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Asia-Pacific Smart Grid Technology Market

  • Report Code: SM 1002
  • Publish Date: Upcoming
  
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Summary
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Smart grid aims to develop the power grid by assembling of emerging and existing technology that reinforces the utility to decrease the distribution and transmission loss. This can be achieved with the help of communication networks, smart sensors, advanced metering infrastructure and software’s.

Smart grid will amend the dependability and efficiency in energy distribution and assist in optimizing utilization of resources. Smart grid will enhance the grid reliability by monitoring the frequency and the number of disturbances and duration of power outages, including reduction of the possibility of regional blackouts. It will equilibrate the electricity demand and supply.

Increasing government support, Reduction in distribution and transmission loss, increase in energy efficiency are the pilots of this market. Smart grid architecture used integrated communication network coupled with software is the major factor to drive Asia-pacific smart grid market.

The installation of the entire smart grid network required high cost is the restraints of smart grid market. Increasing investment and prepayment of electricity are the opportunities for the growth of the market.

 The Asia-pacific smart grid market is expected to reach $34.93 billion in 2018 from $4.62 billion in 2012 at a CAGR of 41.3% from 2013 to 2018. Some of the players in this market include Comverge (U.S.), Cooper Power System, Inc. (U.S.), Echelon Corporation (U.S.) and Elster group (Germany).

 

Scope of the report

This report classifies the Asia-pacific smart grid technology market on the basis of communication network, various smart sensor, various kinds of software’s, smart meter and geographical analysis; forecasting revenue, and analyzing trends in the market.

 

On the basis of communication network

The communication Network is segmented on the basis of Z-wave, Wi-Fi, Zigbee and others.

 

On the basis of smart sensors

The Smart sensors segment consists of HAN sensors, dynamic line rating sensors, transformer monitoring sensors and voltage sensors.

 

On the basis of software

The software market is broadly segmented into Supervisory Control and Data Acquisition (SCADA), Demand Response Management Systems (DRM), Distribution Management Systems (DMS) and Meter Data Management Systems (MDMS).

 

On the basis of geography

The geographical segmentation of market is on the basis of major countries like Australia, China, Japan, Korea, India and others.

 

Customization option

With Market data, you can also customize MMM assessments that meet your company need.

Customization to get compressive industry standard and deep dive analysis of following parameters:

 

Smart grid matrix

  • Description of smart grid matrix in build matrix and value matrix.
  • Status of smart grid matrix countrywide and their comparison with respect to trend and penetration.

 

Technology analysis

  • New technologies for smart grid development.
  • Future long –term roadmap for smart grid deployment.

 

Deployment and challenges

  • Short-term challenges for smart grid projects.
  • Status of smart grid deployment countrywide and the regulatory to continued deployment.

 

Shipment/ Volume Data

  • Quantitative input of smart grid technology applications in each country tracked.
  • Value of components shipped annually in each country tracked.


1 Introduction
1.1 Objective of the study
1.2 Market Definitions
1.3 Market Segmentation & Aspects Covered
1.4 Research Methodology
1.4.1 Assumptions (Market Size, Forecast, etc)
2 Executive Summary
3 Market Overview
4 Smart Grid Technology-Asia-Pacific, By Types
4.1 Split By Geography
4.1 Smart Grid Technology-Australia by Types
4.1 Smart Grid Technology-India by Types
4.1 Smart Grid Technology-Korea by Types
4.1 Smart Grid Technology-Japan by Types
4.1 Smart Grid Technology-China by Types
4.1 Smart Grid Technology-South Korea by Types
4.1 Smart Grid Technology-Asia-Pacific - Other Geographies by Types
4.2 Smart Grid Technology-Asia-Pacific-Smart Meter
4.2.1 Smart Grid Technology-Asia-Pacific-Smart Meter, By Geographies
4.2.1.1 Smart Grid Technology-Smart Meter-China
4.2.1.2 Smart Grid Technology-Smart Meter-India
4.2.1.3 Smart Grid Technology-Smart Meter-Japan
4.2.1.4 Smart Grid Technology-Smart Meter-Korea
4.2.1.5 Smart Grid Technology-Smart Meter-Australia
4.2.1.6 Smart Grid Technology-South Korea-Smart Meter
4.2.1.7 Smart Grid Technology-Smart Meter-Asia-Pacific - Other Geographies
4.3 Smart Grid Technology-Asia-Pacific-Software
4.3.1 Smart Grid Technology-Asia-Pacific-Software, By Geographies
4.3.1.1 Smart Grid Technology-Software-China
4.3.1.2 Smart Grid Technology-Software-India
4.3.1.3 Smart Grid Technology-Software-Australia
4.3.1.4 Smart Grid Technology-Software-Korea
4.3.1.5 Smart Grid Technology-Software-Japan
4.3.1.6 Smart Grid Technology-South Korea-Software
4.3.1.7 Smart Grid Technology-Asia-Pacific - Other Geographies-Software
4.3.2 Smart Grid Technology-Asia-Pacific-Software, By Types
4.3.2.1 Smart Grid Technology-Asia-Pacific-Application Software
4.3.2.2 Smart Grid Technology-Asia-Pacific-Software-Demand Response Management System
4.3.2.3 Smart Grid Technology-Asia-Pacific-Software-Supervisory Control and Data Acquisition(SCADA)
4.3.2.4 Smart Grid Technology-Asia-Pacific-Software-Advance Metering MDM
4.3.2.5 Smart Grid Technology-Asia-Pacific-Software-Distributed Management Systems
4.4 Smart Grid Technology-Asia-Pacific-Smart Sensor
4.4.1 Smart Grid Technology-Asia-Pacific-Smart Sensor, By Geographies
4.4.1.1 Smart Grid Technology-Smart Sensor-India
4.4.1.2 Smart Grid Technology-Smart Sensor-China
4.4.1.3 Smart Grid Technology-Smart Sensor-Japan
4.4.1.4 Smart Grid Technology-Smart Sensor-Australia
4.4.1.5 Smart Grid Technology-Smart Sensor-Korea
4.4.1.6 Smart Grid Technology-South Korea-Smart Sensor
4.4.1.7 Smart Grid Technology-Asia-Pacific - Other Geographies-Smart Sensor
4.4.2 Smart Grid Technology-Asia-Pacific-Smart Sensor, By Types
4.4.2.1 Smart Grid Technology-Asia-Pacific-HAN sensor
4.4.2.2 Smart Grid Technology-Asia-Pacific-Voltage sensor
4.4.2.3 Smart Grid Technology-Asia-Pacific-Transformer monitoring sensors
4.4.2.4 Smart Grid Technology-Asia-Pacific-Dynamic line rating sensors
4.5 Smart Grid Technology-Asia-Pacific-Communication Network
4.5.1 Smart Grid Technology-Asia-Pacific-Communication Network, By Geographies
4.5.1.1 Smart Grid Technology-China-Communication Network
4.5.1.2 Smart Grid Technology-India-Communication Network
4.5.1.3 Smart Grid Technology-Japan-Communication Network
4.5.1.4 Smart Grid Technology-Korea-Communication Network
4.5.1.5 Smart Grid Technology-Australia-Communication Network
4.5.1.6 Smart Grid Technology-Communication Network-Asia-Pacific - Other Geographies
4.5.2 Smart Grid Technology-Asia-Pacific-Communication Network, By Types
4.5.2.1 Smart Grid Technology-Asia-Pacific-Communication Network-ZigBee
4.5.2.2 Smart Grid Technology-Asia-Pacific-Communication Network-Z-Wave
4.5.2.3 Smart Grid Technology-Asia-Pacific-Communication Network-Wi-Fi
4.5.2.4 Smart Grid Technology-Asia-Pacific-Communication Network-Other Segments
5 Smart Grid Technology-Asia-Pacific, By Geographies
5.1 Smart Grid Technology-Australia
5.1.1 Smart Grid Technology-Australia, By Types
5.1.1.1 Smart Grid Technology-Smart Meter-Australia
5.1.1.2 Smart Grid Technology-Software-Australia
5.1.1.3 Smart Grid Technology-Smart Sensor-Australia
5.1.1.4 Smart Grid Technology-Australia-Communication Network
5.2 Smart Grid Technology-India
5.2.1 Smart Grid Technology-India, By Types
5.2.1.1 Smart Grid Technology-Smart Meter-India
5.2.1.2 Smart Grid Technology-Software-India
5.2.1.3 Smart Grid Technology-Smart Sensor-India
5.2.1.4 Smart Grid Technology-India-Communication Network
5.3 Smart Grid Technology-Korea
5.3.1 Smart Grid Technology-Korea, By Types
5.3.1.1 Smart Grid Technology-Smart Meter-Korea
5.3.1.2 Smart Grid Technology-Software-Korea
5.3.1.3 Smart Grid Technology-Smart Sensor-Korea
5.3.1.4 Smart Grid Technology-Korea-Communication Network
5.4 Smart Grid Technology-Japan
5.4.1 Smart Grid Technology-Japan, By Types
5.4.1.1 Smart Grid Technology-Smart Meter-Japan
5.4.1.2 Smart Grid Technology-Software-Japan
5.4.1.3 Smart Grid Technology-Smart Sensor-Japan
5.4.1.4 Smart Grid Technology-Japan-Communication Network
5.5 Smart Grid Technology-China
5.5.1 Smart Grid Technology-China, By Types
5.5.1.1 Smart Grid Technology-Smart Meter-China
5.5.1.2 Smart Grid Technology-Software-China
5.5.1.3 Smart Grid Technology-Smart Sensor-China
5.5.1.4 Smart Grid Technology-China-Communication Network
5.6 Smart Grid Technology-South Korea
5.6.1 Smart Grid Technology-South Korea, By Types
5.6.1.1 Smart Grid Technology-South Korea-Software
5.6.1.2 Smart Grid Technology-South Korea-Smart Meter
5.6.1.3 Smart Grid Technology-South Korea-Smart Sensor
5.7 Smart Grid Technology-Asia-Pacific - Other Geographies
5.7.1 Smart Grid Technology-Asia-Pacific - Other Geographies, By Types
5.7.1.1 Smart Grid Technology-Smart Meter-Asia-Pacific - Other Geographies
5.7.1.2 Smart Grid Technology-Asia-Pacific - Other Geographies-Software
5.7.1.3 Smart Grid Technology-Communication Network-Asia-Pacific - Other Geographies
6 Smart Grid Technology-Asia-Pacific, By Companies
6.1 Competitive landscape
6.2 Split By Geography
6.2 Smart Grid Technology-Australia by Companies
6.1 Smart Grid Technology-India by Companies
6.1 Smart Grid Technology-Korea by Companies
6.1 Smart Grid Technology-Japan by Companies
6.1 Smart Grid Technology-China by Companies
6.1 Smart Grid Technology-South Korea by Companies
6.1 Smart Grid Technology-Asia-Pacific - Other Geographies by Companies
6.3 Smart Grid Technology-Asia-Pacific-Other Companies
6.4 Smart Grid Technology-Asia-Pacific-Echelon Corporation (Echelon))
6.5 Smart Grid Technology-Asia-Pacific-Comverge
6.6 Smart Grid Technology-Asia-Pacific-Elster group
6.7 Smart Grid Technology-Asia-Pacific-Cooper power systems

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