Location
Telangana
- About
- Activity Feed
- Ideaz
- Ask Help
- Events
- Friends
University / College Name
Mahindra University
University ID Number/ Roll Number (optional)
se24umec004
Branch of Study
Engineering-mechatronics
Which year of study you are in?
2nd Year
Loading ...
"To maximize efficiency, focus on developing ECUs that seamlessly blend mechanical and electrical recovery, ensuring minimal weight and driver comfort. other than that the idea is good"
"This shift addresses major battery limitations like charging rate and degradation, enhancing the EV value proposition."
"Flywheel technology presents an elegant solution for quickly capturing and reusing massive kinetic energy during deceleration"
"Mechanical recovery systems are a clever, high-efficiency pathway to reduce battery strain and optimize short-burst energy use"
"This approach is smart; it addresses the market gap left by pure electrical regenerative braking limitations, promising extended range and lower total cost of ownership for drivers"
"This innovation elevates automakers who adopt it, allowing them to differentiate their electric and hybrid vehicles with superior energy management and efficiency capabilities."
"By lessening battery strain, this technology offers a practical solution to life degradation, significantly enhancing vehicle sustainability and long-term economic viability"
"Can you also conduct extensive stress-testing on the high-speed flywheel containment for maximum safety and durability? as this is a primary concern for widespread consumer adoption."
"Can you also conduct extensive stress-testing on the high-speed flywheel containment for maximum safety and durability? as this is a primary concern for widespread consumer adoption."
"The ability to quickly capture and release energy mechanically is a game-changer for acceleration; ensuring the clutch and gearbox mechanisms are robust will be key."
"Appreciate the focus on flywheels! Developing cost-effective, high-strength carbon fiber composites is crucial for making this technology safe and scalable in mass production."
"The concept of mechanical energy recovery is ingenious, directly tackling electrical system inefficiencies and battery wear, significantly boosting overall vehicle performance"
"This is a brilliant and timely idea that addresses real student pain points by seamlessly uniting academic tasks, collaboration, and wellness into a single, student-centric platform."
"You did a good job explaining why current awareness campaigns are not enough. This helps show why your solution is needed and how it could fill the gap."
"Such a thoughtful blend of technology and empathy—students really need this kind of support."
Loading ...
