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GlobalFloating Power Plant Market Outlook 2020: Global Opportunity and Demand Analysis, Market Forecast to 2028

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GlobalFloating Power Plant Market Outlook 2020: Global Opportunity and Demand Analysis, Market Forecast to 2028

GlobalFloating Power Plant Market Outlook 2020: Global Opportunity and Demand Analysis, Market Forecast to 2028

  • Published Date: 25 Mar 2020
  • Report ID: E&P 0013
  • Pages:159
  • Base Year: 2019
  • Format: PDF
  • Historical Data: 2016-2019

The global floating power plant market is predicted to exhibit a 9.85% CAGR over the forecast period of 2019-2028. The global market is expected to reach US$ 1321.9 million by 2028. The world’s first successfully offshore-tested combined wind and wave device, the P80 is a floating platform that hosts a single wind turbine ranging from 5MW to 8MW the platform integrates 2MW to 3.6MW wave dependent on the wave resources. The platform is moored at a single point allowing the p80 to passively rotate to face the waves securing asafe offshore boat landing and transfer aft of the platform. The platform rotation is secured via the high-wave absorption of 60-80% of the inherent energy in the waves. Floating power plant plays a vital role in strength generation at faraway areas where energy generation is limited due to scarcity of land mass and can be used as an emergency electric strength source.

Top driver: Robust demand for Electricity of Global Floating Power Plant Market

Globally the need for uninterrupted electricity supply is growing because of the rising whorls of population, climbing income levels and industrialization. Enabling the remote regions with power by constructing new power generations facilities is very difficult as it involves high capital cost and several environmental concerns.Also,huge land area is necessary for the construction of coal, wind andpower plantsconcerns.However, the capital cost of FPP and the high level of complexity involved in the design of the systems will act as restraints for theFPPmarket globally.

Capacity and sourceto make crucial contribution to the growth of Global Floating Power Plant market

Segmentation of the global floating power plant market is completed according to the capacity and source. Based at the source of energy, the floating electricity plant marketplace can be segmented which one of them is renewable (wind energy, solar energy, geothermal strength, and others). Based on capability, the floating strength plant market may be categorized up to 10 MW, 11-75 MW, 76-150, 151-300 MW, and above 300 MW.

The other segment is non-renewable which sub segments are fuel turbine, electricity plant, IC engine energy plant, and others.

Rising Investments in Global Floating Power Plant market and Research to Benefit North America & Asia Pacific Market

Regionally, the Global Floating Power Plant Market is segmented into North America, Europe, Asia-pacific and the east of world regional segments. Europe is anticipated to be the fastest growing region in the globalFPP, driven by strong government support.

Also the region is home to several private organizations that are globally engaged in the installation of floating wind and the solar wind farms.

The Asia pacific floating power plant markets also anticipated to contribute the largest share by the end of 2028, with countries like china, south Korea, Japan, Australia, India, and the rest of APAC are investing heavily in this technology.

Key Players to focus on expanding applications of Global Floating Power Plant Market

The global Floating Power Plant market is expected to stay fragmented with the increase in the number of new entrants in the coming years. Various Companies are already working on expansion in Global Floating Power Plant Market. The major players in the market are listed below:

CATERPILLAR INC:Caterpillar brings reliable power solution everywhere on earth. Their Electric Power generator sets, systems and controls for emergency, standby, prime, peak and continuous power provide their proven durability and low operating costs combined with flexibility and dependability in the most demanding applications. Therefore they are pioneer in this market.

MITSUBISHI CORPORATION: A growing number of power plants have been built offshore, including those tapping the wind. But the new Mitsubishi Heavy ships are believed to be the first in the world featuring full fossil-fuel power generation facilities. Mitsubishi Heavy hopes to stand out by cultivating demand for offshore generation, tapping its rich know-how in merchant ship operations.

Scope of the Report

By Type

  • Renewable (Solar, Wind)
  • Non-Renewable (Gas turbines, IC engines)

By Capacity

  • 0-10 MW
  • 11-75 MW
  • 76-150 MW
  • 151-300 MW
  • Above 301

By Region

  • North America
  • Europe
  • Asia Pacific
  • LAMEA

 Key Reasons to Purchase this Report

  1. It provides a technological development map over time to understand the growth rate of the industry.
  2. The report offers a dynamic method to various factors that drive or restrain the growth of the market.
  3. It renders definite analysis for changing competitive dynamics.
  4. It builds a seven-year estimate based on how the market is predicted to grow.

Table of Content

Chapter 1           Overview And Scope

1.1             Market Vision

1.1.1          Market Definition

1.1.2          Market Scope

1.2             Market Segmentation

Chapter 2           Our Research Practice

2.1             Our Research Methodology

2.2             Data Triangulation

2.3             Data Sources

2.4             Assumptions for the study

2.5             Approach Adopted

Chapter 3           Executive Summary

3.1             Market Snapshot

3.2             Regional Snapshot

3.3             Segment Summary

Chapter 4           Covid-19 Impact Analysis

4.1             Overview

4.2             Prevalence analysis

4.3             Key Factor Impact Analysis

Chapter 5           Global Floating Power Plant Market Forces

5.1             What’s Driving the Market

5.2             Porter’s Five Forces Analysis

5.2.1          Power of Suppliers

5.2.2          Threats From New Entrants

5.2.3          Power of Buyer

5.2.4          Threat From Substitute Product

5.2.5          Degree of Competition

Chapter 6           Global Floating Power Plant Market -Industry Snapshots

6.1             Overview

6.1.1          Global Floating Power Plant Market Value, 2019 – 2026, (US$ Bn)

6.2             Market Overview

6.2.1          Drivers Analysis

6.2.2          Restraint/Challenges analysis

6.2.3          Opportunity Analysis

6.3             Supply Chain/Value Chain Analysis

6.4             Market SWOT Analysis

Chapter 7           Global Floating Power Plant Market Analysis, by Type

7.1             Overview

7.2             Key Findings for Floating Power Plant Market- By Type

7.2.1          Floating Power Plant Market- Renewable (Solar, Wind)

7.2.2          Floating Power Plant Market- Non-Renewable (Gas turbines, IC engines)

Chapter 8           Global Floating Power Plant Market Analysis, by Capacity

8.1             Overview

8.2             Key Findings for Floating Power Plant Market- By Capacity

8.2.1          Floating Power Plant Market- 0-10 MW

8.2.2          Floating Power Plant Market- 11-75 MW

8.2.3          Floating Power Plant Market- 76-150 MW

8.2.4          Floating Power Plant Market- 151-300 MW

8.2.5          Floating Power Plant Market- Above 301

Chapter 9           Floating Power Plant Market Analysis by Region

9.1             Key Findings for Floating Power Plant Market- By region

9.2             Overview

9.2.1          Global Floating Power Plant Market Analysis, By Type, 2019 – 2026

9.2.2          Global Floating Power Plant Market Analysis, By Capacity, 2019 – 2026

9.3             Floating Power Plant Market – North America

9.3.1          Overview

9.3.2          U.S.

9.3.3          Canada

9.3.4          Mexico

9.3.5          North America Market, By Type

9.3.6          North America Market, By Capacity

9.4             Floating Power Plant Market – Europe

9.4.1          Overview

9.4.2          Germany

9.4.3          United Kingdom

9.4.4          France

9.4.5          Italy

9.4.6          Rest Of Europe

9.4.7          Europe Market, By Type

9.4.8          Europe Market, By Capacity

9.5             Floating Power Plant Market – Asia Pacific

9.5.1          Overview

9.5.2          China

9.5.3          Japan

9.5.4          India

9.5.5          Rest of APAC

9.5.6          Asia Pacific Market, By Type

9.5.7          Asia Pacific Market, By Capacity

9.6             Floating Power Plant Market – LAMEA

9.6.1          Overview

9.6.2          Middle East & Africa (MEA)

9.6.3          Latin America

9.6.4          Rest Of World

9.6.5          Latin America, Middle East and Africa Market, By Type

9.6.6          Latin America, Middle East and Africa Market, By Capacity

Chapter 10       Market Competition Analysis

10.1           Market Share/Positioning Analysis

10.1.1       Market Positioning of Key Vendors, 2019

10.1.2       Key Strategies Adopted by the Leading Players

10.1.3       Recent Developments

Chapter 11       Company Profiles- Snapshot

11.1           Mitsubishi Corporation

11.1.1       Business Fundamentals

11.1.2       Financial Snapshots

11.1.3       Product Portfolio

11.1.4       Recent Developments

11.2           Ciel & Terre International

11.3           Siemens AG

11.4           Wartsila

11.5           Vikram Solar Pvt., Ltd.

11.6           Yingli Solar

11.7           SeaTwirl AB

11.8           Floating Power Plant A/S

11.9           Ideol

11.10        Kyocera Corporation

*More than 10 Companies are profiled in this Research Report*

*Financials would be provided on a best efforts basis for private companies”

Chapter 12       Appendix

 

 

 

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