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Global Market Trajectory & Analytics



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  •  DATE

    JULY 2020



  •  PAGES




  •  PRICE

    USD $4950


Impact of Pandemic & Economic Slowdown

Monitor Market Dynamics!
Early March 2020, we reached out to senior enterprise executives who are driving strategy, business development, marketing, sales, product management, technology and operations at competitive firms worldwide. Our ongoing survey is focused on how this will this affect their business ecosystems. We invite you to participate in our survey and add to collective perspectives. Market movements are tracked for 2020, 2021 and broadly for the period of 2022 through 2025. Critical changes are monitored dynamically for the rest of this year. Updated analytics will reflect new and evolving market realities. Our first update scheduled for May 2020 and another in the Fall. Clients receive complimentary updates during 2020. If your company is a recent client for this project, we may have already reached out to your colleagues to participate in our program. If you're an active player in the space but hasn't yet subscribed to our project, we invite you to participate and share your perspectives. Please sign-up here.

The global market for Li-ion Battery is projected to reach US$91.8 billion by 2025 driven by their use in a wide range of energy storage applications. Among the applications, standing out as a major driver of growth is electric vehicles (EVs). Li-ion battery technology has a number of important and distinct advantages over competing technologies such as high energy density; lower rate of self-discharge as compared to Ni-Cad and NiMH; maintenance free unlike Ni-Cad cells which need to be periodically discharged to ensure elimination of memory effect; lightweight when compared to other battery types; higher temperature tolerance; fast and safe charging; longer life and durability; higher cycle life over 4000 to 5000 cycles; overthrows issues such as "Peukert's losses" and "voltage sag" typically seen in lead acid batteries, among others. High energy density is an important benefit for mobile electronic applications such as smartphones, tablets and PDAs, since it means ability to operate the device operate longer between charges. All of these benefits help ensure the technology's use ranging from powering small electronics to large equipment, and vehicles such as electric cars. In the field of EVs, li-ion batteries are poised to dominate as it represents the best performing technology available to date. with the highest coulombic efficiency (CE) ratings in rechargeable batteries at more than 99%; lowest rate of self-discharge; highest multiple number of recharge cycles; lightweight when compared to other battery technologies; and longer life & longevity, this technology is versatile enough to meet current engineering needs of EV designers.

However, li-ion is not the future of EVs. The automobile industry still remains focused on developing the perfect battery technology capable of enabling enable long-range electric vehicles. Li-ion battery technology is a sprinter and can supply energy for just four hours and for long-term success of EVs the need of the hour is long-term energy storage. Solid-state batteries and flow batteries are major technologies that can disrupt the market once they achieve the much awaited commercial breakthrough. Few of the disadvantages of li-ion for EVs include in aging li-ion batteries self-discharge increases when exposed to heat; requires protection circuitry to ensure against over-charging and deep discharging; safety is a huge concern with thermal short circuits carrying the risk of fire or explosion; the use of advanced battery management system (BMS) to monitor cell voltage and temperature adds to the cost and weight of the battery module. Also, li-ion is hitting its theoretical limits of battery chemistry, making enhancements to energy density more and more challenging. Over the last 5-8 years only 1% to 2% performance improvement has been achieved. Researchers however remain divided on li-ion technology's potential. Some researchers are experimenting with conductive carbon black powder/charcoal dust to enhance power and energy density of these batteries by over 25%. The race to develop newer and better batteries is still ongoing and with other technology contenders still far behind, its li-ion's day in the sun as the technology comes of age and nears its full potential until disrupted by other competing alternatives. As numerous new li-ion battery plants mushroom and as new innovative start-ups push the boundaries of li-ion efficiency, prices will continue to drop while performance will continue to improve, opening up new markets and strengthening demand in existing markets. The United States, Europe and Asia represent large markets worldwide with a combined share of 80.2% of the market. Europe ranks as the fastest growing market with a CAGR of 17% over the analysis period, as the region prepares to overtake the United States in terms of battery manufacturing capacity by 2023. China follows close behind with a 16.2% CAGR adroitly capitalizing on emerging opportunities in Europe by filling in gaps in the lithium ion battery value chain. A significant percentage of battery manufacturing plants being built and planned are owned by Chinese and other Asian manufacturers.
» Chemistry [Lithium Nickel Manganese Cobalt (NMC), Lithium Iron Phosphate (LFP), Lithium Cobalt Oxide (LCO), Lithium Nickel Cobalt Aluminum Oxide (NCA), and Other Chemistries] » and End-Use (Consumer Electronics, Automotive, Aerospace & Defense, Marine, Healthcare, Other End-Uses)
» World » United States » Canada » Japan » China » Europe » France » Germany » Italy » United Kingdom » Spain » Russia » and Rest of Europe » Asia-Pacific » Australia » India » South Korea » and Rest of Asia-Pacific » Latin America » Argentina » Brazil » Mexico » and Rest of Latin America » Middle East » Iran » Israel » Saudi Arabia » United Arab Emirates » and Rest of Middle East » and Africa


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