NEW YORK, July 5, 2011 /PRNewswire/ -- Reportlinker.com announces that a new market research report is available in its catalogue:
http://www.reportlinker.com/p0567692/Smart-Grid-in-Asia-Pacific.html#utm_source=prnewswire&utm_medium=pr&utm_campaign=Electric_power_energy
Energy markets in the Asia Pacific region are experiencing a period of significant growth and development, driven both by expanding electricity demand as well as new opportunities for cleaner and more efficient power generation, transmission, and distribution.
Smart grid drivers differ significantly by country, however. Chinese market players believe that the construction of a smart grid is a key part of economic growth and enhancing the ability to optimize energy allocation, including the integration of new generation capacity from both renewable and fossil fuel sources. Japan's electric utilities have been investing huge amounts of capital in power infrastructure, resulting in advanced capabilities in transmission infrastructure and power delivery services; however, the tragic March 2011 earthquake, tsunami, and resulting Fukushima nuclear accident are likely to redefine not only Japan's smart grid planning, but perhaps the direction of the nation's utility industry. Korea seeks to leverage its technology leadership in the IT and communications space to form an advanced smart grid infrastructure within the country, as well as an opportunity to export smart grid technologies around the world. Significant and influential smart grid projects are also underway in Australia, India, and the Association of Southeast Asian Nations (ASEAN) region.
This Pike Research report provides an in-depth analysis of market drivers, business models and applications, and technology issues for the development of the smart grid in key markets within the Asia Pacific region. The study includes detailed forecasts by application area for China, Japan, Korea, Australia, India, and the ASEAN region. Profiles are also provided for more than 30 key industry players.
Key Questions Addressed:
* What are the key market drivers for smart grid development in each Asia Pacific market?
* Which business models are being employed for APAC smart grid deployments? How are these similar to other models found around the world, and how do they differ?
* Who are the key industry players influencing the development of APAC smart grid initiatives? Are there opportunities for additional participants to enter the market?
* For each country, what is the size of the market opportunity within each smart grid application segment?
* What are the key technology issues facing smart grid industry players in each market?
Who needs this report?
* Smart Grid hardware and software vendors
* Networking and telecommunications vendors
* Smart meter manufacturers
* Energy management vendors
* Semiconductor and component suppliers
* Utilities
* Investment community
* Government agencies
* Non-profit organizations and advocacy groups
Table of Contents
1. Executive Summary
1.1 Introduction
1.1.1 What is the Smart Grid?
1.2 The Smart Grid in Asia Pacific
1.2.1 China
1.2.2 Japan
1.2.3 Korea
1.2.4 Australia
1.2.5 India
1.2.6 ASEAN
1.3 Smart Grid Technologies in APAC
1.4 Market Forecasts
2. Market Issues
2.1 The Smart Grid in APAC
2.2 Electricity Market Environment
2.3 Regulation Changes for Smart Grid
2.4 Market Drivers for Smart Grid
2.5 Market Barriers to Smart Grid
2.6 The Impact of Smart Grid Rollout
2.7 Smart Grid 2.0 and Smart Appliances
2.8 The Smart Grid in China
2.8.1 Crisis and Opportunity in China
2.8.2 Market Drivers in China
2.8.3 Power Utility Industry Structure in China
2.8.4 Big Picture for Smart Grid in China
2.8.5 Power Imbalance Issues
2.8.6 Transmission System Upgrades
2.8.6.1 UHV/UHVDC Capability in China
2.8.6.2 3-3-1 Project in China
2.8.7 T&D Upgrades by Chinese Power Utility Companies
2.8.7.1 State Grid Corp. of China (SGCC)
2.8.7.2 China Southern Power Grid
2.8.8 Up-to-Date Smart Grid Projects in China
2.8.8.1 Shenyang Power FTTH Pilot Project
2.8.8.2 Zhejiang Electric Power for Substation Upgrade
2.8.8.3 UHV Transmission R&D Project
2.8.9 Tender Process for Smart Grid
2.8.9.1 T&D Upgrade Tenders
2.8.9.2 Smart Meter Tenders
2.9 The Smart Grid in Japan
2.9.1 Japanese Vision of the Smart Grid
2.9.2 Japanese Endeavors: Smart Community
2.9.3 Smart Grid Projects in Japan
2.9.3.1 Smart Network Project
2.9.4 EV-Based Smart Grid Project
2.9.5 Implications of the Japanese Smart Grid Approach
2.9.5.1 Demand-Side Management
2.9.5.2 Smart Home in HAN Environment
2.9.5.3 Distributed Energy Sources
2.9.5.4 EV and V2G
2.10 The Smart Grid in Korea
2.10.1 Smart Grid Initiatives
2.10.2 Jeju Smart Grid Demonstration: The First Round Results
2.10.2.1 Smart Transportation
2.10.2.2 Smart Place for HEMS and AMI
2.10.2.3 Smart Renewable
2.10.2.4 Smart Power Grid and Electricity Service
2.10.3 T&D Upgrades in Korea
2.10.3.1 Advanced Power Grid Environment
2.10.3.2 Self-Healing
2.10.3.3 Transmission and Transformation
2.10.3.4 Substation and Distribution
2.10.3.5 Demand-Side Management
2.10.4 Implications of the Korean Smart Grid Approach
2.10.4.1 Converged Integration for Business Models
2.10.4.2 Home Energy Management Systems
2.10.4.3 Smart Appliances Approach
2.11 The Smart Grid in Australia
2.11.1 Smart Grid Commitment in Australia
2.11.2 State-Level Plans for Smart Grid
2.11.2.1 Victoria
2.11.2.2 New South Wales
2.11.2.3 Queensland
2.11.3 Smart Grid/Smart City Project
2.12 The Smart Grid in India
2.12.1 Energy Deficit and Theft Issue
2.12.2 Vision of the Smart Grid in India
2.12.3 Smart Grid Project: R-APDRP
2.12.4 Smart Grid Commitment in India
2.13 The Smart Grid in ASEAN
2.13.1 ASEAN's Commitment to AMI and Smart Mete
2.13.1.1 Taiwan
2.13.1.2 Thailand
2.13.1.3 Malaysia
2.13.1.4 Singapore
2.13.1.4.1. Singapore's Efforts Around Power Grids
2.13.1.4.2. Singaporean Vision
2.13.1.4.3. IES Projects
2.13.1.5 Indonesia
2.13.1.6 The Philippines
2.14 Global Cooperation
3. Technology Issues
3.1 Role of Communications Networks
3.2 Smart Grid Networking Technologies
3.2.1 Neighborhood Area Network (NAN)
3.2.2 Wide Area Network (WAN)
3.2.3 Home Area Network (HAN)
3.2.4 Utility Enterprise Systems
3.2.5 Smart Grid Technologies in APAC
3.3 Technology Scopes for Market Players in APAC
3.3.1 Technology Implications of Smart Grid
3.3.2 Distribution, Management, and Transmission Solution
3.3.3 System Architecture Transition
3.3.4 Efficiency Scope
3.4 Korea's Smart Grid Technology Roadmap
3.4.1 Smart Power Grid
3.4.2 Smart Consumers
3.4.3 Smart Transportation
3.4.4 Smart Renewable
3.4.5 Smart Electricity Services
3.4.6 Systems and Technologies Applied in Korean Roadmap
3.5 Standards Activities in APAC
3.5.1 Standards Activities in China
3.5.1.1 Standards Scope in China
3.5.1.2 Strategic Scopes in China
3.5.2 Standards Activities in Korea
3.5.3 Standards Activities in Japan
3.5.4 ISGAN
3.6 Interoperability
3.7 Cyber Security
4. Key Industry Players
4.1 ABB
4.2 Alstom
4.3 China Southern Power Grid
4.4 Fuji Electric Holdings
4.5 Fujitsu
4.6 General Electric
4.7 HCL InfoSystems
4.8 Hitachi Group
4.9 Holley Metering
4.10 IBM
4.11 Infosys
4.12 KDN
4.13 KEPCO
4.14 Korea Telecom
4.15 LG Group
4.16 LS Industrial Systems
4.17 LSIS
4.18 Mitsubishi Group
4.19 Ningbo Sanxing Electric
4.20 North Delhi Power Limited – NDPL
4.21 NTT DoCoMo
4.22 Osaki Electric
4.23 Panasonic
4.24 PAX Electricity
4.25 Power Grid Corporation of India
4.26 PS Tec
4.27 Schneider Electric
4.28 Shimizu Corporation
4.29 Siemens AG
4.30 SK Telecom
4.31 State Grid Corp. of China
4.32 Telvent
4.33 Toshiba
4.34 Toshiba Toko Meter Systems
4.35 Wasion Group
4.36 Xeline
5. Market Forecasts
5.1 Demographic, Economic, and Electricity Data in APAC
5.2 National Policy in China: Key Market Potential Factor in APAC
5.3 APAC Smart Grid Market
5.3.1 Revenue by Country
5.3.2 Revenue by Applications
5.3.3 Cumulative Market Potential by 2017
5.4 Smart Grid Market – China
5.5 Smart Grid Market – Japan
5.6 Smart Grid Market – Korea
5.7 Smart Grid Market – Australia
5.8 Smart Grid Market – India
5.9 Smart Grid Market – ASEAN
6. Company Directory
7. Acronym and Abbreviation List
8. Table of Contents
9. Table of Charts and Figures
10. Scope of Study, Sources and Methodology, Notes
List of Charts and Figures
* Smart Grid Revenue by Application, APAC: 2010-2017
* Cumulative Smart Grid Revenue by Country, APAC (Except China): 2010-2017
* Power Generation Capability, China: 2000-2007
* Power Deficiency Issues, China: 2004-July 2008
* Power Generation Sources by Percentages, China: 2007
* Smart Meter Deployment Penetration, Victoria, Australia: Mid-2010-2013
* Smart Grid Revenue, China and Rest of APAC: 2010-2017M
* Smart Grid Revenue, China: 2010-2017
* Smart Grid Revenue by Country, APAC (Except China): 2010-2017
* Smart Grid Revenue by Application, APAC: 2010-2017
* Smart Grid Application Revenue Comparisons, APAC: 2010-2017
* Cumulative Smart Grid Revenue, China and Rest of APAC: 2010-2017
* Cumulative Smart Grid Revenue, China: 2010-2017
* Cumulative Smart Grid Revenue by Country, APAC (Except China): 2010-2017
* Cumulative Smart Grid Revenue by Application: 2017
* Smart Grid Revenue by Application, China: 2010-2017
* Smart Grid Revenue by Application, Japan: 2010-2017
* Smart Grid Revenue by Application, Korea: 2010-2017
* Smart Grid Revenue by Application, Australia: 2010-2017
* Smart Grid Revenue by Application, India: 2010-2017
* Smart Grid Revenue by Application, ASEAN: 2010-2017
* Smart Grid Structures for Hardware Business Creation
* Smart Grid Architecture and Functional Scopes for Software Business Creation
* Transmission Line Paths and Construction Plans in China
* Smart Community Conceptual Diagram
* Smart Grid Projects with Integrated Approaches in Japan
* EV-Based Smart Grid Project in Japan
* Demand-Side Management Concept of the Smart Grid in Japan
* Jeju Smart Grid Participants and Investment Plans (as of November 2010)
* Loss Factor, Outage Hours, Load Factor Comparisons in Transmission Capabilities: Korea, Japan, the United States, and the United Kingdom
* Automation Status of Substation Facilities and Capacity by Voltage Level, Korea
* AMR and IT Architecture Adopted in the Philippines
* AMI Configuration in APAC
* Transmission, Substation, and Distribution Upgrades, Korea: 2010-2030
* Smart Grid Standards Bodies Hierarchy in APAC
* China's "Strong Smart Grid" Investment Plans by Phase: 2009-2020China's "Strong Smart Grid" Investment Plans by Phase: 2009-2020
List of Tables
* New Smart Grid and AMI Deployments Announced, United States: 1Q 2011
* UHV and UHVDC Transmission Capability Comparisons, Asia Pacific, Europe, and North America: 2010
* State Grid Corp. Smart Meter Tenders: December 2009, April 2010, and July 2010
* Substation and Distribution Automation Roadmap in Korea
* Smart Meter Deployment Plans, Victoria, Australia: 2009-2011
* Characteristics of Communications Technologies in Legacy Grids and Smart Grids
* Distribution and Remote Metering (C&I Customers) Networking Technologies, Japan
* Systems and Technologies Applied to Korean Smart Grid Roadmap: 2010-2030
* Demographic, Economic, and Electricity Consumption Statistics in APAC Nations
* Transmission Upgrade Revenue by Country, APAC Markets: 2010-2017
* Cumulative Smart Grid Revenue by Country, APAC: 2010-2017
* Cumulative Smart Grid Revenue by Application, APAC: 2010-2017
* Smart Grid Revenue by Application, China: 2010-2017
* Smart Grid Revenue by Application, Japan: 2010-2017
* Smart Grid Revenue by Application, Korea: 2010-2017
* Smart Grid Revenue by Application, Australia: 2010-2017
* Smart Grid Revenue by Application, India: 2010-2017
* Smart Grid Revenue by Application, ASEAN: 2010-2017
* Substation Upgrade Revenue by Country, APAC Markets: 2010-2017
* Distribution Automation Revenue by Country, APAC Markets: 2010-2017
* EV Management Systems Revenue by Country, APAC Markets: 2010-2017
* Smart Meter Revenue by Country, Asia Pacific: 2010-2017
* Total Grid Automation Revenue by Country, APAC Markets: 2010-2017
* Total Smart Grid Revenue by Country, APAC Markets: 2010-2017
* Smart Grid Revenue by Application, APAC: 2010-2017
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Nicolas Bombourg
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