ELECTRIC VEHICLES NETWORKING
The upcoming growth on electrical vehicles, will set off opportunities and obligations to provide storage support for renewables via the so-called “vehicle-to-grid” (V2G) option, this means electric car batteries could be used to balance the grid and its use of variable renewables. EVs will be charged from the mains supply at home or elsewhere, and at times their batteries could provide a source of power when there were shortages on the grid. Technology of vehicle-to-grid and associated home-based smart power and storage systems, converting cars from being an environmental problem into part of the “clean–energy” and providing owners to earn some income from “renting out” their batteries.
BIOFUELS CONVERSION
Technologies and systems filling the current gap between conventional fossil “dirty” fuels and yet undeveloped real network for electric vehicles. Alternative new fuels such as cellulosic ethanol, innovative enzymes, cleaner processes, the exploration of algae that can be engineered to consume CO2 to produce biofuels playing a double role in climate battle, newer solutions to old problems.
TRANSPORTATION SOFTWARE
Technologies that aim at optimizing transport routes, schedules, fast track maps, location of fleet, estimated times of arrival. The internet of things integrated into transportation. The latest decision-making technologies based not only on real time gathered info, but also on the analysis of recent traffic trends and behavior tendencies. The vital incorporation of Transport Management System (TMS) into delivery fleets
VEHICLES COMPONENTS
Designing and promoting new possibilities for the immediate future of the automobile. Essential parts of the engine that could be optimized by means of technology. Car Battery Innovations such as cylindrical lithium-ion batteries, low rolling resistance tires, additives to eco-enhance your vehicle performance. In hence New car technologies and components translating into more energy and less fuel.
