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I&R - The Global Pumped Hydro Storage (PHS) Market Report 2018

December 2017 | 174 pages | ID: IDE6A810756EN
Investment & Research (I&R)

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An essential attribute of any nation’s electric power system is grid reliability - ensuring that electric generation matches electric demand in real-time. The primary challenge in ensuring reliability is that electricity has no shelf life - it must be generated when needed - and electricity demand continually changes, especially between daytime periods of peak demand and night-time periods of low demand. Due to the technology-cost gap of other storage technologies and other factors such as the growing penetration of renewables, pumped hydro is resurging globally: in China and Europe, and it is again being considered in Japan, Canada, and the US.

Why you should buy The Global Pumped Hydro Storage Market 2018<
  • 174 pages of comprehensive analysis
  • 57 tables, charts, and graphs quantifying the market in detail
  • Global Pumped Hydro Storage market forecasts between 2018 and 2028
  • Outlooks for selected Pumped Hydro Storage markets & global regions including:
    • US
    • China
    • Japan
    • Australia
    • India
    • Brazil
    • Switzerland
    • Germany
  • A SWOT analysis that examines the cloud computing market
  • 45 key companies identified and profiled operating within the Pumped Hydro Storage market, including 2018 market share information.
You can order this report today and discover the latest market trends and uncover sources of future market growth for the Pumped Hydro Storage industry and gain an understanding of how to tap into the potential of this market by ordering The Global Pumped Hydro Storage Market 2018.
Executive Summary
Benefits of the Report
Intended Audience
Report Contributors
Methodology
Introduction to the Pumped Hydro Storage Market
What are Utility-Scale Electricity Storage Technologies?
Brief PHS History
Description of Pumped Hydro Storage Technologies and System Components
  Figure 1: Pumped Storage Project
  Figure 2: PHS System Utilizes Seawater
  Figure 3: Excavated PHS Concept
PHS Pumps and Turbines
  Figure 4: Cross section of a Reversible Pump Turbine
  Figure 5: Reversible Pump Turbine During Assembly
  Figure 6: Generator for a Reversible Pump Turbine
Underground Pumped Hydro Storage
Gravity Power Module Pumped Hydro Storage
  Figure 7: Cross section of Gravity Power Module (GPM) System
PHS Utility Applications
  Table 1: Utility Applications of PHS
Emerging Competing Utility-Scale Electricity Storage Technologies
  Figure 8: Comparison of PHS, CAES, and Emerging Technologies
PHS Industry Organisation
  Figure 9: Industry Structure for Procurement/Installation of PHS Technologies
Utility-Scale Electricity Storage Developers
Engineering and Project Management Contractors
Component Manufacturers and Fabricators
Construction and Procurement Contractors
Raw Materials Producers
Global SWOT of Industry
Strengths
Weaknesses
Opportunities
Threats
Global Pumped Hydro Storage Industry Outlook
  Table 2: Global Pumped Hydro Storage Market Forecast 2017-2028 ($m, AGR %)
  Figure 10: Global Pumped Hydro Storage Market Forecast 2017-2028 ($m)
PHS Appurtenances Sub-Market
  Table 3: PHS Appurtenances Sub-Market Forecast 2017-2028 ($m, AGR %)
  Figure 11: PHS Appurtenances Sub-Market Forecast 2017-2028 ($m)
PHS Power Train Sub-Market
  Table 4: PHS Power Train Sub-Market Forecast 2017-2028 ($m, AGR %)
  Figure 12: PHS Power Train Sub-Market Forecast 2017-2028 ($m)
Drivers & Restraints of the Pumped Hydro Storage
  Table 5: Global Pumped Hydro Storage Market Drivers and Restraints
Global Pumped Hydro Storage Market Drivers
Benefits of Utility-scale Electricity Storage Technologies
Grid benefits
Load Levelling
  Figure 13: Stylized Representation of a Daily Load Curve
Capacity Factor/Dispatch for Intermittent Renewables
Peaking Power Support
Offset of Needed Peaking Power Generation Capacity
Offset of Needed Renewable Generation Capacity
Economic Benefits
Energy Arbitrage
Investment Deferral
Renewable Energy Dispatch and Timing Benefits (ability to meet Renewable Energy targets, etc.)
Restraints of the Pumped Hydro Storage Market
Challenges For implementing Large Scale EES
Costs and Economic Viability
High Capital Cost for Compressed Air Energy Storage System
Drawbacks of Utility-scale Electricity Storage Technologies
Physical Constraints and Land Requirements
Water Use
Environmental Concerns
Energy Loss During Storage
Economic Risk
Leading National Pumped Hydro Storage Market
Table6: Leading National Pumped Hydro Storage Markets Forecast 2017-2028 ($m, AGR %)
Europe Pumped Hydro Storage Market Forecast
  Table 7: European Pumped Hydro Storage Market Forecast Summary 2017-2028 ($m, % Share, CAGR %)
  Table 8: European Pumped Hydro Storage Market Forecast 2017-2028 ($m, AGR %)
  Figure 14: European Pumped Hydro Storage Market Forecast 2017-2028 ($m, AGR %)
European PHS Industry Trends
  Figure 15: PHS Installations in European Countries, Total Installed Capacity (MW) and Percentage of Total Generation Capacity as PHS (%)
Major Industry Players
  Table 9: Major European UES component manufacturers and engineers
  Table 10: Announced European PHS Projects (MW)
  Figure 16: Announced European PHS Capacity, by Country (MW)
  Figure 17: European PHS Electricity generation, by Country (TWh)
Key Drivers for the European Market
European Market Projected Trends
Asia-Pacific Pumped Hydro Storage Market Forecast
  Table 11: Asia-Pacific Pumped Hydro Storage Market Forecast Summary 2017-2028 ($m, % Share, CAGR %)
  Table 12: Asia-Pacific Pumped Hydro Storage Market Forecast 2017-2028 ($m, AGR %)
  Figure 18: US Pumped Hydro Storage Market Forecast 2017-2028 ($m, AGR %)
Industry Trends
  Figure 19: Pumped storage projects growth in China, by Capacity (kW)
Major Industry Players
  Table 13: Major Asian PHS component manufacturers and engineers
  Table 14: Major Historic UES Projects in Asia-Pacific (MW)
  Table 15: Announced Asian-Pacific PHS Projects (MW)
Key Drivers for the Asian-Pacific Market
China Market Outlook
Japan Market Outlook
  Table 16: Announced Asian-Pacific PHS Projects (MW)
Vietnam Market Outlook
  Table 17: Announced Asian-Pacific PHS Projects (MW)
India Market Outlook
  Table 18: India Pumped Hydro Storage Projects
North America Pumped Hydro Storage Market Forecast
  Table 19: North America Pumped Hydro Storage Market Forecast Summary 2017-2028 ($m, % Share, CAGR %)
  Table 20: North America Pumped Hydro Storage Market Forecast 2017-2028 ($m, AGR %)
  Figure 20: North America Pumped Hydro Storage Market Forecast 2018-2028 ($m, AGR %)
The US Pumped Hydro Storage Market Forecast
  Figure 21: US UES Storage technologies in use by market share (GW)
  Figure 22: Cumulative Commissioned PHS Installations in the United States, by Capacity 2009-2014 (MW)
Major Industry Players
  Table 21: Major North American UES Component Manufacturers And Engineers
  Table 22: Major Historic UES Projects in North America (MW)
  Figure 23: U.S Pumped hydro storage capacity location (MW)
  Figure 24: U.S Potential New Pumped Storage Plant Sites At Greenfield Hydroelectric Plant Sites. (MW)
  Table 23: Federal Energy Regulatory Commission PHS Permitting Activity AS of October 2014 (MW)
  Figure 25: Issued Preliminary Permits For Pumped Storage Projects Map
  Figure 26: Locations of Select Proposed PHS Projects
Key Drivers for the North American Market
Rest of the World Pumped Hydro Storage Market Forecast
  Table 24: RoW Pumped Hydro Storage Market Forecast Summary 2018-2028 ($m, % Share, CAGR %)
  Table 25: RoW Pumped Hydro Storage Market Forecast 2018-2028 ($m, AGR %)
  Figure 27: RoW Pumped Hydro Storage Market Forecast 2018-2028 ($m, AGR %)
Industry Trends
Major Industry Players
Major RoW UES Industry Facets
  Table 26: Major Historic UES Projects in Latin America & Africa (MW)
  Table 27: Announced Rest of the world PHS Projects (MW)
Key Drivers for the Rest of the World Market
Growth Potential for the Rest of the World Market
Rest of the World Market Projected Trends
The Moroccan Pumped Hydro Storage Market Forecast
The Egyptian Pumped Hydro Storage Market Forecast
The Chilean Pumped Hydro Storage Market Forecast
The Israeli Pumped Hydro Storage Market Forecast
The South Africa Pumped Hydro Storage Market Forecast
Regulatory Developments
United States Regulatory Support and Incentives
Federal
U.S. Internal Revenue Service
Renewable Electricity Production Tax Credit
  Table 28: Renewable Electricity Production Tax Credit: In-service deadline 2014 (?/kWh)
  Figure 28: impact of production tax credit expiration and extension on U.S. annual installed wind capacity
Qualifying Advanced Energy Manufacturing Investment Tax Credit
Clean Renewable Energy Bonds
Qualified Energy Conservation Bonds
U.S. Department of the Treasury
Renewable Energy Grants
U.S. Department of Energy
Green Power Purchasing Goal
Loan Guarantee Program
Innovative Technology Loan Guarantee Program
Temporary Loan Guarantee Program
Smart Grid Investment Grant Program
International Regulatory Support and Incentives: Europe
European Union
EU Climate and Energy Package: Renewable Energy Targets
An Energy Policy for Europe
European Council Action Plan (2007–2009) Energy Policy for Europe
Seventh Framework Program for Research and Technological Development
  Table 29: Energy Research Under
International Regulatory Support and Incentives: Asia-Pacific
Australia
Renewable Energy Target
Clean Energy Program
China
India
Indonesia
New Zealand
Thailand
Company Profiles
Pumped Hydrologic Storage Products and Systems
Turbines
ABB, Ltd.
Alstom Hydro S.L
Andritz Hydro GmbH
Ansaldo Energia
B. Maier Wasserkraft GmbH Anlagenbau
Bharat Heavy Electricals, Ltd
Chongqing Lisong Electromechanical Equipment Co., Ltd
Dongfang Electric Co., Ltd
Ebara Corp
Gilbert Gilkes & Gordon, Ltd.
Global Hydro Energy GmbH
Gravity Power LLC
Gugler Water Turbines GmbH
Harbin Electric Machinery Co., Ltd
Hitachi, Ltd. Power Systems Co
Hunan Lingling Hengyuan Generating Equipment Co., Ltd
HydroWorks Limited
Hyundai Ideal Electric Co
IMPSA International, Inc.
Ingeteam Energy, SA
Kirloskar Brothers, Ltd
Litostroj Power d.o.o.
MarelliMotori
Mavel a.s.
Meidensha Corp
Mitsubishi Heavy Industries, Ltd.
OJSC Power Machines
OJSC Turboatom
Orengine International, Ltd
Ossberger GmbH + Co
Parsons Peebles Generation, Ltd.
Pentair Inc
Rainpower Norway AS
Reivax Automacao e Controle S/A
Sicmemotori SpA
SPP Pumps
STE Energy
Sundyne Corp.
TES Vsetin A.S.
Toshiba Hydro Power
UCM Resita Turbines
VAPTECH
Voith Hydro GmbH + Co. KG
Wasserkraft Volk AG
Weir American Hydro
Conclusions
Glossary Of Terms
Methodology
How We Generate Our Industry Forecasts
Disclaimer
Appendix A
Appendix B


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