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北米と南米におけるスマートグリッド市場:2020年までの重要動向、法規制、最新市場展望、主要装置市場規模

Smart Grid Market in North and South America ? Key Issues, Regulations, Current Market Outlook and Key Equipment Market Size to 2020

 

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2014年1月US$3,995
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サマリー

この調査レポートは、北米と南米のスマートグリッド市場を調査し、マイクログリッドやシンクロフェーザー、SCADAなどの主要装置に関する情報を提供しています。また、装置タイプ毎の地域別分析も掲載しています。さらに、主な市場促進要因と阻害要因や新たに採用が見込まれる技術についても解説しています。

Description

GlobalData, the industry analysis specialist, has released its latest research: Smart Grid Market in North and South America – Key Issues, Regulations, Current Market Outlook and Key Equipment Market Size to 2020, which provides analysis of the North and South American smart grid markets. The report provides information on key equipment such as microgrids, synchrophasors, Supervisory Control and Data Acquisition (SCADA), and renewable energy in some of the major countries in the region, along with regional-level analysis for each type of equipment. It also covers key market drivers and restraints and upcoming technologies.

Scope

  • An overview of the smart grid market in North and South America, along with the drivers and restraints and funding scenario in each region
  • An overview of the market for key smart grid equipment such as synchrophasors, SCADA, renewable energy generation, microgrid, smart meter and EV
  • Coverage of key countries in the region for each market with forecasts until 2020
  • In the case of synchrophasors, annual unit sales and market size, until 2020, of the US, Canada, Mexico, and Colombia
  • In the case of SCADA, market size and forecasts for the two major markets until 2020: the US and Brazil
  • In the case of renewable energy generation, cumulative capacity additions for Mexico, the US, Canada, Brazil, Chile, Colombia, and Peru, from 2006 to 2020
  • In the case of smart meter unit installations, the market for the US, Canada and Brazil
  • In the case of the EV market, the current scenario in the US and Brazil
  • In the case of the microgrid market, US forecasts until 2020
  • The current outlook of upcoming technologies such as Outage Management Systems (OMS), Distribution Automation (DA), Virtual Power Plants, cloud computing and smart cities
  • Smart grid policies for key countries: the US, Canada, Mexico and Brazil

Reasons To Buy

  • Facilitate decision-making based on strong historic and forecast data for the North and South American smart grid market
  • Develop strategies for market penetration and product development
  • Position yourself to gain the maximum advantage from the North and South American smart grid market’s growth potential
  • Respond to your competitor’s business structure, strategy and prospects


目次

Table of Contents

1 Table of Contents 2

1.1 List of Tables 6

1.2 List of Figures 7

2 Executive Summary 8

2.1 US Leads Way in Key Smart Grid Equipment in North America 8

2.2 Growing Smart Meter Technology in Brazil 9

2.3 Growing Prospects of South American Market 10

3 Introduction 11

3.1 GlobalData Report Guidance 11

4 South and North America Smart Grid Market 13

4.1 North and South America Smart Grid Market, Drivers and Restraints 13

4.1.1 North America Smart Grid Market Drivers 13

4.1.2 North America Smart Grid Market Restraints 15

4.1.3 South America Smart Grid Market Drivers 16

4.1.4 South America Smart Grid Market Restraints 21

4.2 North America Funding Scenario 22

4.2.1 US, Funding Scenario 22

4.2.2 Canada, Funding Scenario 24

4.2.3 Mexico 25

4.3 South America, Funding Scenario 26

5 North and South America Smart Grid, Key Markets 29

5.1 North and South America Smart Grid, Key Markets, Synchrophasor Overview 29

5.1.1 North America Smart Grid, Key Markets, Synchrophasor Market 30

5.1.2 South America Smart Grid, Key Markets, Synchrophasor Market, Overview 37

5.2 North and South America Smart Grid, Key Markets, SCADA 39

5.2.1 North and South America Smart Grid, Key Markets, Overview 39

5.2.2 North America Smart Grid, Key Markets, SCADA, Overview 39

5.2.3 South America Smart Grid, Key Markets, SCADA, Overview 44

5.3 North and South America Smart Grid, Key Markets, Renewable Energy Generation 47

5.3.1 North America Smart Grid Market, Key Markets, Renewable Energy Market, Overview 47

5.3.2 South America Smart Grid, Key Markets, Renewable Energy, Overview 54

5.4 North and South America Smart Grid Market, Key Markets, Microgrid 63

5.4.1 North and South America Smart Grid Market, Key Markets, Microgrid, Overview 63

5.4.2 North America Smart Grid Market, Key Markets, Microgrid, Overview 64

5.4.3 South America Smart Grid Market, Key Markets, Microgrid, Overview 69

5.5 North and South America Smart Grid Market, Key Markets, Smart Meters 69

5.5.1 North America Smart Grid Market, Key Markets, Smart Meters 70

5.5.2 South America Smart Grid Market, Key Markets, Smart Meters, Overview 73

5.6 North and South America Smart Grid Market, Key Markets, Electric Vehicles 77

5.6.1 North America Smart Grid Market, Key Markets, Electric Vehicles 77

5.6.2 South America Smart Grid Market, Key Markets, Electric Vehicles, Overview 80

6 North and South America Smart Grid Market, Upcoming Technologies and Current Outlook 82

6.1 North and South America Smart Grid Market, Upcoming Technology, IT Systems 82

6.1.1 North and South America Smart Grid Market, Upcoming Technology, OMS 82

6.1.2 North and South America Smart Grid Market, Upcoming Technology, Distribution Automation 83

6.2 North and South America Smart Grid Market, Upcoming Technology, Cloud Computing 84

6.3 North and South America Smart Grid Market, Upcoming Technology, Virtual Power Plant 86

6.3.1 Smart Grid Market, North America, Virtual Power Plant 86

6.3.2 Smart Grid Market, South America, Virtual Power Plant 87

6.4 North and South America Smart Grid Market, Upcoming Technology, Smart Cities 88

6.4.1 North America 88

6.4.2 South America 89

Chile 89

Argentina 90

Ecuador 90

Brazil 90

7 North and South America, Smart Grid, Policy 91

7.1 North America Smart Grid, Policies 91

7.1.1 US 91

7.1.2 Massachusetts 101

7.1.3 Canada 102

7.2 South America Policy 110

7.2.1 Brazil 110

8 Appendix 114

8.1 Definitions 114

8.1.1 Smart Meters 114

8.1.2 Demand Response 114

8.1.3 Electric Vehicle 114

8.1.4 Distributed Energy Generation Systems 114

8.1.5 Microgrid 114

8.1.6 Smart Cities 114

8.1.7 Wide Area Monitoring Systems 114

8.1.8 Supervisory Control and Data Acquisition 114

8.1.9 Intelligent Electronic Devices 114

8.1.10 Smart Grid 115

8.1.11 Substation Automation 115

8.1.12 Cloud Computing 115

8.1.13 Virtual Power Plant 115

8.2 Abbreviations 116

8.3 Bibliography 117

8.4 Coverage 123

8.5 Methodology 123

8.5.1 Secondary Research 124

8.5.2 Primary Research 124

8.6 Contact Us 124

8.7 Disclaimer 124

List Of Tables

Table 1: North and South America Smart Grid, South America, T&D Losses (%), 2012 19

Table 2: North and South America Smart Grid, South America, GDP Growth (%), 2007–2018 21

Table 3: North and South America Smart Grid, US, ARRA Funding, as of September 3, 2013 ($bn) 24

Table 4: North and South America Smart Grid, US, Funds Allocated to Smart Grid, September 2013 25

Table 5: North and South America Smart Grid, US, US DOE Awarded Projects for Synchrophasors ($), 2013 32

Table 6: North and South America Smart Grid, US, Synchrophasors Volume (Units) and Market Size ($m), 2009–2020 34

Table 7: North and South America Smart Grid, Canada, Synchrophasors Volume (Unit) and Market Size ($m), 2009–2020 36

Table 8: North and South America Smart Grid, Mexico, Synchrophasors Volume (Unit) and Market Size ($m), 2009–2020 38

Table 9: North and South America Smart Grid, Colombia, Synchrophasors Volume (Unit) and Market Size ($m), 2009–2020 40

Table 10: North and South America Smart Grid, US, SCADA Market Size ($bn), 2009–2020 43

Table 11: North and South America Smart Grid, US, Breakdown of Total SCADA Revenue by Component, 2012 44

Table 12: North and South America Smart Grid, Brazil, SCADA Market Size ($m), 2009–2020 46

Table 13: North and South America Smart Grid, Brazil, Breakdown of Total SCADA Revenue by Components, 2012 47

Table 14: Power Market, Mexico, Installed Renewable Capacity by Source Type (MW), 2006–2020 51

Table 15: Power Market, US, Installed Renewable Capacity by Source Type (GW), 2006–2020 53

Table 16: Power Market, Canada, Installed Renewable Capacity by Source Type (GW), 2006–2020 55

Table 17: Power Market, Brazil, Installed Renewable Capacity by Source Type (GW), 2006–2020 58

Table 18: Power Market, Chile, Installed Renewable Capacity by Source Type (GW), 2006–2020 60

Table 19: Power Market, Peru, Installed Renewable Capacity by Source Type (MW), 2006–2020 62

Table 20: Power Market, Colombia, Installed Renewable Capacity by Source Type (MW), 2006–2020 64

Table 21: North and South America Smart Grid, US, Microgrid Market Size ($bn), 2011–2020 67

Table 22: North and South America Smart Grid, Canada, Microgrid Market Size ($m), 2011–2020 70

Table 23: North and South America Smart Grid, US, Smart Meter Market Size ($bn), 2011–2020 72

Table 24: North and South America Smart Grid, Canada, Smart Meter Market Size ($m) and Volume, 2011–2020 74

Table 25: Smart Grid in North and South America, Smart Meter, Brazil, Market Size and Volume, 2011–2020 77

Table 26: North and South America Smart Grid, US, Battery Electric Vehicle Market (Units Sold), 2010–2020 81

Table 27: North and South America Smart Grid, US, Distribution Automation Equipment Installed, 2013* 85

Table 28: North and South America Smart Grid, South America, Renewable Energy Target, 2015–2025 89

Table 29: North and South America Smart Grid, US, Total Investment by Smart Grid Investment Grant Program ($bn), as of March 31, 2013 93

Table 30: North and South America Smart Grid, California, Self-Generation Incentive Program ($/W), 2012 95

Table 31: North and South America Smart Grid, Massachusetts, Net Metering Class Definition, 2013 102

Table 32: North and South America Smart Grid, Ontario, Feed-In Tariff ($/kWh), 2012 108

Table 33: Abbreviations, 2013 117


List Of Figures

Figure 1: North and South America Smart Grid, Share of Key Smart Grid Equipment (%), 2013 and 2014–2020 8

Figure 2: North and South America Smart Grid, Brazil, Market Size ($bn), 2013 and 2020 10

Figure 3: North and South America Smart Grid, North America, Drivers and Restraints, Impact Analysis, 2013 16

Figure 4: North and South America Smart Grid, South America, T&D Losses in Comparison to Leading Economies (%), 2012 17

Figure 5: North and South America Smart Grid, Brazil, GDP Growth (%), 2013 and 2020 19

Figure 6: North and South America Smart Grid, South America, Drivers and Restraints Impact Analysis, 2013 21

Figure 7: North and South America Smart Grid, US, Synchrophasors Volume (Units) and Market Size ($m), 2009–2020 32

Figure 8: North and South America Smart Grid, Canada, Synchrophasors Volume (Units) and Market Size ($m), 2009–2020 33

Figure 9: North and South America Smart Grid, Mexico, Synchrophasors Volume (Unit) and Market Size ($m), 2009–2020 35

Figure 10: North and South America Smart Grid, Colombia, Synchrophasors Volume (Unit) and Market Size ($m), 2009–2020 37

Figure 11: North and South America Smart Grid, US, SCADA Market Size ($bn), 2009–2020 40

Figure 12: North and South America Smart Grid, US, Breakdown of Total SCADA Revenue by Component (%), 2012 43

Figure 13: North and South America Smart Grid, Brazil, SCADA Market Size ($m), 2009–2020 44

Figure 14: North and South America Smart Grid, Brazil, Breakdown of Total SCADA Revenue by Components (%), 2012 46

Figure 15: Power Market, Mexico, Installed Renewable Capacity by Source Type (MW), 2006–2020 48

Figure 16: Power Market, US, Installed Renewable Capacity by Source Type (GW), 2006–2020 51

Figure 17: Power Market, Canada, Installed Renewable Capacity by Source Type (GW), 2006–2020 53

Figure 18: Power Market, Brazil, Installed Renewable Capacity by Source Type (GW), 2006–2020 55

Figure 19: Power Market, Chile, Installed Renewable Capacity by Source Type (GW), 2006–2020 58

Figure 20: Power Market, Peru, Installed Renewable Capacity by Source Type (MW), 2006–2020 60

Figure 21: Power Market, Colombia, Installed Renewable Capacity by Source Type (MW), 2006–2020 61

Figure 22: North and South America Smart Grid, US, Microgrid Market Size ($bn), 2011–2020 65

Figure 23: North and South America Smart Grid, Canada, Microgrid Market Size ($m), 2011–2020 68

Figure 24: North and South America Smart Grid, US, Smart Meter Market Size ($bn), 2011–2020 70

Figure 25: North and South America Smart Grid, Canada, Smart Meter Market Size ($bn) and Volume, 2011–2020 72

Figure 26: North and South America Smart Grid, Brazil, Smart Meter Market Size ($m) and Volume, 2011–2020 75

Figure 27: North and South America Smart Grid, US, Battery Electric Vehicle Market (Units Sold), 2010–2020 78




 


 

 

 

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プレスリリース

[日本語訳]

2020年まで南米市場を主導するブラジルのスマートメータ技術

2014年1月21日
FIFAワールドカップに先立つインフラ開発への期待から、ブラジルのスマートメータ市場の収益は、2013-2020年に3600万ドルから4億3200万ドルへと10倍以上の増加が見込まれ、CAGR(年平均成長率)は43%となるだろうと英国調査会社グローバルデータの調査レポート「北米と南米におけるスマートグリッド市場:2020年までの重要動向、法規制、最新市場展望、主要装置市場規模 ー Smart Grid Market in North and South America - Key Issues, Regulations, Current Market Outlook and Key Equipment Market Size to 2020」は報告している。

この調査レポートは、南米のスマートグリッド投資と展開におけるブラジルの主導について記載している。市場の主な促進要因は、電力網の信頼性の向上と停電対策、再生可能エネルギー発電のシステムへの統合の改善、一人あたりの電力消費の削減などである。

また、ブラジルでは盗電が20%を上回る地域もあることから、地方の電力会社は現在スマートメータへの投資を進めており、盗電の動きを追跡しやすい方法を模索している。

グローバルデータの電力担当シニアアナリストSowmyavadhana Srinivasan氏は、次のように語っている。「ブラジル電力規制機関ANEEL(Brazil’s National Electric Energy Agency、Brazilian Electricity Regulatory Agency)は、スマートメータの登場によるエネルギー効率改善の達成目標の指令を出すだろうと期待されていた。しかし、電力会社によるスマートメータの登場を間接的に要求し、法令と基準を定めただけであった。」

「さらに、ANEELは、電力会社に対してケーブルや変電施設、顧客のメータ位置に関する正確な位置情報の提供を求める法令を導入した。これは、ブラジルの送電網に顧客が簡単にマイクロ発電システムを接続することができる電力網計測システムの導入も計画されているためである。」

しかし、ブラジル市場には、官僚主義や不透明性などの大きな阻害要因もあり、投資家の関心や契約の推進を阻むことだろうとグローバルデータは述べている。

この調査レポートは、南北アメリカのスマートグリッド市場を調査している。南北アメリカの主要諸国の、マイクログリッドや同期位相計測器、SCADA(監視制御システム)、再生可能エネルギーなどの主要な機器に関する情報を提供し、機器毎と国毎の分析を行っている。この調査は、グローバルデータの調査チームが、有料のデータベース、第一次調査と第二次調査によるデータと情報を使って社内分析したものである。

[プレスリリース原文]

Smart Meter Technology: Brazil to Continue Leading South American Market by 2020

21 Jan 2014

Due to expected infrastructure development prior to the FIFA World Cup, Brazil’s smart meter market revenue will increase more than tenfold, from $36m in 2013 to $432m by 2020, at an impressive Compound Annual Growth Rate (CAGR) of 43%, forecasts research and consulting firm GlobalData.

According to the company’s latest report*, Brazil is leading the way in terms of smart grid investment and development in South America. The main market drivers are the need to upgrade grid reliability and power outages, as well as to improve the integration of renewable energy generation into the system, reducing per-capita power consumption.

Additionally, with power theft reaching as high as 20% in some Brazilian regions, local utilities are currently pursuing investments in smart meters, as the technology provides a simpler way for companies to track such activity.

Sowmyavadhana Srinivasan, GlobalData's Senior Analyst covering Power, says: “Brazil’s National Electric Energy Agency (ANEEL) was expected to mandate the roll-out of smart meters in the country to achieve its objective of better energy efficiency. However, the agency simply defined a set of rules and norms, which indirectly requires the roll-out of smart meters by utilities instead.

“Furthermore, ANEEL has introduced a policy requiring utilities to supply precise geographic information regarding the location of cables, transformers and customer metering points. It is also planning to implement a net metering system, which would enable customers to connect their micro-generation system to the Brazilian power grid with ease.”

However, major market restraints remain in the region, such as bureaucracy and non-transparency, which could harm the protection of investor interest and the enforcement of contracts, according to GlobalData.

-ENDS-

NOTES TO EDITORS

*Smart Grid Market in North and South America – Key Issues, Regulations, Current Market Outlook and Key Equipment Market Size to 2020

This report provides analysis of the North and South American smart grid markets. It also provides information on key equipment such as microgrids, synchrophasors, Supervisory Control and Data Acquisition (SCADA), and renewable energy in some of the major countries in the region, along with regional-level analysis for each type of equipment. This report was built using data and information sourced from proprietary databases, primary and secondary research, and in-house analysis conducted by GlobalData’s team of industry experts.


 

 

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