インドネシアの火力発電市場動向

【英語タイトル】Indonesia Thermal Power Market Outlook to 2018 - Led by Increasing Electricity Coverage and Private Producers

Ken Researchが出版した調査資料(KENR50611)・商品コード:KENR50611
・発行会社(調査会社):Ken Research
・発行日:2015年1月
・ページ数:85
・レポート言語:英語
・レポート形式:PDF
・納品方法:Eメール
・調査対象地域:インドネシア
・産業分野:環境/エネルギー
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【レポートの概要】

The report titled “Indonesia Thermal Power Market Outlook to 2018 – Led by Increasing Electricity Coverage and Private Producers” provides a comprehensive analysis of various aspects such as market size, segmentation and future projections of the thermal power market in Indonesia. This report also offers prevalent trends and developments in the industry, government regulations, SWOT analysis, STEEP analysis, Porter’s five force analysis and challenges in the thermal power industry in Indonesia. The report also covers the competitive landscape of the industry, complemented with the market share of private and public sector companies. Report also includes information on the major macroeconomic indicators affecting the market. Moreover, the report also offers information regarding the new technologies that are coming up in the market and the cost analysis for different types of technologies to produce power.

【レポートの目次】

1. Indonesia’s Thermal Power Market Introduction
Scenario of the Global Power Market
2. Supply Chain Analysis of Thermal Power in Indonesia
Stakeholders in the Industry
Supply Chain of Power in Indonesia: Before and After Law No. 30/2009
3. List of Major Thermal Power Stations in Indonesia
4. List of Upcoming Thermal Power Projects in Indonesia
5. Cost Analysis for Power Production from Different Sources
Assumptions
6. Indonesia’s Thermal Power Market Size, 2008-2013
6.1. By Production Capacity, 2008-2013
6.2. By Production Volume, 2008-2013
6.3. By Production Value, 2008-2013
6.4. By Consumption Volume, 2008-2013
6.5. By Consumption Value 2008-2013
7. Indonesia’s Thermal Power Market Segmentation
7.1. By Types of Sectors, 2008-2013
7.2. By Types of Fuels, 2008-2013
7.3. By Government and Private Sector
7.3.1. By Production Volume, 2008-2013
7.3.2. By Production Value, 2008-2013
8. Trends and Developments in Indonesia’s Thermal Power Market
9. SWOT analysis of Indonesia’s Thermal Power Industry
10. STEEP Analysis of Indonesia’s Thermal Power Industry
11. Porter’s 5 Force Analysis of Indonesia’s Thermal Power Industry
12. Government Policies and Regulations in Thermal Power Market of Indonesia
13. Snapshot of Auxiliary Industries for Thermal Power Market in Indonesia
14. Recent Industrial Activities in Thermal Power Market in Indonesia
15. Historical and Current Challenges in the Indonesia Thermal Power Market
16. Market Share of Major Players in Thermal Power Industry in Indonesia, 2008-2013
17. Snapshot of Major Companies in Thermal Power Market in Indonesia
17.1. Distinction between PLN and IPPs
17.2. PT PLN (Perusahaan Listrik Negara)
17.2.1. Overview
17.2.2. Dominance in Power Industry
17.2.3. Key Financials
17.3. Competitive Landscape of IPPs in Thermal Power Industry in Indonesia
18. Indonesia Thermal Power Market Future Outlook and Projections by Consumption Value, 2014-2018
18.1. Impact of High Growth Targets
18.2. Impact of Subsidies
18.3. Impact of Fast Track Electricity Programmes
18.4. Geothermal Energy Law
18.5. Promotion of PPP Projects in Power Generation Market
18.6. Advent of Clean Coal Technology
19. Macroeconomic Factors of Indonesia’s Thermal Power Industry
19.1. Number of Households in Indonesia, 2008-2018
19.2. GDP of Indonesia, 2008-2018
19.3. Electrification Ratio in Indonesia, 2008-2018
19.4. Energy Intensity in Indonesia, 2008-2018
19.5. Infrastructural and Capital Spending in Indonesia, 2008-2018
20. Appendix
20.1. Market Definitions
20.2. Abbreviations
20.3. Research Methodology
Data Collection Methods
Approach
Variables (Dependent and Independent)
Multi Factor Based Sensitivity Model
Final Conclusion
20.4. Disclaimer



【掲載企業】

PT PLN (Persero), Java Power, Bhimasena Power, Chevron Indonesia, PT Cikarang Listrindo, Cirebon Electric Power, PT Sumber Segara Primadaya

【レポートのキーワード】

火力発電、電力

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