Analyzing the Smart Grid in China 2016
The market for smart grids in China is anticipated to grow at a significant rate of 20% to 2020. One of the key factors contributing to this market growth is China's systematic smart grid implementation plan. The smart grid market in China has also been witnessing increased governmental investment. However, increased exposure to cyber-attacks could pose a challenge to the growth of this market.
The vast majority of smart grid investment in China centers around transmission, distribution automation and automatic metering reading (AMR) to support a developing grid and robust renewable energy build-out. China may not, however, fully exploit this opportunity. Government regulators will have to create a suitable vision for the nation’s smart grid and provide appropriately supportive policies and incentives.
The government of China, the State Grid Corporation of China (SGCC) and China Southern Power Grid Company (CSG) are formulating plans and are initiating steps to complete the development of smart grids in China. The smart grid initiative taken by SGCC will continue for the period 2011-2020.
Aruvian Research analyzes the Smart Grid Industry in China in its research report Analyzing the Smart Grid in China. The report begins with an overview of the smart grid, technologies used in the smart grid and the constituents of the smart grid.
The global smart grid industry is analyzed through an analysis of the market for smart meters and synchrophasors. Each sector is analyzed through industry statistics, the units installed worldwide, industry revenues and the major players in these markets. An analysis of the smart grid market in Asia Pacific is carried out through the analysis of the market for smart meters, the market for RTUs and the market for synchrophasors.
The smart grid in China is analyzed through industry statistics, development in terms of installation of smart meters and synchrophasors. We look at the revenues earned from the installations of smart meters and from the synchrophasor market as well. Regulatory framework and technological developments in the country is also analyzed.
Major players in the global smart grid industry as well as domestic players in the Chinese smart grid industry are analyzed in this report, Analyzing the Smart Grid in China.
The vast majority of smart grid investment in China centers around transmission, distribution automation and automatic metering reading (AMR) to support a developing grid and robust renewable energy build-out. China may not, however, fully exploit this opportunity. Government regulators will have to create a suitable vision for the nation’s smart grid and provide appropriately supportive policies and incentives.
The government of China, the State Grid Corporation of China (SGCC) and China Southern Power Grid Company (CSG) are formulating plans and are initiating steps to complete the development of smart grids in China. The smart grid initiative taken by SGCC will continue for the period 2011-2020.
Aruvian Research analyzes the Smart Grid Industry in China in its research report Analyzing the Smart Grid in China. The report begins with an overview of the smart grid, technologies used in the smart grid and the constituents of the smart grid.
The global smart grid industry is analyzed through an analysis of the market for smart meters and synchrophasors. Each sector is analyzed through industry statistics, the units installed worldwide, industry revenues and the major players in these markets. An analysis of the smart grid market in Asia Pacific is carried out through the analysis of the market for smart meters, the market for RTUs and the market for synchrophasors.
The smart grid in China is analyzed through industry statistics, development in terms of installation of smart meters and synchrophasors. We look at the revenues earned from the installations of smart meters and from the synchrophasor market as well. Regulatory framework and technological developments in the country is also analyzed.
Major players in the global smart grid industry as well as domestic players in the Chinese smart grid industry are analyzed in this report, Analyzing the Smart Grid in China.
A. EXECUTIVE SUMMARY
B. ANALYZING THE SMART GRID
B.1 Overview of the Smart Grid
B.2 Smart Grid Technologies
B.2.1 Distributed Resources
B.2.2 Storage of Electrical Energy
B.2.3 Demand-side Power Management
B.2.4 Managing the Power Grid
B.2.5 Managing of Customer Power
B.2.6 Wireless Technology: An Integral Part of the Smart Grid
B.2.7 Cabling Technologies
B.2.8 Integrated Communication Technologies
B.2.9 Sensing and Measurement Technologies
B.2.10 Utility-Consumer Interface Technologies
C. CONSTITUENTS OF THE SMART GRID
C.1 Distribution of Electricity
C.2 Transmission of Electricity
C.3 Generation of Electricity
C.4 Role of AMI
C.4.1 What is Advanced Metering?
C.4.2 Pros & Cons of Advanced Metering
C.5 Role of Synchrophasors
C.6 Role of Remote Terminal Units (RTUs)
D. GLOBAL SMART GRID MARKET
D.1 Industry Overview
D.2 Global Market for Smart Meters
D.2.1 Industry Statistics
D.2.2 Installations of Smart Meters
D.2.3 Industry Revenues
D.2.4 Major Players
D.3 Global Market for Synchrophasors
D.3.1 Industry Statistics
D.3.2 Installations of Synchrophasors
D.3.3 Industry Revenues
D.3.4 Major Players
E. SMART GRID MARKET IN ASIA PACIFIC
E.1 Industry Overview
E.2 Market for Smart Meters in Asia Pacific
E.2.1 Industry Overview
E.2.2 Installations of Smart Meters
E.2.3 Smart Meter Revenues
E.3 Market for Remote Terminal Units (RTUs) in Asia Pacific
E.3.1 Industry Overview
E.3.2 Installations of RTUs
E.3.3 Industry Revenues
E.4 Market for Synchrophasors in Asia Pacific
E.4.1 Industry Overview
E.4.2 Installations of Synchrophasors
E.4.3 Synchrophasor Revenues
F. SMART GRID IN CHINA
F.1 Market for Smart Meters in China
F.1.1 Industry Statistics
F.1.2 Installations of Smart Meters
F.1.3 Industry Revenues
F.2 Market for Synchrophasors in China
F.2.1 Industry Overview
F.2.2 Installations of Synchrophasors
F.2.3 Synchrophasor Revenues
F.3 Regulatory Framework
F.4 Technological Developments
G. MAJOR INDUSTRY PLAYERS
G.1 ABB
G.2 Advanced Control Systems
G.3 Alstom SA
G.4 Beijing Sifang Automation
G.5 China Xd Electric Co., Ltd.
G.6 Cisco Systems
G.7 eMeter Corporation
G.8 Energate
G.9 EnergyHub
G.10 EnerNOC Inc
G.11 General Electric Company
G.12 Google
G.13 Guodian Nanjing Automation Co., Ltd.
G.14 IBM
G.15 Itron, Inc
G.16 Landis+Gyr AG
G.17 Microsoft Corporation
G.18 NARI Technology Development Co., Ltd.
G.19 Opower
G.20 Schneider Electric SE
G.21 Siemens AG
G.22 State Grid Corporation of China
G.23 Tantalus Systems Corporation
G.24 TBEA Co., Ltd
G.25 Telvent Git SA
G.26 Toshiba Corporation
G.27 Tropos Networks
G.28 Wasion Group Holdings Limited
G.29 XJ Electric Co., Ltd
H. GLOSSARY OF TERMS
B. ANALYZING THE SMART GRID
B.1 Overview of the Smart Grid
B.2 Smart Grid Technologies
B.2.1 Distributed Resources
B.2.2 Storage of Electrical Energy
B.2.3 Demand-side Power Management
B.2.4 Managing the Power Grid
B.2.5 Managing of Customer Power
B.2.6 Wireless Technology: An Integral Part of the Smart Grid
B.2.7 Cabling Technologies
B.2.8 Integrated Communication Technologies
B.2.9 Sensing and Measurement Technologies
B.2.10 Utility-Consumer Interface Technologies
C. CONSTITUENTS OF THE SMART GRID
C.1 Distribution of Electricity
C.2 Transmission of Electricity
C.3 Generation of Electricity
C.4 Role of AMI
C.4.1 What is Advanced Metering?
C.4.2 Pros & Cons of Advanced Metering
C.5 Role of Synchrophasors
C.6 Role of Remote Terminal Units (RTUs)
D. GLOBAL SMART GRID MARKET
D.1 Industry Overview
D.2 Global Market for Smart Meters
D.2.1 Industry Statistics
D.2.2 Installations of Smart Meters
D.2.3 Industry Revenues
D.2.4 Major Players
D.3 Global Market for Synchrophasors
D.3.1 Industry Statistics
D.3.2 Installations of Synchrophasors
D.3.3 Industry Revenues
D.3.4 Major Players
E. SMART GRID MARKET IN ASIA PACIFIC
E.1 Industry Overview
E.2 Market for Smart Meters in Asia Pacific
E.2.1 Industry Overview
E.2.2 Installations of Smart Meters
E.2.3 Smart Meter Revenues
E.3 Market for Remote Terminal Units (RTUs) in Asia Pacific
E.3.1 Industry Overview
E.3.2 Installations of RTUs
E.3.3 Industry Revenues
E.4 Market for Synchrophasors in Asia Pacific
E.4.1 Industry Overview
E.4.2 Installations of Synchrophasors
E.4.3 Synchrophasor Revenues
F. SMART GRID IN CHINA
F.1 Market for Smart Meters in China
F.1.1 Industry Statistics
F.1.2 Installations of Smart Meters
F.1.3 Industry Revenues
F.2 Market for Synchrophasors in China
F.2.1 Industry Overview
F.2.2 Installations of Synchrophasors
F.2.3 Synchrophasor Revenues
F.3 Regulatory Framework
F.4 Technological Developments
G. MAJOR INDUSTRY PLAYERS
G.1 ABB
G.2 Advanced Control Systems
G.3 Alstom SA
G.4 Beijing Sifang Automation
G.5 China Xd Electric Co., Ltd.
G.6 Cisco Systems
G.7 eMeter Corporation
G.8 Energate
G.9 EnergyHub
G.10 EnerNOC Inc
G.11 General Electric Company
G.12 Google
G.13 Guodian Nanjing Automation Co., Ltd.
G.14 IBM
G.15 Itron, Inc
G.16 Landis+Gyr AG
G.17 Microsoft Corporation
G.18 NARI Technology Development Co., Ltd.
G.19 Opower
G.20 Schneider Electric SE
G.21 Siemens AG
G.22 State Grid Corporation of China
G.23 Tantalus Systems Corporation
G.24 TBEA Co., Ltd
G.25 Telvent Git SA
G.26 Toshiba Corporation
G.27 Tropos Networks
G.28 Wasion Group Holdings Limited
G.29 XJ Electric Co., Ltd
H. GLOSSARY OF TERMS
LIST OF FIGURES
Figure 1: Value Chain of a Smart Grid
Figure 2: SCE’s Advanced Metering Infrastructure Communications System involves Multiple Communication Paths to Link the Utility to the Meters to its Customers.
Figure 3: Growth of Cabling Technology by Major Countries, 2010-2020
Figure 4: Growth of Integrated Communication Technology by Major Countries, 2010-2020
Figure 5: Growth of Sensing & Measurement Technologies by Major Countries, 2010-2020
Figure 6: Growth of Utility-Consumer Interface Technologies by Major Countries, 2010-2020
Figure 10: Typical Architecture of Synchrophasor System
Figure 8: Global Market for Smart Meters, Regional Market Share (% of Units Installed), 2015
Figure 9: Units of Smart Meters Installed Globally (in Millions), 2008-2020
Figure 10: Revenues of the Global Smart Meter Industry (in USD Million), 2008-2020
Figure 11: Major Players in the Global Smart Meter Industry & Market Share Analysis (%), 2015
Figure 12: Global Market for Synchrophasors, Regional Market Share (% of Units Installed), 2015
Figure 13: Units of Synchrophasors Installed Globally, 2010-2020
Figure 14: Revenues of the Global Synchrophasor Industry (in USD ‘000), 2010-2020
Figure 15: Major Players in the Global Synchrophasor Industry & Market Share Analysis (%), 2015
Figure 16: Units of Smart Meters Installed in Asia Pacific (in Millions), 2010-2020
Figure 17: Revenues of the Asia Pacific Smart Meter Industry (in USD Million), 2010-2020
Figure 18: Units of RTUs Installed in Asia Pacific, 2010-2020
Figure 19: Revenues of the RTU Industry in Asia Pacific (in USD ‘000), 2010-2020
Figure 20: Units of Synchrophasors Installed in Asia Pacific, 2010-2020
Figure 21: Revenues of the Asia Pacific Synchrophasor Industry (in USD ‘000), 2010-2020
Figure 22: Regional Power Grids in China, Planned Interconnection
Figure 23: Current Electricity Pricing Mechanism in China
Figure 24: Key Smart Grid Developments in China
Figure 25: Units of Smart Meters Installed in China (in Millions), 2010-2020
Figure 26: Revenues of the China Smart Meter Industry (in USD Million), 2010-2020
Figure 27: Units of Synchrophasors Installed in China, 2010-2020
Figure 28: Revenues of the Synchrophasor Industry in China (in USD ‘000), 2010-2020
Figure 1: Value Chain of a Smart Grid
Figure 2: SCE’s Advanced Metering Infrastructure Communications System involves Multiple Communication Paths to Link the Utility to the Meters to its Customers.
Figure 3: Growth of Cabling Technology by Major Countries, 2010-2020
Figure 4: Growth of Integrated Communication Technology by Major Countries, 2010-2020
Figure 5: Growth of Sensing & Measurement Technologies by Major Countries, 2010-2020
Figure 6: Growth of Utility-Consumer Interface Technologies by Major Countries, 2010-2020
Figure 10: Typical Architecture of Synchrophasor System
Figure 8: Global Market for Smart Meters, Regional Market Share (% of Units Installed), 2015
Figure 9: Units of Smart Meters Installed Globally (in Millions), 2008-2020
Figure 10: Revenues of the Global Smart Meter Industry (in USD Million), 2008-2020
Figure 11: Major Players in the Global Smart Meter Industry & Market Share Analysis (%), 2015
Figure 12: Global Market for Synchrophasors, Regional Market Share (% of Units Installed), 2015
Figure 13: Units of Synchrophasors Installed Globally, 2010-2020
Figure 14: Revenues of the Global Synchrophasor Industry (in USD ‘000), 2010-2020
Figure 15: Major Players in the Global Synchrophasor Industry & Market Share Analysis (%), 2015
Figure 16: Units of Smart Meters Installed in Asia Pacific (in Millions), 2010-2020
Figure 17: Revenues of the Asia Pacific Smart Meter Industry (in USD Million), 2010-2020
Figure 18: Units of RTUs Installed in Asia Pacific, 2010-2020
Figure 19: Revenues of the RTU Industry in Asia Pacific (in USD ‘000), 2010-2020
Figure 20: Units of Synchrophasors Installed in Asia Pacific, 2010-2020
Figure 21: Revenues of the Asia Pacific Synchrophasor Industry (in USD ‘000), 2010-2020
Figure 22: Regional Power Grids in China, Planned Interconnection
Figure 23: Current Electricity Pricing Mechanism in China
Figure 24: Key Smart Grid Developments in China
Figure 25: Units of Smart Meters Installed in China (in Millions), 2010-2020
Figure 26: Revenues of the China Smart Meter Industry (in USD Million), 2010-2020
Figure 27: Units of Synchrophasors Installed in China, 2010-2020
Figure 28: Revenues of the Synchrophasor Industry in China (in USD ‘000), 2010-2020
LIST OF TABLES
Table 1: Today’s Electric Grid versus the Smart Grid
Table 2: Elements of the Smart Grid
Table 3: Units of Smart Meters Installed Globally (in Millions), 2008-2020
Table 4: Revenues of the Global Smart Meter Industry (in USD Million), 2008-2020
Table 5: Units of Synchrophasors Installed Globally, 2010-2020
Table 6: Revenues of the Global Synchrophasor Industry (in USD ‘000), 2010-2020
Table 7: Units of Smart Meters Installed in Asia Pacific (in Millions), 2010-2020
Table 8: Revenues of the Asia Pacific Smart Meter Industry (in USD Million), 2010-2020
Table 9: Units of RTUs Installed in Asia Pacific, 2010-2020
Table 10: Revenues of the RTU Industry in Asia Pacific (in USD ‘000), 2010-2020
Table 11: Units of Synchrophasors Installed in Asia Pacific, 2010-2020
Table 12: Revenues of the Asia Pacific Synchrophasor Industry (in USD ‘000), 2010-2020
Table 13: Units of Smart Meters Installed in China (in Millions), 2010-2020
Table 14: Revenues of the China Smart Meter Industry (in USD Million), 2010-2020
Table 15: Units of Synchrophasors Installed in China, 2010-2020
Table 16: Revenues of the Synchrophasor Industry in China (in USD ‘000), 2010-2020
Table 1: Today’s Electric Grid versus the Smart Grid
Table 2: Elements of the Smart Grid
Table 3: Units of Smart Meters Installed Globally (in Millions), 2008-2020
Table 4: Revenues of the Global Smart Meter Industry (in USD Million), 2008-2020
Table 5: Units of Synchrophasors Installed Globally, 2010-2020
Table 6: Revenues of the Global Synchrophasor Industry (in USD ‘000), 2010-2020
Table 7: Units of Smart Meters Installed in Asia Pacific (in Millions), 2010-2020
Table 8: Revenues of the Asia Pacific Smart Meter Industry (in USD Million), 2010-2020
Table 9: Units of RTUs Installed in Asia Pacific, 2010-2020
Table 10: Revenues of the RTU Industry in Asia Pacific (in USD ‘000), 2010-2020
Table 11: Units of Synchrophasors Installed in Asia Pacific, 2010-2020
Table 12: Revenues of the Asia Pacific Synchrophasor Industry (in USD ‘000), 2010-2020
Table 13: Units of Smart Meters Installed in China (in Millions), 2010-2020
Table 14: Revenues of the China Smart Meter Industry (in USD Million), 2010-2020
Table 15: Units of Synchrophasors Installed in China, 2010-2020
Table 16: Revenues of the Synchrophasor Industry in China (in USD ‘000), 2010-2020
