Solar Power Rover
The Solar Power Rover is a brand new mobile charging solar station designed to encourage the fast abandonment of electric vehicles(EVs). This smart outcome can think for overcritical expositions in the EV region such as restricted charging structure and the need for sustainable dynamism sources. Building on the wheels, sustainability, and better dynamism technologies of the Solar Power Rover, the mean mobile EV charging station is entirely revolutionized. The Solar Power Rover combines high-effectiveness solar councils with a stable and lightweight construction; thus, the Rover can collect renewable dynamics even in distant places. Its modular project includes an advanced battery system, a smart charge regulator, and scalable charging anchorages for the maximum EVs. An equipped bus and rain sliding resistant exterior for make the device apt for colorful domains and environmental condition. Environmentally speaking, this invention is somewhat conservative because it contributes to sale of grid electricity and encourages dynamism from renewables. It is suitable for out of door hooligans or extremities and EV owners in areas of poor stations. The Solar Power Rover caters to the active need of the EV druggies Moreover, it also will contribute to the international sweats to combat climate revise and shift towards green technology. As a result, a mobile and versatile charging result provided by the Solar Power Rover enhances the development of sustainable transportation systems. It allows druggies to walk around freely experiencing the thrill knowing that there is dependable and eco-friendly dynamism source at your discarding. From this design, one can perceive a promising further advance in the application of clean dynamism as well as mobility invention.
Institutions
- La Salle University (US)
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2025-02-28
- DOI
- https://doi.org/10.5281/zenodo.14861526
- Primary Topic
- IoT and GPS-based Vehicle Safety Systems
- Type
- article
- Field-Weighted Citation Impact
- 0.00