Technology Advances Empowering Microgrids (Technical Insights)

Technology Advances Empowering Microgrids (Technical Insights)

Advanced Technologies Enabling A New Era of Power Generation and Energy Storage

RELEASE DATE
18-Aug-2015
REGION
Global
Research Code: D66F-01-00-00-00
SKU: IT00612-GL-TR_01735
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Description

The consumers, particularly power guzzlers, are expecting the delivery of quality power with improved system efficiency. The recent blackouts have driven concerns regarding the reliability of the existing grid and power hierarchy. A number of technologies have evolved, thanks to huge investments in the fields of energy efficiency, control systems, power monitoring, and renewable generation. Essentially, the aim is to integrate all these technologies into an automated grid supporting a small area, which can be connected to a larger main grid. This small grid should possess the ability to operate independently when required. These small grids also known as “Microgrids” improve the reliability, efficiency and sustainability of the power network. This research service includes: Overview of microgrids; Types of microgrids; Technologies empowering microgrids; Future advances in microgrids; Strategic outlook and Strategic perspectives & directions.

Table of Contents

Research Scope

Research Process and Methodology

Research Methodology (continued)

Key Findings

Key Findings (continued)

Microgrids – Snapshot

Microgrids – Snapshot (continued)

Categorization of Microgrids

Microgrids–Component Technologies

Microgrid Architecture–Key Elements

Microgrid Architecture–Key Elements (continued)

Microgrid Architecture–Key Elements (Continued)

Technology Advances Empowering Microgrids

Benefits for Energy Consumers

Growth Drivers and Industry Challenges

Unmet Needs–Technology Perspective

Key Sensor Technologies Enabling Microgrids

Key Providers/ Developers of Sensor Technology

Smart Sensors–Sensing + Monitoring

Inductively-powered Smart Grid Sensor

Key ICT Technologies Enabling Microgrids

Key Providers/ Developers of Communication Technology

Unified Multi Technology Platform

Wireless Network to Power Wide Area M2M Communications

Key Energy Storage Technologies Enabling Microgrids

Key Providers/ Developers of Energy Storage Technology

Cost-effective and Safe Energy Storage

New Approach to Energy Storage

Key Electronics Technologies Enabling Microgrids

Key Providers/ Developers of Electronics Technology

Energy Saving GaN Power Semiconductor Devices

Highly Efficient SiC Transistors

NEMO: Grid Planning and Designing

X-Ray Imaging Technique for Investigating Reactions in Li-ion Batteries

Solar-Enabled Heating and Power Generation

Smart Power Infrastructure Demonstration for Energy Reliability and Security (SPIDERS) for Secure Microgrids

Microgrid Projects: Implementation Examples

Microgrid Market Revenue Forecast - 2014 to 2020

Strategic Outlook

Strategic Outlook (continued)

Strategic Outlook of Future Microgrids

Strategic Directions

Strategic Directions (continued)

Strategic Directions (continued)

Key Patents

Key Patents (continued)

Key Patents (continued)

Key Contacts

Legal Disclaimer

Providers/ Developers of Microgrid Solutions

Providers/ Developers of Microgrid Solutions (continued)

Providers/Developers of Microgrid Solutions (continued)

Providers/ Developers of Microgrid Solutions (continued)

Providers/ Developers of Microgrid Solutions (continued)

Providers/ Developers of Microgrid Solutions (continued)

The Frost & Sullivan Story

Value Proposition: Future of Your Company & Career

Global Perspective

Industry Convergence

360º Research Perspective

Implementation Excellence

Our Blue Ocean Strategy

The consumers, particularly power guzzlers, are expecting the delivery of quality power with improved system efficiency. The recent blackouts have driven concerns regarding the reliability of the existing grid and power hierarchy. A number of technologies have evolved, thanks to huge investments in the fields of energy efficiency, control systems, power monitoring, and renewable generation. Essentially, the aim is to integrate all these technologies into an automated grid supporting a small area, which can be connected to a larger main grid. This small grid should possess the ability to operate independently when required. These small grids also known as Microgrids improve the reliability, efficiency and sustainability of the power network. This research service includes: Overview of microgrids; Types of microgrids; Technologies empowering microgrids; Future advances in microgrids; Strategic outlook and Strategic perspectives & directions.
More Information
No Index No
Podcast No
Author Kaushik Anantharaman
Industries Information Technology
WIP Number D66F-01-00-00-00
Keyword 1 Global Microgrid Technology
Keyword 2 microgrid technology
Keyword 3 microgrid
Is Prebook No