In an inspiring showcase of Student EV Research, a group of dedicated students from Sangai University have successfully developed a low-cost electric vehicle (EV) prototype. This ambitious campus project aims to offer affordable, sustainable mobility solutions and empower young engineers to contribute to the growing EV landscape.
Project Highlights
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Type: Low-cost Electric Vehicle Prototype
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Developed by: Sangai University Students
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Focus: Affordable, sustainable transport
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Part of: Ongoing Student EV Research under campus project initiatives
The Journey from Concept to Creation
The Sangai student team undertook this campus project with the goal of addressing two critical issues: the rising demand for green transport and the high cost of EVs in India.
Key Phases of the Project
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Initial Research:
Students conducted detailed studies on battery efficiency and lightweight materials. -
Design & Engineering:
The prototype focused on a compact frame with energy-efficient components. -
Budget Control:
The team used recycled materials and locally sourced components to minimize costs.
Technical Specifications
Here’s a quick look at the prototype’s core features:
| Feature | Details |
|---|---|
| Vehicle Type | Two-seater compact EV |
| Battery Capacity | 1.5 kWh |
| Maximum Speed | 45 km/h |
| Estimated Range | 40-50 km per charge |
| Charging Time | 4-5 hours |
| Materials Used | Lightweight recycled alloys |
| Total Project Cost | ₹50,000 – ₹60,000 (approximate) |
Impact of the Campus Project on Student EV Research
This campus project is more than just an engineering exercise—it’s a contribution to India’s evolving green mobility sector. Through this hands-on experience:
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Students gained real-world skills in electric mobility.
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They showcased how affordable EV solutions can be developed at the university level.
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The project highlighted the growing role of Student EV Research in shaping the future of transportation.
Why This Student EV Research Matters
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Promotes Green Mobility:
Encourages the use of electric vehicles to reduce carbon emissions. -
Builds Industry Skills:
Offers students practical exposure to EV technology. -
Fosters Innovation:
Sparks new ideas for cost-effective, sustainable transport solutions.
What’s Next for the Sangai EV Team?
The team plans to:
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Further refine the prototype for improved range and speed.
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Collaborate with local industry partners to explore possible production models.
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Continue contributing to Student EV Research through more advanced campus projects.
FAQs
1. What inspired the Sangai students to build this EV prototype?
The students were driven by their passion for sustainability and the desire to make electric vehicles accessible to a wider population. Their campus project was born out of a genuine need to create low-cost transport solutions.
2. How is this project contributing to Student EV Research?
This project offers valuable insights into affordable EV design, battery management, and cost-effective manufacturing—key areas of Student EV Research that can influence larger industry practices.
3. Can this EV prototype be scaled for commercial use?
While the current model is a prototype, the team is exploring opportunities to collaborate with local businesses and manufacturers to develop a scalable version.
4. Are there future plans for similar campus projects?
Yes, Sangai University is encouraging more campus projects focused on electric mobility, renewable energy, and sustainable engineering as part of their growing commitment to Student EV Research.
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