United States Nuclear Power Analysis: Market Outlook to 2030, Update 2019

"United States Nuclear Power Analysis: Market Outlook to 2030, Update 2019” is the latest report from GlobalData, the industry analysis specialists that offer comprehensive information and understanding of the nuclear power market in the US.

The report analyzes the power market scenario in the US (includes thermal conventional, nuclear, large hydro, pumped storage and renewables) and provides future outlook with forecasts up to 2030. The research details nuclear power market outlook in the country and provides forecasts up to 2030. The report highlights installed capacity and power generation trends from 2010 to 2030 in the US nuclear power market. A detailed coverage of nuclear energy policy framework governing the market with specific policies pertaining to nuclear is provided in the report. The research also provides details of active nuclear reactors in the country, company snapshot of some of the major market participants.

The report is built using data and information sourced from proprietary databases, secondary research and in-house analysis by GlobalData’s team of industry experts.

Scope

The report analyses the US power market and the US nuclear power market. The scope of the research includes-

  • A brief introduction on global carbon emissions and global primary energy consumption.
  • Historical period is during 2010-2018 (unless specified) and forecast period is for 2019-2030.
  • Power market scenario in the US and provides detailed market overview, installed capacity and power generation trends by various fuel types (includes thermal, nuclear, large hydro and renewable energy sources) with forecasts up to 2030.
  • Detailed overview of the US nuclear power market with installed capacity and generation trends, installed capacity by fuel type, net capacity addition by fuel type, owners share, and information on major active and upcoming projects.
  • Key policies and regulatory framework supporting nuclear power development.
  • Company snapshots of some of the major market participants in the country.

Reasons to buy

The report will enhance your decision making capability in a more rapid and time sensitive manner.

Identify key growth and investment opportunities in the US nuclear power market.

Facilitate decision-making based on strong historic and forecast data for nuclear power market.

Position yourself to gain the maximum advantage of the industry’s growth potential.

Identify key partners and business development avenues.

Understand and respond to your competitors’ business structure, strategy and prospects.

Companies mentioned

Tennessee Valley Authority; System Energy Resources; Los Angeles Department of Water and Power; Exelon Generation Company, LLC; Cooperative Energy; El Paso Electric Company

Tennessee Valley Authority; System Energy Resources; Los Angeles Department of Water and Power; Exelon Generation Company, LLC; Cooperative Energy; El Paso Electric Company

Table of Contents

1 Table of Contents

1.1 List of Tables

1.2 List of Figures

2 Executive Summary

2.1 Global Carbon Emissions Increased by around 1.7% in 2018 ...

1 Table of Contents

1.1 List of Tables

1.2 List of Figures

2 Executive Summary

2.1 Global Carbon Emissions Increased by around 1.7% in 2018

2.2 Thermal energy will continue to remain the dominant energy source in US

2.3 Renewable energy is expected to double its share in the country’s power mix by 2030

2.4 Nuclear power is expected to hold a significant share of 6.3% of the country’s cumulative capacity.

3 Introduction

3.1 Carbon Emissions, Global, 2001–2018

3.2 Primary Energy Consumption, Global, 2001–2040

3.3 Report Guidance

4 Power Market, United States, 2010-2030

4.1 Power Market, United States, Overview

4.2 Power Market, United States, Installed Capacity, 2010–2030

4.2.1 Power Market, United States, Cumulative Installed Capacity by Fuel Type, 2010–2030

4.2.2 Power Market, United States, Share in Cumulative Installed Capacity Split by Source Type, 2018 and 2030

4.2.3 Power Market, United States, Net Capacity Additions by Fuel Type, 2018 and 2030

4.2.4 Power Market, United States, Comparison of Technologies Based on Installed Capacity, 2018–2030

4.3 Power Market, United States, Power Generation, 2010–2030

4.3.1 Power Market, United States, Power Generation by Fuel Type, 2010–2030

4.3.2 Power Market, United States, Comparison of Technologies Based on Power Generation, 2018–2030

5 Nuclear Power Market, United States

5.1 Nuclear Power Market, United States, Overview

5.2 Nuclear Power Market, United States, Installed Capacity, 2010 – 2030

5.2.1 Nuclear power Market, US, Installed Capacity by State, 2010–2018

5.3 Nuclear Power Market, United States, Power Generation, 2010 – 2030

5.3.1 Nuclear power Market, US, Electricity Generation by State, 2010–2018

5.4 Nuclear Power Market, United States, Project Based Analysis, 2018

5.4.1 Nuclear Power Market, United States, Top 10 Operational Nuclear Reactor, 2018

5.4.2 Nuclear Power Market, United States, Top Active Nuclear Reactor Sites, 2018

5.4.3 Nuclear Power Market, United States, Top 10 Upcoming Nuclear Reactors, 2018

5.4.4 Nuclear Power Market, United States, Upcoming Projects by Status

5.5 Nuclear Power Market, United States, Deal Analysis, 2018

5.5.1 Nuclear Power Market, United States, Deal Volume vs. Deal Value, 2010–2018

5.5.2 Nuclear Power Market, United States, Split by Deal Type, 2018

6 Regulatory Scenario, United States

6.1 Overview

6.2 Federal Initiatives

6.2.1 Tax Cuts and New Jobs Act

6.2.2 Production Tax Credits

6.2.3 Investment Tax Credits

6.2.4 Modified Accelerated Cost Recovery System

6.2.5 Manufacturing Tax Credit

6.2.6 Residential Renewable Energy Tax Credit

6.2.7 Renewable Energy Target

6.2.8 Energy Independence and Security Act

6.2.9 Rural Energy for America Program: Grants

6.2.10 Tribal Energy Program Grant

6.2.11 US Department of Energy – Loan Guarantee Program

6.2.12 Green Power Purchasing Goal

6.3 Federal Initiatives for Solar Power

6.3.1 Solar America Initiative

6.3.2 SunShot Initiative, 2030

6.4 Federal Initiatives for Wind Power

6.5 Federal Initiatives for Biopower and Biofuels

6.5.1 Energy Policy Act – Alternative Fuels

6.5.2 Biorefinery Assistance Program

6.5.3 Clean Air Act Amendments of 1990

6.6 Common State-Level Incentives

6.6.1 Overview

6.6.2 Renewable Portfolio Standards

6.6.3 Renewable Energy Certificates

6.6.4 Public Benefit Funds for Renewable Energy

6.6.5 Interconnection Standards

6.6.6 Net Metering

6.6.7 Property Assessed Clean Energy

6.7 Renewable Energy Policy Framework, Illinois

6.7.1 Future Energy Jobs Act

6.7.2 Renewable Portfolio Standard

6.7.3 Solar Renewable Energy Credits (SREC’s)

6.7.4 Adjustable Block (AB) Program

6.7.5 Net Metering

6.7.6 Interconnection Standards

6.7.7 Illinois Clean Energy Community Foundation Grants

6.7.8 Sales Tax Exemption for Wind Energy

6.7.9 ComEd and Ameren Rebates

6.8 Renewable Energy Policy Framework, Pennsylvania

6.8.1 Property Tax Assessment for Commercial Wind Farms

6.8.2 Net Metering

6.8.3 Interconnections Standards

6.8.4 Renewable Portfolio Standards

6.8.5 Renewable Energy Credits

6.8.6 Renewable Energy Loans

6.8.7 Renewable Energy Grant Programs

6.8.8 Sustainable Development Fund Financing Program

6.8.9 Wind and Geothermal Incentives Program

6.8.10 Alternative and Clean Energy Program

6.9 Renewable Energy Policy Framework, South Carolina

6.9.1 Solar Energy, Small Hydropower Tax Credit

6.9.2 Biomass Energy Tax Credit

6.9.3 Net Metering

6.9.4 Interconnection Standards

6.9.5 Distributed Energy Resource Program

6.9.6 Renewable Energy Loan Programs

6.9.7 Renewable Energy Rebate Programs

6.9.8 Palmetto Clean Energy (PaCE) Program

6.9.9 South Carolina Municipalities - Green Power Purchasing

6.10 Renewable Energy Policy Framework, New York

6.10.1 Property Tax Abatement for Photovoltaic (PV) and Energy Storage equipment

6.10.2 Energy Efficiency Resource Standard

6.10.3 Clean Energy Standard (CES)

6.10.4 Green New Deal –Proposal for New Renewable Energy Goals

6.10.5 Auctions for offshore wind generation right

6.10.6 Net Metering

6.10.7 Interconnection Standards

6.10.8 Residential Solar Tax Credit (Solar Energy System Equipment Credit)

6.10.9 Sun PV Incentive Program

6.10.10 Sun Commercial and Industrial Incentive Program

6.10.11 REVitalize- NYSERDA

6.10.12 PSEG Long Island- Commercial Solar PV Feed-in Tariff

6.10.13 PSEG Long Island- Fuel Cell Resource Feed-in Tariff

6.10.14 Clean Energy Fund

6.10.15 Solar Sales Tax Exemption

6.10.16 Sun Loan Program

6.10.17 Exemption of Solar, Wind, and Biomass Energy Systems

6.10.18 Energy Conservation Improvements Property Tax Exemption

6.10.19 NY Green Bank

6.10.20 Solar For All Program

6.11 Renewable Energy Policy Framework, North Carolina

6.11.1 Renewable Portfolio Standards

6.11.2 Interconnection Standards

6.11.3 Net Metering

6.11.4 Feed-in Tariffs in North Carolina

6.11.5 TVA - Green Power Providers

6.11.6 Competitive bidding/Auctions for Renewable Energy

6.11.7 Local Option – Financing Program for Renewable Energy and Energy Efficiency

6.11.8 Model Wind Energy Systems Ordinance

6.11.9 Wind Energy Permitting Standards

6.11.10 City of Asheville - Building Permit Fee Rebates

6.11.11 Property Tax Abatement for Solar Electric Systems

6.11.12 Green Building Incentives

6.11.13 Solar Energy Development Ordinance

6.11.14 Competitive Energy Solutions for North Carolina Law

6.11.15 Duke Energy proposes solar rebates in North Carolina

6.12 Renewable Energy Policy Framework, Alabama

6.12.1 TVA - Green Power Providers

6.12.2 AlabamaSAVES Revolving Loan Program

6.12.3 Local Government Energy Loan Program

6.13 Renewable Energy Policy Framework, Texas

6.13.1 Solar and Wind Energy Device Franchise Tax Deduction

6.13.2 Solar and Wind Energy Business Franchise Tax Exemption

6.13.3 Renewable Energy Systems Property Tax Exemption

6.13.4 Net Metering

6.13.5 Austin Energy - Value of Solar Residential Rate

6.13.6 Interconnection Standards

6.13.7 Renewable Portfolio Standards

6.13.8 Renewable Energy Certificates

6.13.9 City of Austin - Renewables Portfolio Standard

6.13.10 San Antonio City Public Service Renewable Portfolio Goal

6.13.11 Renewable Energy Loans

6.13.12 Renewable Energy Rebate Programs

6.13.13 Green Mountain Energy Renewable Rewards Program

6.13.14 Austin Energy - Commercial Solar PV Incentive Program

6.14 Renewable Energy Policy Framework, Tennessee

6.14.1 Green Energy Tax Credit

6.14.2 Carbon Tax Credit

6.14.3 Sales Tax Credit for Clean Energy Technology

6.14.4 Green Energy Supply Chain Franchise and Excise Tax Credit

6.14.5 Green Energy Property Tax Assessment

6.14.6 TVA Green Power Providers Program

6.15 Renewable Energy Policy Framework, Michigan

6.15.1 Net Metering

6.15.2 Renewable Energy Standard

6.15.3 Renewable Energy Certificates

6.15.4 Energy Efficiency and Renewable Energy Loans for Businesses

6.15.5 Lean and Green Michigan PACE

6.15.6 Renewable Energy Program Grants

6.15.7 Interconnection Standards

6.15.8 Renewable Energy Renaissance Zones

6.16 Renewable Energy Policy Framework, Georgia

6.16.1 Net Metering

6.16.2 Central Georgia EMC - Photovoltaic Rebate Program

6.16.3 TVA - Green Power Providers

6.16.4 Jackson EMC - Right Choice Sun Power Rebate Program

6.16.5 Interconnection Standard

6.16.6 PACE Financing

6.16.7 Biomass Sales and Use Tax Exemption

7 Nuclear Power Market, United States, Company Profiles

7.1 Company Snapshot: Tennessee Valley Authority

7.1.1 Tennessee Valley Authority - Company Overview

7.1.2 Tennessee Valley Authority – Business Description

7.1.3 Tennessee Valley Authority - SWOT Analysis

7.1.4 Tennessee Valley Authority - Major Products and Services

7.1.5 Tennessee Valley Authority - Head Office

7.2 Company Snapshot: System Energy Resources

7.2.1 System Energy Resources - Company Overview

7.2.2 System Energy Resources - Head Office

7.3 Company Snapshot: Los Angeles Department of Water and Power

7.3.1 Los Angeles Department of Water and Power - Company Overview

7.3.2 Los Angeles Department of Water and Power - Major Products and Services

7.3.3 Los Angeles Department of Water and Power - Head Office

7.4 Company Snapshot: Exelon Generation Company, LLC

7.4.1 Exelon Generation Company, LLC - Company Overview

7.4.2 Exelon Generation Company, LLC – Business Description

7.4.3 Exelon Generation Company, LLC - SWOT Analysis

7.4.4 Exelon Generation Company, LLC - Major Products and Services

7.4.5 Exelon Generation Company, LLC - Head Office

7.5 Company Snapshot: Cooperative Energy

7.5.1 Cooperative Energy - Company Overview

7.5.2 Cooperative Energy – Business Description

7.5.3 Cooperative Energy - SWOT Analysis

7.5.4 Cooperative Energy - Major Products and Services

7.5.5 Cooperative Energy - Head Office

7.6 Company Snapshot: El Paso Electric Company

7.6.1 El Paso Electric Company - Company Overview

7.6.2 El Paso Electric Company – Business Description

7.6.3 El Paso Electric Company - SWOT Analysis

7.6.4 El Paso Electric Company - Major Products and Services

7.6.5 El Paso Electric Company - Head Office

9 Appendix

9.1 Abbreviations

9.2 Market Definitions

9.3 Methodology

9.4 Coverage

9.4.1 Secondary Research

9.4.2 Primary Research

9.4.3 Modeling and Forecasting

9.5 Contact Us

9.6 Disclaimer

List of Tables

1.1 List of Tables

Table 1: Power Market, United States, Cumulative Installed Capacity by Fuel Type(MW), 2010–2030

Table 2: Power Market, United States, Cumulative Installed ...

1.1 List of Tables

Table 1: Power Market, United States, Cumulative Installed Capacity by Fuel Type(MW), 2010–2030

Table 2: Power Market, United States, Cumulative Installed Capacity Split by Source Type (%), 2018 and 2030

Table 3: Power Market, United States, Net Capacity Additions by Fuel Type(MW), 2018 and 2030

Table 4: Power Market, United States, Comparison of Technologies Based on Installed Capacity, 2018–2030

Table 5: Power Market, United States, Power Generation by Fuel Type (GWh), 2010–2030

Table 6: Power Market, United States, Comparison of Technologies Based on Power Generation, 2018–2030

Table 7: Nuclear Power Market, United States, Installed Capacity (MW), 2010 – 2030

Table 8: Nuclear power Market, US, Cumulative Installed Capacity Share by State (MW) , 2010–2018

Table 9: Nuclear Power Market, United States, Power Generation (GWh), 2010 – 2030

Table 10: Nuclear power Market, US, Electricity Generation Share by State (GWh) , 2010–2018

Table 11: Nuclear Power Market, United States, Top 10 Operational Nuclear Reactor, 2018

Table 12: Nuclear Power Market, United States, Top Active Nuclear Reactor Sites, 2018

Table 13: Nuclear Power Market, United States, Top 10 Upcoming Nuclear Reactors, 2018

Table 14: Nuclear Power Market, United States, Upcoming Projects by Status (%), 2018

Table 15: Nuclear Power Market, United States, Deal Volume vs. Deal Value ($m), 2010–2018

Table 16: Nuclear Power Market, United States, Deals by Type, 2018

Table 17: Renewable Energy Project Tax Components and changes with new tax code, US

Table 18: Renewable Energy Market, US, Production Tax Credit ($/kWh)

Table 19: Renewable Energy Market, US, Investment Tax Credit

Table 20: Renewable Energy Market, US, Green Power Purchasing Goal (%), 2018–2025

Table 21: Renewable Energy Market, US, Sun shot Progress and Goals

Table 22: Renewable Energy Market, US, Renewable Portfolio Standards, State Targets

Table 23: Renewable Energy Market, Illinois, Requirements and Carve-outs for Various Technologies for Investor-owned Utilities (%), 2009–2026

Table 24: Renewable Energy Market, Illinois, Requirements and Carve-outs for Various Technologies for Alternate Renewable Electricity Suppliers (%), 2009–2026

Table 25: Renewable Energy Market, Illinois, Block Group REC Prices ($/REC)

Table 26: Renewable Energy Market, Low Income Distributed Generation Incentive 1-4 unit buildings ($/REC)

Table 27: Renewable Energy Market, Low Income Distributed Generation Incentive 5+ unit buildings ($/REC)

Table 28: Renewable Energy Market, Low Income Community Solar Project Incentive ($/REC)

Table 29: Renewable Energy Market, Incentives for Non-Profits and Public Facilities ($/REC)

Table 30: Renewable Energy Market, Illinois, Interconnection Standards

Table 31: Renewable Energy Policy Framework, Pennsylvania, Loan Programs

Table 32: Renewable Energy Policy Framework, Pennsylvania, Grant Programs

Table 33: Renewable Energy Policy Framework, South Carolina, Loan Programs

Table 34: Renewable Energy Policy Framework, South Carolina, Grants

Table 35: Renewable Energy Market, New York, Energy Efficiency Budgets and Targets for the Investor Owned Electric and Gas Utilities ($), 2016–2018

Table 36: Renewable Energy Market, North Carolina, Interconnection Standards

Table 37: Renewable Energy Market, North Carolina, Feed-in Tariffs by Utilities ($/kWh)

Table 38: Renewable Energy Policy Framework, Texas, Net Metering Programs

Table 39: Renewable Energy Policy Framework, Pennsylvania, Grants

Table 40: Renewable Energy Policy Framework, Texas, Loan Programs

Table 41: Renewable Energy Policy Framework, Texas, Rebate Programs

Table 42: Renewable Energy Market, Michigan, Interconnection Standards

Table 43: Tennessee Valley Authority, Major Products and Services

Table 44: Los Angeles Department of Water and Power, Major Products and Services

Table 45: Exelon Generation Company, LLC, Major Products and Services

Table 46: Cooperative Energy, Major Products and Services

Table 47: El Paso Electric Company, Major Products and Services

Table 48: Abbreviations

List of Figures

1.2 List of Figures

Figure 1: Power Market, United States, Cumulative Installed Capacity by Type of Power Plant (%), 2018 & 2030

Figure 2: Power ...

1.2 List of Figures

Figure 1: Power Market, United States, Cumulative Installed Capacity by Type of Power Plant (%), 2018 & 2030

Figure 2: Power Market, United States, Net Renewable Energy Addition by Source Type (%), 2010-2018 & 2018-2030

Figure 3: Carbon-di-oxide Emissions from Energy Consumption, Global (GT), 2001–2018

Figure 4: Primary Energy Consumption, Global (Mtoe), 2001–2040

Figure 5: Power Market, United States, Cumulative Installed Capacity by Fuel Type(MW), 2010–2030

Figure 6: Power Market, United States, Cumulative Installed Capacity Split by Source Type (%), 2018 and 2030

Figure 7: Power Market, United States, Net Capacity Additions by Fuel Type(MW), 2018 and 2030

Figure 8: Power Market, United States, Comparison of Technologies Based on Installed Capacity, 2018–2030

Figure 9: Power Market, United States, Power Generation by Fuel Type (GWh), 2010–2030

Figure 10: Power Market, United States, Comparison of Technologies Based on Power Generation, 2018–2030

Figure 11: Nuclear Power Market, United States, Installed Capacity (MW), 2010 – 2030

Figure 12: Nuclear power Market, US, Installed Capacity by State , 2018

Figure 13: Nuclear power Market, US, Cumulative Installed Capacity Share by State (%) , 2010–2018

Figure 14: Nuclear Power Market, United States, Power Generation (GWh), 2010 – 2030

Figure 15: Nuclear Power Market, US, Electricity Generation by State (TWh) , 2018

Figure 16: Nuclear Market, US, Electricity Generation Share by State (%) , 2010–2018

Figure 17: Nuclear Power Market, United States, Project Based Analysis, 2018

Figure 18: Nuclear Power Market, United States, Top Active Nuclear Reactor Sites, 2018

Figure 19: Nuclear Power Market, United States, Upcoming Projects by Status (%), 2018

Figure 20: Nuclear Power Market, United States, Deal Volume vs. Deal Value ($m), 2010–2018

Figure 21: Nuclear Power Market, United States, Split by Deal Type (%), 2018

    Pricing

Discounts available for multiple report purchases.

reportstore@globaldata.com
+44 (0) 161 359 5813

Join our mailing list

Saved reports