Stationary Battery Storage Market Growth by Key Players: Exide, Johnson Controls, Tesla, Toshiba, Hitachi, Uniper, ACDelco, Panasonic

Stationary Battery Storage Market is predicted to surpass USD 35 billion by 2030. Increasing adoption of storage systems with higher power capacity along with growing investments to integrate sustainable energy technologies will amplify the business growth. Regulatory measures to reinforce the grid network will further complement the industry landscape. In 2017, International Finance Corporation, in India allocated USD 1.2 Billion toward the development of renewable technologies.

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Advancement in the designing of wireless technologies along with development of communication network will expand the stationary battery storage Market. Unavailability of effective monitoring units across the emerging economies coupled with recurrent power failures & outages will augment the business growth. Moreover, rapid technological enhancements for the advancement of distributed generation technology will stimulate the adoption of product.

Continuous investments for the development of grid network along with rising consumption of electricity owing to propelling industrial and commercial segment will embellish the Japan stationary battery storage market growth. Furthermore, growing concerns relating to the supply security will drive the product adoption.

In 2017, flow battery held over 3.5% share in the global stationary battery storage market. Growing investments for the integration of renewable grid infrastructure along with ongoing innovations to develop cost-effective and efficient storage solutions will enhance the industry outlook. Higher efficiency and longer shelf life are some of the features which will further boost the product penetration.

U.S. stationary battery storage market will expand owing to the increasing investments toward the restoration of existing electrical infrastructure along with growing deployment of advance support systems. Increasing power consumption coupled with growing need for reliable and continuous supply of electricity will further enhance the business growth. For instance, China announced investment of USD 800 billion in the U.S. energy infrastructure industry in 2017.

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Partial Chapter of the Table of Content

Chapter 3 Stationary Battery Storage Industry Insights

3.1 Industry segmentation

3.2 Industry landscape, 2013 - 2030

3.3 Industry ecosystem analysis

3.3.1 Vendor matrix

3.4 Regulatory Landscape

3.4.1 Europe

3.4.1.1 EU Battery Directive

3.4.1.2 Secondary European Legislation on Batteries:

3.4.2 UK

3.4.2.1 The Batteries and Accumulators Regulations 2008

3.4.2.2 The Waste Batteries and Accumulators Regulations 2009

3.4.2.3 Northern Ireland

3.4.3 Scotland

3.4.4 U.S.

3.4.4.1 Electronic Code of Federal Regulations

3.4.4.2 DOE VTO Advanced Battery R&D Program

3.4.4.3 Mercury-Containing and Rechargeable Battery Management Act of 1996

3.4.5 China

3.4.5.1 China RoHS Directive

3.4.6 Japan

3.4.6.1 JISC Standards

3.4.6.2 DENAN Law

3.4.7 International Battery Standards and Testing

3.4.7.1 General Battery Standards

3.4.7.2 Safety Standards

3.4.7.3 Quality Standards

3.5 Innovation & technology landscape

3.5.1 Toshiba

3.5.2 Primus

3.5.3 Exide Technologies

3.5.4 Tesla

3.5.5 FDK Corporation

3.5.6 Picodeon

3.5.7 ProLogium Technology

3.5.8 Other innovations

3.6 Lithium ion Battery leading production sites

3.7 Global electric vehicle sales trends and forecast

3.8 Customer requirement

3.9 Customer group requirement

3.10 Entry barriers

3.11 Industry impact forces

3.11.1 Growth drivers

3.11.1.1 Favourable regulatory framework

3.11.1.2 Growth in the renewable energy sector

3.11.1.3 Decline in battery costs

3.11.1.4 Longer shelf life & high energy density

3.11.2 Industry pitfalls and challenges

3.8.2.1 Safety concerns

3.12 Porter’s analysis

3.13 Cost structure analysis

3.13.1 TCO analysis between VRLA and Lithium ion batteries

3.13.1.1 Battery Attributes

3.13.1.2 Assumptions

3.13.1.3 Capital Expense

3.13.1.4 Operational Expense

3.13.1.5 TCO Calculation

3.14 Growth potential analysis

3.15 Price trend analysis, (stationary & traction battery)

3.15.1 Europe

3.15.2 Russia

3.15.3 UK

3.15.4 UAE

3.15.5 Israel

3.16 Competitive landscape, 2017

3.16.1 Strategy dashboard

3.16.1.1 GS Yuasa Corporation

3.16.1.2 Samsung SDI

3.16.1.3 LG Chem

3.16.1.4 Johnson Controls

3.16.1.5 Hitachi Chemical Co., Ltd.

3.16.1.6 Tesla

3.16.1.7 Uniper

3.17 PESTEL analysis

Chapter 4 Stationary Battery Storage Market, By Battery

4.1 Global stationary battery storage by battery market share, 2017 & 2030

4.2 Lithium-ion

4.2.1 Global market estimates and forecast, 2013 – 2030

4.2.2 Global market, by region, 2013 - 2030, (USD Billion)

4.3 Sodium sulphur (NaS)

4.3.1 Global market, 2013 – 2030

4.3.2 Global market, by region, 2013 - 2030, (USD Billion)

4.4 Lead acid

4.4.1 Global market, 2013 – 2030

4.4.2 Global market, by region, 2013 - 2030, (USD Billion)

4.5 Flow battery

4.5.1 Global market, 2013 – 2030

4.5.2 Global market, by region, 2013 - 2030, (USD Billion)

4.6 Others

4.6.1 Global market, 2013 – 2030

4.6.2 Global market, by region, 2013 - 2030, (USD Billion)

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High voltage capacity along with high gravimetric and volumetric densities are some of the key parameters which will propel the stationary battery storage Market. The Multidisciplinary Digital Publishing Institute (MDPI) in 2017, stated the energy density of lithium-ion battery varying from 110 - 160 Wh/Kg as compared to the lead acid, NiCd and NiMH, batteries. Furthermore, the reduction in the battery cost owing to economy of scale and efficient manufacturing coupled with availability of low cost raw material will complement the industry outlook.

Eminent leaders in the stationary battery storage market include ACDelco, Exide Technologies, Durapower, Tesla, Hitachi Maxell, LG Chem Johnson Controls, A123 systems, Hitachi Chemical, GS Yuasa Duracell, BYD co, Hitachi Chemical, Uniper, Panasonic, Roofer Technology, Toshiba, Valence Technology and Samsung SDI.

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