Week 6 Session 13

Answer :

NanoBolt Lithium Tungsten Batteries :

• Environmental engineers are improving electric car battery life and trip ranges by advancing lithium technology.
• A team of EV engineers developed NanoBolt batteries to reduce charging demands and improve power storage.
• Professionals developed the technology with tungsten and multilayered carbon nanotubes.
• The web-like structure of these batteries expands the surface ions attach to, which increases charging speeds.
• NanoBolt batteries also store more electricity than conventional ones, which raises an EV’s range.
• Drivers can additionally improve their electric car battery life by keeping their EVs cool.
• Thermal management may significantly expand a battery’s longevity.
• Individuals can keep their vehicles cool by parking them in garages and avoiding prolonged direct sunlight.

Zinc Manganese Oxide Batteries :

• Another EV battery technology invention relies on zinc manganese oxide.
• Researchers discovered zinc manganese oxide reactions within conventional batteries and identified their expansive storage properties.
• Engineers found a way to optimize the response and increase batteries’ energy density cost-effectively.
• The EV car battery technology can also improve the industry by expanding large-scale energy storage capabilities.
• Some companies plan on increasing transportation sustainability by powering charging stations with renewable energy.
• Professionals can use zinc manganese oxide batteries to store significant amounts of emission-free electricity.