A new market study, titled “United States Electric Vehicles Battery Pack Industry 2016 Market Research Report,” has been featured on MarketResearchReports.biz website. This report explains the many facets that will impact the progression of the electric vehicles battery pack industry in the U.S. in 2016. In the U.S., in recent times, electric vehicles have made a comeback after a period of dominance of gas-powered automobiles, predominantly for environmental and economic concerns. These aspects are explained at length here in this report. A detailed competitive analysis and insights into the changing competitive hierarchy of the market are other distinguishing features of this study.
In the quest to reduce the dependence on fossil fuels, in the U.S., large volume development of alternate energy sources, such as solar, wind, and geothermal energy, and of the means to store the generated energy is underway. Industrial, commercial, and vehicular power are some of the applications wherein stored electrochemical energy is used in the bid to curb carbon emissions. Automobiles that operate on electrical energy require battery packs configured in a specific arrangement to deliver the desired potential difference.
Typically, a battery pack consists individual batteries or cells and interconnects, which enable electrical conductivity between them. Remote control toys and battery electric vehicles are the two major applications in which battery packs are used. To avoid misuse of resources, in the U.S., energy production and utilization has stipulations to adhere to, which includes electric vehicles battery packs as well.
In this report, the operational and analytical development aspects of the electric vehicles pack industry are discussed. To understand the operational aspects, manufacturing processes, raw materials, production capacity, technological capability, and development plans and policies are detailed in the report. Insights into the R&D status and plant distribution of top electric vehicles battery pack manufacturers are also covered in this regard.
Product type, application, and region are the criteria based on which production analysis of battery packs for electric vehicles in the U.S. is done in the report. Following this, sales overview and corresponding profit margins of the equipment for the 2011-2016 period are covered herein.
On the other hand, import/export consumption behavior, profit margins, and revenue figures throw light on the market’s progression from an analytical perspective.
The 139-page report, with a total of 151 tables and figures, provides vital statistics on the state of the industry. Market indicators that will hold an important place in 2016 are depicted through illustrations and analysis of how this will impact the competitive hierarchy is also provided.
For easy comprehensibility, the report is divided into sections and sub-sections that include main text and an annex for references, acknowledgments etc.
In this study, the competitive landscape of the industry is analyzed at length. The report mentions Panasonic, PEVE, LEJ, Hitachi, Boston Power, Lishen Battery, WanXiang, Pride Power, BAK Battery, AESC, LG Chem, Samsung SDI, ACCUmotive, BYD, CATL, GuoXuan High-Tech, and OptimumNano as the top companies involved in the business for electric vehicles battery packs in the U.S.
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