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North America Liquid Air Energy Storage (Laes) Market Forecast 2018-2023

North America Liquid Air Energy Storage (Laes) Market Forecast 2018-2023

KEY FINDINGS

The North America liquid air energy storage market is growing at a CAGR of 91.80% during the forecast years 2018-2023 with over xx% market share in 2023 in terms of revenue. This particular market growth is attributed to the fact of focus towards renewable energy generation coupled with the deployment of such energy storage systems in the North American region. Canada and the United States are considered for this regional market study.

MARKET INSIGHTS

The United States liquid air energy storage market is escalating rapidly especially due to almost negligible geographical constraints offered in the technology which results in absorption of extreme peak production per year. The significant shortages in time and talent are affecting the liquid air energy storage systems where it disturbs the incorporation process of this storage system into the power plants.

COMPETITIVE INSIGHTS

Companies like Custom Metalcraft, Inc., GE Oil & Gas Inc., Heatric Limited, Highview Power, Linde Group, Messer Group GMBH, Mitsubishi Hitachi Power Systems, Ltd. and Viridor Limited are the major companies who are dominating the liquid air energy storage market in the North America region.


1. Research Scope
1.1. Study Goals
1.2. Scope Of The Market Study
1.3. Who Will Find This Report Useful?
1.4. Study And Forecasting Years
2. Research Methodology
2.1. Sources Of Data
2.1.1. Secondary Data
2.1.2. Primary Data
2.2. Top-down Approach
2.3. Bottom-up Approach
2.4. Data Triangulation
3. Executive Summary
3.1. Market Summary
3.2. Key Findings
3.2.1. 5 -15 Mw Capacity Segment Holds The Largest Revenue Chunk
3.2.2. 50 -100 Mw Capacity Segment Is Projected To Grow With Highest Cagr
3.2.3. Surge In The Electricity Consumption
3.2.4. Increasing Focus On Renewable Electricity Generation
4. Market Dynamics
4.1. Timeline Of Liquid Air Energy Storage (Laes)
4.2. Parent Market Analysis: Energy Storage Market
4.3. Market Scope & Definition
4.4. Market Drivers
4.4.1. Geographically Unconstrained Compared To Other Energy Storage Systems
4.4.2. Government Support & Technological Advancements
4.4.3. Low Operating & Capital Cost
4.4.4. Sustainable & Clean Energy Storage With Long Lifespan
4.5. Market Restraints
4.5.1. Costs Associated With Laes Systems
4.5.2. Pumped Hydro Storage & Other Alternative Technologies
4.6. Market Opportunities
4.6.1. Growing Adoption Of Distributed Energy Systems
4.6.2. Extensive Research & Development For New Application Integration In Laes
4.7. Market Challenges
4.7.1. Difficulties In Implementation Of Laes On Large Scale
4.7.2. Shortage Of Labor Coupled With Land Constraints
5. Market By Capacity
5.1. 5 -15 Mw
5.2. 16 - 50 Mw
5.3. 50 -100 Mw
5.4. 100 Mw+
6. Market By Application
6.1. Power Generation
6.2. Power Transmission
6.3. Power Distribution
6.4. Renewable Integration
6.5. Lng Terminals
6.6. Other Applications
7. Key Analytics
7.1. Porter’s Five Force Model
7.1.1. Threat Of New Entrants
7.1.2. Threat Of Substitute
7.1.3. Bargaining Power Of Suppliers
7.1.4. Bargaining Power Of Buyers
7.1.5. Threat Of Competitive Rivalry
7.2. Key Buying Criteria
7.2.1. Cost
7.2.2. Efficiency
7.2.3. Adaptability & System Scalability
7.3. Opportunity Matrix
7.4. Vendor Landscape
7.5. Value Chain Analysis
7.5.1. Suppliers
7.5.2. Installation
7.5.3. Contracting & Marketing
7.5.4. End Users
7.6. Legal, Policy & Regulatory Framework
7.7. Investment Analysis
7.7.1. By Capacity
7.7.2. By Application
8. Geographical Analysis - North America
8.1. United States
8.2. Canada
9. Competitive Landscape
9.1. Market Share Analysis
9.2. Key Company Analysis
9.3. Corporate Strategies
9.4. Company Profiles
9.4.1. Custom Metalcraft, Inc.
9.4.2. Ge Oil & Gas Inc.
9.4.3. Heatric Limited
9.4.4. Highview Power
9.4.5. Linde Group
9.4.6. Messer Group Gmbh
9.4.7. Mitsubishi Hitachi Power Systems, Ltd
9.4.8. Viridor Limited
List Of Tables
Table 1: North America Liquid Air Energy Storage (Laes) Market, By Country, 2018-2023 (In $ Thousand)
Table 2: Timeline Of Liquid Air Energy Storage Industry
Table 3: Comparison Between Liquid Air Energy Storage (Laes) & Other Storage Technologies/Systems
Table 4: Liquid Air Energy Storage (Laes) Efficiency Comparison With Other Storage Technologies.
Table 5: Energy Density Of Different Energy Storage Technology
Table 6: Features Of Different Energy Storage Systems Used In Distributed Energy Generation And Storage System.
Table 7: North America Liquid Air Energy Storage (Laes) Market, By Capacity, 2018-2023, (In $ Thousand)
Table 8: North America Liquid Air Energy Storage (Laes) Market, By Application, 2018-2023, (In $ Thousand)
Table 9: Opportunity Matrix
Table 10: Vendor Landscape
Table 11: All-in Installed Cost Range Of Laes 4h System
Table 12: Legal, Policy & Regulatory Framework
Table 13: North America Liquid Air Energy Storage (Laes) Market, By Country, 2018-2023 (In $ Thousand)
Table 14: List Of Key Strategies
List Of Figures
Figure 1: North America Liquid Air Energy Storage (Laes) Market, By Type, 2017 & 2023 (In %)
Figure 2: Electricity Demand Projection In Key Geographies, 2016-2040f (In Twh)
Figure 3: Average Annual Net Capacity Addition Estimates, 2010-2040 (In Gw)
Figure 4: North America Liquid Air Energy Storage (Laes) Market, By 5 -15 Mw, 2018-2023 (In $ Thousand)
Figure 5: North America Liquid Air Energy Storage (Laes) Market, By 16 - 50 Mw, 2018-2023 (In $ Thousand)
Figure 6: North America Liquid Air Energy Storage (Laes) Market, By 50 -100 Mw, 2018-2023 (In $ Thousand)
Figure 7: North America Liquid Air Energy Storage (Laes) Market, By 100 Mw+, 2018-2023 (In $ Thousand)
Figure 8: North America Liquid Air Energy Storage (Laes) Market, By Power Generation, 2018-2023 (In $ Thousand)
Figure 9: North America Liquid Air Energy Storage (Laes) Market, By Power Transmission, 2018-2023 (In $ Thousand)
Figure 10: North America Liquid Air Energy Storage (Laes) Market, By Power Distribution, 2018-2023 (In $ Thousand)
Figure 11: North America Liquid Air Energy Storage (Laes) Market, By Renewable Integration, 2018-2023 (In $ Thousand)
Figure 12: North America Liquid Air Energy Storage (Laes) Market, By Lng Terminals, 2018-2023 (In $ Thousand)
Figure 13: North America Liquid Air Energy Storage (Laes) Market, By Other Applications, 2018-2023 (In $ Thousand)
Figure 14: Porter’s Five Force Analysis
Figure 15: Key Buying Impact Analysis
Figure 16: Value Chain Analysis
Figure 17: Worldwide Trend Of Energy Consumption, 1970-2040 (In Billion Toe)
Figure 18: Investment Analysis Of Liquid Air Energy Storage (Laes) Market, By Capacity, In 2018
Figure 19: Investment Analysis Of Liquid Air Energy Storage (Laes) Market, By Application, In 2018
Figure 20: North America Liquid Air Energy Storage (Laes) Market, Regional Outlook, 2017 & 2023 (In %)
Figure 21: United States Liquid Air Energy Storage (Laes) Market, 2018-2023 (In $ Thousand)
Figure 22: Canada Liquid Air Energy Storage (Laes) Market, 2018-2023 (In $ Thousand)
Figure 23: Market Share Analysis Of Key Players In 2018 (In %)

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