTRUCTURE DEVELOPMENT:
ASYCUDA Overview … a summary of the objectives of ASYCUDA implementation projects and features of the software for the Customs computer system.
Introduction to Public Land Mobile Network (PLMN)
HIPAA Security Presentation to The American Hospital Association Dianne Faup Office of HIPAA Standards November 5, 2003.
1 Multi-Channel Wireless Networks: Capacity and Protocols Nitin H. Vaidya University of Illinois at Urbana-Champaign Joint work with Pradeep Kyasanur Chandrakanth.
SOA for EGovernment 1 Emergency Services Enterprise Framework: A Service-Oriented Approach Sukumar Dwarkanath COMCARE Michael Daconta Oberon Associates.
1/1 Competitiveness OP - Portugal Implementing business support schemes at regional level (I) Nelson de Souza.
REALISING BOSNIA AND HERZEGOVINAS EUROPEAN POTENTIAL: FROM WAR ECONOMY TO CREDITWORTHINESS AND SUSTAINABILITY MACRO AND FISCAL FRAMEWORK Ljerka Marić,
The new European Regional Development Fund DG REGIO.
Geneva, Switzerland, 22 September 2012 FTTx in Japan: Past, Present, and Prospects for the Future Ken-Ichi Suzuki, NTT Access Network Service Systems Laboratories,
International Telecommunication Union Accra, Ghana, June 2009 Emergency Communications Systems: Nigeria Bashir Gwandu, PhD, MBA, CEng MIEE, MIEEE.
1 a company of Turkish Armed Forces Foundation Disaster Relief Systems, Network Resilience and Recovery İstanbul, Türkiye, 11 December 2012 How Can We.
ITU Regional Development Forum - Warsaw 7 May The Radio Spectrum Policy Programme & the Spectrum Inventory Pearse ODonohue Head of Radio Spectrum.
ITU Case Studies for Serbia, Germany, Poland and Hungary Mr Peter Vari ITU Expert.
Wiktor Sęga, Office of Electronic Communications, Poland
Switchover from Analogue to Digital Terrestrial Television Broadcasting in Central and Eastern Europe Case study of Serbia Péter Vári Belgrade, 28th April.
1 Switchover from Analogue to Digital Terrestrial Television Broadcasting in Central and Eastern Europe Case Study of Hungary Péter Vári Belgrade, 28th.
FOENSwiss Federal Office for the Environment Regional Workshop aimed at Identifying the problems faced by countries in the Central and Eastern European.
FIXED SATELLITE SERVICE and UAS (22 September 2010)
0 - 0.
1 Presentation to the Overseas Development Institute Friday, 30 January 2004 London Development Cooperation Report 2003 Presentation by Richard Manning,
Chador Wangdi Page 1of15. Analog (up to 56k/ dial up access) Using a modem connected to your PC, users connect to the internet when the computer dials.
Broadband Wireless Applications for the Mining Industry.
Open Access Networks Interworking2002, Perth, Australia October 13-16, 2002 Presented by: Einar Edvardsen, Telenor R & D, Norway Teleph:
Computers Are Your Future © 2005 Prentice-Hall, Inc.
Long-Distance and Local Loop Digital Connection Technologies
Presented by: Eng. Karam Al-sofy
Utility Optimization for Event-Driven Distributed Infrastructures Cristian Lumezanu University of Maryland, College Park Sumeer BholaMark Astley IBM T.J.
Chapter 1: Introduction to Scaling Networks
Application Server Based on SoftSwitch
Chapter 7 Transmission Media
7.1 Chapter 7 Transmission Media Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
Source: GSM Association, 2010 Mobile Networks. Source: GSM Association, Coverage and Capacity Mobile communications networks are designed for both.
The need to harmonize spectrum for mobile
Copyright © Chang Gung University. Permission required for reproduction or display. On Femto Deployment Architecture and Macrocell Offloading Benefits.
Communications Research Centre (CRC) Defence R&D Canada – Ottawa 1 Properties of Mobile Tactical Radio Networks on VHF Bands Li Li & Phil Vigneron Communications.
Chapter 20 Network Layer: Internet Protocol
York County Department of Emergency Services YORK COUNTY, PA DEPARTMENT OF EMERGENCY SERVICES P-25 IP PUBLIC SAFETY RADIO NETWORK Municipal EMA Coordinators.
United Nations Economic Commission for Europe Transport Division United Nations Economic Commission for Europe Transport Division ITU - Inland Transport.
TRANSITION TO THE DIGITAL TERRESTRIAL TELEVISION BROADCASTING IN TURKEY 05 NOVEMBER 2012, BUDAPEST Information and Communication Technologies Authority.
Presented by: April Kerr and Wayne Johnston Date: June 7 th 2006 Axia NetMedia Corporation Using SuperNet for Data Communication throughout Alberta.
Doc.: IEEE /0898r2 Submission July 2012 Marc Emmelmann, FOKUSSlide 1 Fast Initial Service Discovery: An enabler for Self-Growing Date:
NSK 200 GSM Secure Telephone, NSK 201 DECT Single Base Station and NSK 250 Secure Management Centre (NDLO/CIS)
Addition 1’s to 20.
System’s generalities and structure of the final report Cesidio Bianchi. INGV.
VPN AND REMOTE ACCESS Mohammad S. Hasan 1 VPN and Remote Access.
RWE Solutions Austria 1 RWE Solutions Austria GmbH Traffic Solutions.
TYPES; 1. Analog Analog 2. ISDN ISDN 3. B-ISDN B-ISDN 4. DSL DSL 5. ADSL ADSL 6. SDSL SDSL 7. VDSL VDSL 8. CABLE CABLE 9. Wireless Wireless 10. T-1 lines.
NIMS Resource Management IS-700.A – January 2009 Visual 5.1 NIMS Command and Management Unit 5.
Radio Interoperability Initiative. Problems Facing Public Safety Communications Technology  Higher Frequencies  Lower Power  Trunking  User Expectations.
August 6, Mobile Computing COE 446 Network Planning Tarek Sheltami KFUPM CCSE COE Principles of.
Overview and Next Steps 8/27/2015.
1 April 18, th ANNUAL IEEE TECHNICAL EXCHANGE MEETING TETRA Radio Technology for the New Century Bayan A Al-Mobarak Computer & Comms Engineering.
The JINR engineering infrastructure is a multi component structure of the interacting elements. The following subsystems have the greatest effect on integrative.
1 st Ireland TETRA Conference, Dublin 13 th April 2005 Opportunities for TETRA in the Utilities Industry Chris Venemore – Technology Manager 1 st Ireland.
Version 4.0. Objectives Describe how networks impact our daily lives. Describe the role of data networking in the human network. Identify the key components.
1 Is there a requirement for a Commercial TETRA Operator in Venezuela? Caracas, September 20th 2005.
Physical Interoperability
UNIVERSITY OF PATRAS Department of Electrical & Computer Engineering Wireless Telecommunications Laboratory M. Tsagkaropoulos “Securing.
Copyright 2009 Icom Inc. Do not copy or reprint without prior written approvalMay Content subject to change without notice or obligation IDAS™ Conventional.
“ Getting to Know Networks”. What Is a Network? A network is a collection of computers hooked up together, usually by cables or telephone wires, for the.
Convergence Technology. Ch 01 Telecom Overview  Define communications and telecommunications  Components of a communications system  Difference between.
How to improve Mobile Radio Network Planning based on a new Big Data structure analysis Vianney Martinez Alcantara December 3 rd, 2015.
TETRA Experience – Poland Public Safety Shared Networks Kees Verweij ISC/C2000.
© 2014 Utilities Telecom Council State of the Industry “WHY TELECOMMUNICATIONS TECHNOLOGY AND NETWORKS ARE CRITICAL TO THE UTILITY OF THE FUTURE: TECHNICAL,
Cellular Networks Wireless Transmission Cellular Concept
Local Multipoint Distribution Service ?
Mobile ad hoc networking: imperatives and challenges
Cellular Systems.
Presentation transcript:

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 1 Operator of the trunked radio system for the Polish Power Distribution Companies TETRA Experience 2006 Congress Warsaw, June 13-14, 2006 Trunked Radio Dispatcher System for the Polish Power Energy Distribution Companies - Case Study Authors: Jerzy Andruszkiewicz Stefan Wieczorek

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 2 Operator of the trunked radio system for the Polish Power Distribution Companies Electric Power Distribution Companies in Poland

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 3 Operator of the trunked radio system for the Polish Power Distribution Companies Dispatcher radio system for distribution companies – basic requirements Assuring of energy safety of the country and proper functioning of technical services requires independent dispatcher radio system for support and maintenance of the power distribution system – the system should have specific dispatcher functions and should work in emergency and critical states. Existing networks of public operators do not assure proper work in emergency and critical states, they are not resistant to extreme hazard conditions, they do not cope with special dispatcher functions and are not resistant to sudden traffic increase.

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 4 Operator of the trunked radio system for the Polish Power Distribution Companies Resources of distribution companies: Infrastructure of analog radio network – Digicom base stations, in particular: have their own antenna masts (40 and 60 m above terrain level) localized in own premises – - 31 localized in leased premises Radio Base Stations (RBS) are connected with Central Nodes (CN) of each distribution company (ZE) by means of mainly own analog and digital (fiber optic) links. Radio channels in the MHz band (12,5 kHz)

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 5 Operator of the trunked radio system for the Polish Power Distribution Companies Radio coverage of the analog network used by the distribution companies in the MHz band: – approx. 80% of Poland’s area, - 31 local networks belonging to the distribution companies (ZE) and one interregional network (Mazovian group), - the national network does not exist (including corporation networks in the new distribution companies’ structure) - approx. 75% of own links connecting RBS with CN

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 6 Operator of the trunked radio system for the Polish Power Distribution Companies BS sites of the analog dispatcher radio system for power distribution companies in Poland

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 7 Operator of the trunked radio system for the Polish Power Distribution Companies Simulation of digital radio system coverage based on analog BS sites

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 8 Operator of the trunked radio system for the Polish Power Distribution Companies Tests of digital radio networks in distribution companies The comparison tests of radio coverage for analog system and two digital systems (TETRA, P.25) have shown that effective coverage is comparable for all systems (for minimum electric field intensity values required for proper work in the distribution company network). It means that existing BS sites can be used together with new sites filling the gaps in coverage (approx new sites). It will allow to minimize additional capital expenditures.

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 9 Operator of the trunked radio system for the Polish Power Distribution Companies Present and future needs of radio system users: - voice communications – voice transmission, - high speed data links, - better coverage, - access to the national radio system and to other networks, - higher level of data confidentiality and work security in the network, - dispatcher network functions, including service priorities, - the system should be independent of other radio networks – easy access in emergency conditions (high traffic).

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 10 Operator of the trunked radio system for the Polish Power Distribution Companies Concept of building the common radio network for many users: - possibility to use one radio system by many users having different services, transmission security measures and privacy, - reduction of the unit cost of system purchase and unit maintenance cost (per one user), - optimum use of the system resources, - effective use of the frequency band and spectrum management (esp. with 12.5 kHz raster), - effective use of human resources for system maintenance.

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 11 Operator of the trunked radio system for the Polish Power Distribution Companies TETRA network user groups – shared resources Independent VPNs

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 12 Operator of the trunked radio system for the Polish Power Distribution Companies Most important reasons for power distribution radio system digitalization Transition from analog to digital systems is obligatory due to the national regulation body (UKE) policy and international agreements. Radio transmission permits obtained by the power distribution companies will expire in a few years. Users have new demands coming from the technology development (most of them requires digital transmission). IP protocol allows convergence and integration of various transmission media. Outdated and run-down existing equipment must be replaced.

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 13 Operator of the trunked radio system for the Polish Power Distribution Companies Digitalization of the radio system for the power distribution companies will allow: Optimum usage of the allocated frequency band Effective usage of existing technical resources – BS infrastructure and digital links, Reduction of capital and maintenance expenditures for the new network, Scalability of the radio system, Tailoring the system to the changing users’ needs, Independent and safe work of the radio network in emergency cases, Cooperation of the users’ groups created ad hoc during disasters of any type and cooperation with other emergency services, Protection and confidentiality of transmitted data. Access of other cooperating users (e.g., PSE, cooperating companies) to the network resources as VPNs.

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 14 Operator of the trunked radio system for the Polish Power Distribution Companies Expected effects of radio network digitalization Optimum usage of the allocated frequency band via optimization of BS sites – BSs in the border areas between neighbouring distribution companies will be removed Maximum usage of existing infrastructure belonging to distribution companies Better coverage due to 30% increase of BS’s number Improvement of service quality and digital transmission of data

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 15 Operator of the trunked radio system for the Polish Power Distribution Companies Project of the final system configuration Tetra network KONSOLA DISPATCHER’S CONSOLE NETWORK MANAGEMENT SERVER NETWORK MANAGEMENT STATION BT S PSTN PABX

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 16 Operator of the trunked radio system for the Polish Power Distribution Companies System architecture – main aspects Integration of the radio system based on IP architecture Most favorable variant – development of corporation networks being the elements of the national network System integration with PSTN, PABX, public GSM and UMTS networks Possibility of emerging independent VPNs for various related users, Access to internal departamental IT resources Network reconfiguration possibility depending on the current needs

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 17 Operator of the trunked radio system for the Polish Power Distribution Companies Summary (1): Due to the increasing demand of the power distribution sector, esp. for the data transmission, and due to the state of the existing analog network, it is absolutely necessary to begin actions resulting in network modernization and improved quality of services. Analysis of the digitalization possibility of the power distribution companies’ dispatcher radio network shows that digitalization based on the existing IT resources is possible. It is necessary to establish the rules, organization scheme and the development possibility of the digital radio network together with other potential users in Poland It is necessary to develop detailed technical and financial analysis, feasibility study, technical projects and to raise investment funds.

Polskie Towarzystwo Przesyłu i Rozdziału Energii Elektrycznej Polish Power Transsmision and Distribution Association strona 18 Operator of the trunked radio system for the Polish Power Distribution Companies Summary (2): It is possible to optimize development costs of the radio network due to the existing infrastructure of the distribution companies, allocated frequency band and building a nationwide network It is necessary to find the strategy for further activities in the area of using the existing resources, finding new finance sources necessary for modernization or development of a new network and cooperation with other users. An independent dispatcher radio network is a guarantee that the Polish power distribution system will work correctly and safely.