Policy on Intellectual Property Right (IPR)
1 Introduction
2 Smart grid features and
characteristics
3 Smart grid communication
network technologies
4 Smart grid objectives and
benefits
4.1 Reducing overall
electricity demand through system optimization
4.2 Integrating
renewable and distributed energy resources
4.3 Providing a
resilient network
5 ITU approach to smart grid
6 Data rates, bandwidths,
frequency bands and spectrum requirements needed to support the needs of power
grid management systems
6.1 Overview
6.2 Frequencies for
Power Grid Management Systems
6.3 Home area network
6.4 WAN/NAN/FAN
7 Interference considerations
associated with the implementation of wired and wireless data transmission
technologies used in power grid management systems
8 Impact of widespread
deployment of wired and wireless networks used for power grid management
systems on spectrum availability
9 Conclusion
Annex 1 Examples of existing standards related to power grid management
systems
A1.1 IEEE Standards
A1.2 ITU-T Standards
A1.3 3GPP Standards
A1.4 3GPP2 Standards
Annex 2 Smart grid in North America
A2.1 Introduction
A2.2 Rationale for
Smart grid deployment
Annex 3 Smart grid in Europe
A3.1 Introduction
A3.2 European
activities in some Member States
A3.2.1 The
European Industrial Initiative on electricity grids
A3.2.2 National
technology platform – smart grids Germany
Annex 4 Smart grid in Brazil
A4.1 Introduction
A4.2 Brazilian power
sector
A4.3 Brazilian smart
grid study group
A4.4 Telecommunication
issues
A4.5 Technical data
A4.6 LF measurements
A4.7 Conclusion
Annex 5 Smart grid in the Republic of Korea
A5.1 Korea’s Smart grid
roadmap
A5.2 Technology
development
Annex 6 Smart grid in Indonesia
A6.1 Introduction
A6.2 Smart grid
development and challenging issues
Annex 7 Researches on wireless access technologies for Smart grid in China
A7.1 Introduction
A7.2 A wireless access
technology for Smart grid in China
A7.2.1 Introduction
A7.2.2 Key
technical features
A7.2.3 Industrialization
and Application
A7.2.4 Standardization
A7.3 Conclusion