Implications of Mega Trends on Batteries

Implications of Mega Trends on Batteries

Transformational Trends are Driving This Energy Storage Device

RELEASE DATE
30-Jun-2015
REGION
Global
Research Code: MB3C-01-00-00-00
SKU: EG00142-GL-MT_00637
$4,950.00
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SKU
EG00142-GL-MT_00637
$4,950.00
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Description

This study examines the key mega trends that are creating a high demand for batteries. The role of the Internet of Things (IoT), advancements to telecommunication networks (LTE), wearable devices with sensors, renewable integration, smart grid, energy storage, and advancements to healthcare devices are some of the key technologies that are dependent on batteries for their successful implementation and performance. This study highlights the different emerging battery chemistries and their applications, apart from the existing, well-established lead acid, lithium-ion, and flow batteries. A long-term perspective of how the demand for batteries and winning business models will evolve in 2025 is given along with revenue forecasts.

Table of Contents

Key Findings

Emerging Battery Chemistries

Executive Summary—CEO’s Perspective

The Last Word—3 Big Predictions

Top Mega Trends Tracked by Frost & Sullivan

Mega Trend 1—Connectivity and Convergence

Mega Trend 2—Smart is the New Green

Mega Trend 3—Future of Energy

Mega Trend 4—Health, Wellness, and Wellbeing

Key Findings Pertaining to Batteries

Top 10 Transformational Trends in Battery Space by 2020

Top 10 Key Industries Driving Batteries by 2020

Emerging Battery Chemistries

Future Battery Technologies

Research Scope

Research Aims and Objective

Research Methodology—From Macro to Micro Trends

Definitions

Definitions (continued)

Definitions (continued)

Mega Trend 1—Convergence and Connectivity: Key Sub-trends

Elements of Connectivity and Convergence

The IoT Ecosystem

Key Elements and Components of IoT

Internet of Things and Beyond—Evolution of Technology and Power Source

Key Aspects of Connected Living

Connected Living—Connected Home Energy

Connected Living—M2M Value Chain: Macro to Micro

Connected Living—M2M Value Chain

Connected Living—M2M Value Chain (continued)

Future of Consumer Devices

Growth of Wearable Devices

Batteries—The Power Source for Sensors in 2025

Thin-film Batteries

Technological Advancements Undertaken by Battery Manufacturers

Mega Trend 2—Smart is the New Green – Key Sub-trends

Overview and Introduction—Smart City and its Components

Key Parameters That Will Define a Smart City in 2020

Global Smart City Market—Detailed Breakdown

Energy Storage and Smart City

Batteries in Every Element of a Smart City

Technical Impacts of Energy Storage in a Smart City

Economic Impact of Energy Storage in a Smart City

Customer Impact of Energy Storage in a Smart City

Energy Storage in a Smart City—A Case Study

Interactions Between Various Participants

Smart Infrastructure—Water Industry Introduction

Smart Water Network

Convergence in Smart Water Meters

Batteries Powering Smart Water Meter

Mega Trend 3—Future of Energy

Game Changers in the Energy Sector

Smart Energy—Smart Grid the Future 'Energy Internet'

Transformation in Energy Flows

Smart Grid—Roadmap

Macro to Micro Implications for Smart Energy

Renewables and Batteries—Macro to Micro

Solar PV Installed Capacity

Solar PV Installed Capacity Growth

Solar PV Components

Solar Power and Energy Storage—Key Countries and Trends

Solar Power and Energy Storage—Key Countries and Trends (continued)

Solar Power and Energy Storage—Germany: The Leader

Macro to Micro—Solar PV with Batteries

Macro to Micro—Solar PV with Storage: Key Trends

Advanced Batteries and Energy Storage—Global Targets and Supportive Legislations

Energy Storage Regulations—North America

Energy Storage Regulations—North America (continued)

Energy Storage Types and Application in the Energy Network

Utility-scale Battery Energy Storage Systems

Advanced Batteries and Energy Storage—Battery Chemistries for Storage

Battery Bank Requirement

Batteries for Energy Storage

Battery-based Energy Storage Systems

Advanced Batteries and Energy Storage—Emerging Battery Chemistries

Advanced Batteries—Emerging Chemistries of the Future

Advanced Batteries—Emerging Chemistries of Future (continued)

Advanced Batteries—Technological Advancements in Battery Manufacturing

Advanced Batteries—Technological Advancements in Battery Manufacturing (continued)

Energy Harvesting Operational Diagram

Energy Harvesting Block Diagram

Sensors are Vital for Energy Harvesting

Energy Harvesting Market

Macro to Micro—Batteries for Energy Harvesting

Mega Trend 4—Health, Wellness, and Wellbeing: Key Sub-trends

Wearables—Futuristic Diagnostic Devices in Healthcare

Future Healthcare Devices

Dependence of the Future Healthcare Market on Batteries

Ageing Population

Macro to Micro—Top 10 Battery Based Medical Devices

Macro to Micro—Future Healthcare Devices and Batteries

Macro to Micro—Batteries Powering Healthcare Devices

Macro to Micro—Market Prospects of Medical Batteries

Major Market Participants in the Medical Battery Market

Key Takeaways

Key Takeaways (continued)

Legal Disclaimer

Regional Definition and Appendix

Battery Based Medical Devices Explained

Related Research
This study examines the key mega trends that are creating a high demand for batteries. The role of the Internet of Things (IoT), advancements to telecommunication networks (LTE), wearable devices with sensors, renewable integration, smart grid, energy storage, and advancements to healthcare devices are some of the key technologies that are dependent on batteries for their successful implementation and performance. This study highlights the different emerging battery chemistries and their applications, apart from the existing, well-established lead acid, lithium-ion, and flow batteries. A long-term perspective of how the demand for batteries and winning business models will evolve in 2025 is given along with revenue forecasts.
More Information
No Index No
Podcast No
Author Suba Arunkumar
Industries Energy
WIP Number MB3C-01-00-00-00
Is Prebook No