发布日期:2008年12月
摘要
Countries covered: Global
Study Goals and Objectives
BCC’s goal in conducting this study was to assess and describe the current status of the worldwide distributed energy (DE) generation industry for all major technologies, and assess the potential growth of that industry. More specifically, the study included the following objectives: (1) summarize existing DE generation technologies, as well as promising technologies under development; (2) evaluate the existing DE industry, focused on producers of each major viable technology; and (3) assess market potential for DE generation technologies over a 5-year period, from 2008 through 2013.
This report:
- Provides an in-depth analysis of the distributed electricity generation market
- Reviews U.S., European and Asian markets for distributed energy generation technologies and forecasts the size and future growth of the markets, with forecasts through 2013
- Describes various distributed generation technologies including those that generate electricity from fossil fuel, renewable fuels/biofuels, hydraulic head, wind, solar and geothermal sources
- Introduces emerging technologies that may be available for significant commercial use by 2013 including micro-trigeneration, stirling engines and hybrid systems
- Discusses important manufacturers and factors influencing demand.
目录及图表
- Chapter One: Introduction
- Study Goals And Objectives
- Reasons For Completing This Study
- Intended Audience
- Scope Of Report And Methodology
- Worldwide Markets
- Table A List Of Global Markets Considered In This Study
- Methodology
- Table B Research Information Sources
- Information Sources
- Analyst Credentials
- Related Reports
- Bcc Online Services
- Disclaimer
- Chapter Two: Summary
- Summary Table Projected Global Distributed Generation Market, Through 2013 ($ Millions)
- Summary Figure Comparison Of Projected Distributed Generation Market, 2006 -2013 ($ Millions)
- Chapter Three: Overview
- Distributed Energy And Distributed Generation
- Table 1 Conventional Power Plant Generation Capacities (Mw Electricity)
- Table 2 Distributed Generation Technologies Considered In This Report
- Renewable Energy And Distributed Energy Generation
- Table 3 Energy Sources For Distributed Generation
- Table 4 Fuel Sources For Distributed Energy Technologies
- A Brief History Of Distributed Energy Generation
- A Brief History Of Distributed … (Continued)
- Distributed Electricity: Uses
- Advantages And Disadvantages Of Distributed Electricity Generation
- Advantages
- Table 5 Advantages Of Distributed Generation
- Potential Cost Savings
- Improved Distribution
- Reliability: Peak Loads And Grid Interruptions
- Power Quality And Consistency
- Energy Independence And Security
- Incorporation Of Renewable Energy
- Drawbacks Of Distributed Energy Generation
- Table 6 Drawbacks Of Distributed Generation
- Distributed Energy Generation Technologies And Applications
- Table 7 Maturity Of Distributed Electricity Technologies
- Table 8 Characteristics Of Select Distributed Generation Technologies
- Table 8 (Continued)
- Capital, Installation, And Operation Costs
- Table 9 Factors Contributing To Distributed Generation Cost
- Microturbines
- Table 10 Microturbine Overview
- Advantages
- Table 11 Microturbine Advantages
- Drawbacks
- Table 12 Microturbine Drawbacks
- Combustion Turbines
- Table 13 Combustion Turbine Overview
- Advantages
- Table 14 Combustion Turbine Advantages
- Drawbacks
- Table 15 Combustion Turbine Drawbacks
- Microhydropower
- Table 16 Microhydropower Overview
- Advantages
- Table 17 Microhydropower Advantages
- Drawbacks
- Table 18 Microhydropower Drawbacks
- Reciprocating Engines
- Table 19 Reciprocating Engine Overview
- Advantages
- Table 20 Reciprocating Engine Advantages
- Drawbacks
- Table 21 Reciprocating Engine Drawbacks
- Fuel Cells
- Table 22 Fuel Cell Overview
- Types Of Fuel Cells
- Table 23 Comparison Of Common Fuel Cell Technologies
- Alkaline Fuel Cells
- Phosphoric Acid Fuel Cells
- Solid Oxide Fuel Cells
- Polymer Electrolyte Membrane Fuel Cells
- Direct Methanol Fuel Cells
- Molten Carbonate Fuel Cells
- Photovoltaic Systems (Solar Panels)
- Photovoltaic Systems …(Continued)
- Table 26 Photovoltaic Systems Overview
- Advantages Of Pv Systems
- Table 27 Advantages Specific To Pv Systems
- Table 27 (Continued)
- Drawbacks Of Pv Systems
- Table 26 Drawbacks Specific To Pv Systems
- Small Wind Turbines
- Table 27 Wind Turbine Overview
- Advantages Of Dg Wind Turbines
- Table 28 Advantages Of Dg-scale Wind Turbines
- Drawbacks Of Dg Wind Turbines
- Table 29 Drawbacks Specific To Dg-scale Wind Turbines
- Combined Heat And Power
- Table 30 Combined Heat And Power Overview
- Advantages Of Combined Heat And Power
- Table 31 Advantages Of Combined Heat And Power
- Drawbacks Of Combined Heat And Power
- Table 32 Drawbacks Of Combined Heat And Power
- Other Technologies
- Stirling Engines
- Trigeneration
- Regulatory Support And Incentives For Distributed Generation
- United States Regulatory Support And Incentives
- Table 33 Overview Of U.S Regulatory Support And Incentives
- Table 33 (Continued)
- U.S Internal Revenue Service
- Energy Efficient Commercial Buildings Tax Deduction
- Modified Accelerated Cost-recovery System + Bonus Depreciation
- Residential Energy Conservation Subsidy Exclusion (Corporate)
- Business Energy Tax Credit
- Business … (Continued)
- Energy-efficient New Homes Tax Credit For Home Builders
- Energy Saving Requirements
- Certification
- Renewable Electricity Production Tax Credit
- Alternative Fuel Infrastructure Tax Credit
- Clean Renewable Energy Bonds
- Fuel Cell Motor Vehicle Tax Credit
- Residential Energy Conservation Subsidy Exclusion (Personal)
- Alternative Fuel Excise Tax Credit
- Alternative Fuel Tax Exemption
- U.S Doe
- Tribal Energy Program Grant
- Clean Cities
- Renewable Energy Production Incentive
- Vehicle Acquisition And Fuel Use Requirements For Federal Fleets
- Vehicle Acquisition And Fuel Use Requirements For State And Alternative Fuel Provider Fleets
- Vehicle Acquisition And Fuel Use Requirements For Private And Local Government Fleets
- State Energy Program Funding
- Loan Guarantee Program
- Energy Independence And Security Act Of 2007 (P.L. 110-140, H.R. 6)
- U.S Environmental Protection Agency
- Pollution Prevention Grants Program
- Clean Air Act Amendments Of 1990
- U.S Department Of Transportation
- National Fuel Cell Bus Technology Development Program
- Voluntary Airport Low Emission Program
- Idle Reduction Facilities Regulation
- U.S. Department Of Agriculture
- Usda Reap—grants And Loan Guarantees
- Federal Housing Authority
- Energy Efficient Mortgages
- Fha Energy Efficient Mortgages
- Department Of Veterans Affairs Energy Efficient Mortgages
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