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Southeast Asia Distributed Power Generation (DPG) Market
Southeast Asia Distributed Power Generation (DPG) Market
Massive Demand-Supply Mismatch and Shift Toward Low Carbon Emission Technologies to Drive Growth in Indonesia, the Philippines, and Myanmar
RELEASE DATE
01-Apr-2016
01-Apr-2016
REGION
Asia Pacific
Asia Pacific
Deliverable Type
Market Research
Market Research
Research Code: P900-01-00-00-00
SKU: EG01603-AP-MR_17031
$3,000.00
In stock
SKU
EG01603-AP-MR_17031
Utilities in Southeast Asia continue to strengthen their power supply through large-scale power plants. However, the sheer magnitude of the demand-supply mismatch calls for an immediate solution. Utilities are, therefore, driven to look beyond the scope of their traditional business models, and are increasingly willing to shift toward adopting distributed power solutions through decentralized systems. The distributed power generation market is not highly organized and different types of power plants have been developed based on the availability of fuel, operational flexibility, and the type of application.
Key Findings - Trends in the Distributed Power Generation Market in Southeast Asia
CEO’s Perspective
Overview—Key Objective and Scope
Market Definition—Power Plant Types in DPG Market
- Distributed power generation (DPG)
- Solar Photovoltaic (PV)
- Biomass and Waste to Power
- Diesel Engines/Generator Set
- Gas Engines/Generator Set
Market Definition—Business Models
- Microgrid Structure and Flow of Controls, Southeast Asia, 2015
Key Applications of Distributed Power Technologies
- Base-load Power
- Peak Power
- Emergency Power
Distributed Power Generation—A Look Back
- Distributed Power Age
- Centralized Power Period
- Revival of Distributed Power
Distributed Power Generation Market—Power Plant Type Analysis
- Impact based on Power Plant Type, Southeast Asia, 2015
- Internal Combustion Engines
- Biomass and Waste to Power
- Solar PV
Key Market Drivers, Southeast Asia, 2016–2020
Key Market Restraints, Southeast Asia, 2016–2020
Market Trends
Distributed Power Generation—Market Trends
Distributed Generation—Power Plant Type Analysis
Country Insights
RE Policies and Regulations—Southeast Asia , 2015
Top 3 Implications from Key Mega Trends, Southeast Asia, 2015
Internal Combustion Engine (ICE) Value Chain Participants
Renewable Energy Projects: Value Chain Analysis
Biomass and Waste-to-Power Projects
Profiles of Key Distributed Power Generation Companies
Notable Developments in DPG Market in Southeast Asia
3 Big Predictions
Legal Disclaimer
The Journey to Visionary Innovation
Value Proposition: Future of Your Company & Career
Global Perspective
Industry Convergence
360º Research Perspective
Implementation Excellence
Our Blue Ocean Strategy
List of Figures- 1. Distributed Power Generation Market: Impact based on Power Plant Type, Southeast Asia, 2015
- 2. Distributed Power Generation Market: Renewable Energy Technical Factor Analysis, Southeast Asia, 2015
List of Charts- 1. Distributed Power Generation Market: Capacity Forecast, Southeast Asia, 2014–2020
- 2. Distributed Power Generation Market: Power Plant Types Split, Southeast Asia, 2015
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Utilities in Southeast Asia continue to strengthen their power supply through large-scale power plants. However, the sheer magnitude of the demand-supply mismatch calls for an immediate solution. Utilities are, therefore, driven to look beyond the scope of their traditional business models, and are increasingly willing to shift toward adopting distributed power solutions through decentralized systems. The distributed power generation market is not highly organized and different types of power plants have been developed based on the availability of fuel, operational flexibility, and the type of application.
| Deliverable Type | Market Research |
|---|---|
| No Index | No |
| Podcast | No |
| Table of Contents | | Executive Summary~ || Key Findings - Trends in the Distributed Power Generation Market in Southeast Asia~ || CEO’s Perspective~ || Overview—Key Objective and Scope~ || Market Definition—Power Plant Types in DPG Market~ ||| Distributed power generation (DPG)~ ||| Solar Photovoltaic (PV)~ ||| Biomass and Waste to Power~ ||| Diesel Engines/Generator Set~ ||| Gas Engines/Generator Set~ || Market Definition—Business Models ~ ||| Microgrid Structure and Flow of Controls, Southeast Asia, 2015~ || Key Applications of Distributed Power Technologies~ ||| Base-load Power~ ||| Peak Power~ ||| Emergency Power~ || Distributed Power Generation—A Look Back~ ||| Distributed Power Age~ ||| Centralized Power Period~ ||| Revival of Distributed Power~ || Distributed Power Generation Market—Power Plant Type Analysis~ ||| Impact based on Power Plant Type, Southeast Asia, 2015~ ||| Internal Combustion Engines~ ||| Biomass and Waste to Power~ ||| Solar PV~ | Drivers and Restraints~ || Key Market Drivers, Southeast Asia, 2016–2020 ~ ||| Huge Power Supply Demand Gap~ ||| Long Gestation Period in a Centralized Power Plant~ ||| T&D Infrastructure Challenges~ ||| Huge Demand for Low Carbon Emission Technologies ~ || Key Market Restraints, Southeast Asia, 2016–2020~ ||| Energy Storage through Batteries is a Cause for Concern~ ||| Lack of Regulations for DPG~ ||| No Guaranteed Return for Project Developers~ ||| Fuel Supply Contract Challenges~ | Trends in Distributed Power Generation Market~ || Market Trends~ || Distributed Power Generation—Market Trends~ ||| Capacity Forecast, Southeast Asia, 2014–2020~ || Distributed Generation—Power Plant Type Analysis~ ||| Renewable Energy Technical Factor Analysis, Southeast Asia, 2015~ ||| Power Plant Types Split, Southeast Asia, 2015~ || Country Insights~ ||| Myanmar~ ||| Indonesia~ ||| Philippines~ ||| Thailand~ ||| Malaysia~ ||| Singapore~ ||| Vietnam~ || RE Policies and Regulations—Southeast Asia , 2015~ | Mega Trends Impacting DPG Market~ || Top 3 Implications from Key Mega Trends, Southeast Asia, 2015~ ||| New Business Models~ ||| Innovating to Zero~ ||| Smart Is the New Green~ | Value Chain Analysis~ || Internal Combustion Engine (ICE) Value Chain Participants~ ||| Value Chain Analysis (ICE) ~ || Renewable Energy Projects: Value Chain Analysis~ ||| Renewable Energy Value Chain Participants~ ||| Solar PV~ ||| Solar Power Business Models~ ||| Biomass and Waste-to-Power Projects~ || Biomass and Waste-to-Power Projects~ ||| Biomass Power Business Models~ ||| Solar-Microgrid Technology~ | Competitive Landscape~ || Profiles of Key Distributed Power Generation Companies~ ||| Solution Providers using Engines/Gensets, Southeast Asia, 2015~ |||| Wartsila~ |||| Aggreko~ |||| APR Energy~ |||| MAXpower~ |||| PT Sumberdaya Sewatama~ |||| Vpower Group~ || Notable Developments in DPG Market in Southeast Asia~ | The Last Word~ || 3 Big Predictions~ || Legal Disclaimer~ | The Frost & Sullivan Story~ || The Journey to Visionary Innovation~ || Value Proposition: Future of Your Company & Career~ || Global Perspective~ || Industry Convergence~ || 360º Research Perspective~ || Implementation Excellence~ || Our Blue Ocean Strategy~ |
| List of Charts and Figures | 1. Distributed Power Generation Market: Impact based on Power Plant Type, Southeast Asia, 2015~ 2. Distributed Power Generation Market: Renewable Energy Technical Factor Analysis, Southeast Asia, 2015~| 1. Distributed Power Generation Market: Capacity Forecast, Southeast Asia, 2014–2020~ 2. Distributed Power Generation Market: Power Plant Types Split, Southeast Asia, 2015~ |
| Author | Adwaith Visveswaran |
| Industries | Energy |
| WIP Number | P900-01-00-00-00 |
| Is Prebook | No |