Market Research Report
Global Electric Vehicle Batteries Market Analysis, 2013-2023
|Published by||Market Krystal||Product code||725288|
|Published||Content info||120-150 Pages
Delivery time: 1-2 business days
|Global Electric Vehicle Batteries Market Analysis, 2013-2023|
|Published: August 1, 2018||Content info: 120-150 Pages||
The major contribution in air pollution is due to the gases exhale by vehicles and mix in air. Battery vehicles are the solution to the pollution problems by the emission of gases from current vehicles running on liquid fuels. The batteries use in electric vehicle contain lead acid, nickel metal hydride, NiCd, Li-ion polymer and some molten-salt batteries, zinc-air.
One needs to fill other fuels in vehicle's empty fuel tank, but don't need to install new batteries in vehicles once they discharge. These electric vehicle batteries are rechargeable. The innovation of electric battery vehicle will reduce air pollution due to present fuel-based vehicles. The ignition and start of battery vehicles differ than ignition of fluid fuel vehicles. These vehicles will reduce pollution. As they are rechargeable, one does not need to change them or refill them frequently.
The report on the global electric vehicle batteries market portrays the existing market state by holding over 303 hours of both primary and secondary research. As per the report, the global electric vehicle batteries market is expanding its geographical territories in a swift fashion. Looking at the current causes and effects of pollution, electric batteries would be the future of power supply substituting other liquid fuels causing pollution. Thus, the valuation of Electric vehicle batteries market is expected to cross US $ xxx million by 2026 as compared to US $ xxx in 2016, thereby registering a CAGR of xxx %.
As a replacement to traditional fuels, electric batteries are being installed in many compatible vehicles. The main reason being reduced pollution and no need for refueling as these batteries can be recharged easily. These batteries are compatible with almost all the latest designs and manufacturing of vehicles in the world. All these factors will lead to the growth of electric vehicle batteries market in future.
The research required for developing hybrid electric vehicle batteries and expected rate of development is quite low. Also, the performance of these vehicles is not better than vehicles making use of liquid fuels. Many people do not know the advantages of this battery and it may also require servicing frequently. These are the main causes to hamper the growth of electric vehicle Batteries globally.
Electric vehicle batteries require more research and development on a global scale. Countries from regions like North America, Europe, and Asia-Pacific offer huge potential for electric vehicle batteries. The major and well-known companies from these regions are trying to promote the benefits and need of electric Vehicle Batteries in the future.
A123 Systems, AESC, Altairnano, Axeon, Coslight India, Boch, Samsung, Boston Power, E-one Moli Energy, Electrovaya, EnerDel, Tesla, Valence Technology, LG Chem are the leading manufacturers of Electric Vehicle Batteries.
The research methodology comprises of market segmentation of the global electric vehicle batteries market coupled with the recognition of the growth factors in each segment and market forecasts. Market forecasts are conducted meticulously by taking the insights given by the industry experts of the global electric vehicle batteries market from across the industry value chain. Market Krystal therefore conducted 40 interview hours for this study, the fine points of the same are mentioned below:
By company type: Manufacturers (40%), Suppliers (35%), Consumers (15%), Researchers (5%), Independent industry consultant (5%)s
By geography: North America (35%), Asia (30%), Europe (35%)
By designation: Top level (35%), Operation level (35%), Mid-level (30%)