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Auto Tech Outlook | Monday, January 13, 2025
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The electric vehicle (EV) sector is undergoing a revolution as it seeks to meet customer demand and the transportation industry's aspirations to achieve net-zero carbon emissions.
FREMONT, CA: Battery technology is indispensable for electric vehicles (EVs). In recent years, these technologies have become more advanced, enhancing the performance of electric vehicles. Electric Vehicles are driving the industry toward a future devoid of emissions. After the energy industry, transportation is the second largest emitter of greenhouse gases. Researchers, industry organizations, and governments are preoccupied with addressing this issue and lowering the industry's impact on climate change. Increased consumer demand for ultra-low emission vehicles has propelled the industry's evolution over the past decade, propelling the global electric vehicle market to considerable growth.
Increasing battery improvements
The competition to develop better EV batteries has been compared to a new gold rush. The development of battery technologies that provide EVs with more excellent range, faster charging times, and improved performance, dependability, and safety is a primary focus of industry research. While the global COVID-19 outbreak causes some disruption in the vehicle sector, EV sales have continued to increase.
In the past few years, academics and manufacturers have revealed several exciting advances to help the EV industry meet consumer wants and answer their worries. Despite numerous obstacles, moving the transportation sector toward a post-carbon strategy is vital, and meeting global net-zero targets is a significant component of the EV revolution.
Game-changing hybrid EV battery with rapid charging
EV charging time is one of the primary obstacles preventing mainstream consumer acceptance of EV technology. While progress has been made in lowering the several-hour charging durations required by EVs until recently, commercially available models cannot compete with internal combustion engine (ICE) vehicles in this regard. Several countries plan to phase out the sale of new internal combustion engine (ICE) vehicles in the coming decades.
Charging a battery in less time than it takes to refuel a gasoline-powered internal combustion engine (ICE) vehicle would be a game-changing advancement in battery technology that might dramatically enhance consumer adoption of these vehicles. EV battery is a hybrid system that combines conventional battery and ultracapacitor technology.
Enhanced lithium-ion battery safety
The foremost issue of EV battery makers is safety. Even though it is uncommon, lithium-ion batteries can catch fire if damaged. Each year, corporations invest substantial money in developing and testing fire-safe batteries. Electric vehicles face significant obstacles, including range anxiety, battery performance, and sustainability.
For instance, researchers at Stanford University have created an electrolyte that is fireproof even at temperatures above 140 degrees Fahrenheit. Extra lithium salt in the electrolytes is the essential component of this solution. The researchers added a lithium salt (particularly LiFSI) to a polymer-based electrolyte.