 India is the storehouse of infinite energy. Their ability to take the risk for a change and solve problems makes them the most powerful. Such are these young innovators. These four young men made a unique technology in regenerative clutch system which regenerates electricity whenever the clutch pedal is used in the vehicle and together, as a group of automobile enthusiasts, they call themselves Expect Innovations. Hi everyone, my name is Vishnu. Along with me, I am having Bilal, Rahul and Madhusuddin. Our startup name is Expect Innovations and our innovative technology is regenerative clutch system. So, a few years ago, we faced a problem. Actually, we came up with a problem that persists for a long time and that is due to increasing traffic, increasing cars. The fuel wastage is a lot. There are a lot of traffic jams we see in cities like Delhi. There are a lot of traffic jams and during those traffic jams, a lot of fuel is wasted and a lot of time is consumed and by the end of the day, it ends up having a huge energy loss that we face every day. So, we came up with a solution that there is a way we can conserve all this energy and we can use that energy later or for some other purposes. So, with that thought in mind, we came up with our solution, regenerative clutch system. They have designed a vehicle platform which has the capability to generate up to 25 kilowatt of electric power which can be used to power army camps at difficult terrains and high altitudes where there is less electrical connectivity. This hybrid vehicle, in traffic jams, if you are driving it on petrol, it charges and after the traffic jam is over, you can drive it on electric mode or the defence can use the technology because our technology can also generate a lot of energy in real time. So, which allows defence to power their camps, heavy equipment, so a weapon system. So, these students who have brought this innovation on the regenerative clutch will not only have application in the civilian sector in a big way but also in the defence sector. So, in the defence sector, when you want to look at a high energy generation, so you can use this technology of the regenerative clutch over there as a generator. Similarly, in the civilian sector, you can also optimise the fuel consumption particularly when you are idling in a signal or whenever you are in a traffic jam. To test the technology of the regenerative clutch system, they created a successfully workable prototype vehicle. When we were working on it, you would know that nano is a rear wheel drive. The engine assemblies are rear wheels. We had to incorporate a lot of things in the engine area. So, we shifted the engine a little further so that we can incorporate the technology we want. The best part of the whole thing is that the students are very, very motivated and they have passion for what they are creating. So, the next day they came and they said, we have done that already, we did it. I said, how did you manage? We have done it. We were the up whole night and we have made it. And I went to the lab, I saw, they resolved the whole issue and I was so happy and that time I realised these students are going to do something very, very, they are going to create something very good. Financial support from the Ministry of Education's Innovation Cell and proper guidance from their mentors provided the impetus and paved the way to move forward with their idea. The first thing was the problem, then the solution and then the operation. We did these three steps successfully. After that, the aspect remains a conclusion. What do we have to do next? So, we thought of doing an expect innovation and we opened a company in which we were showcasing this vehicle and we were proving our claims. And then we thought that we cannot make this vehicle alone but the government supported us a lot. They gave us a fund of 9.5 lakhs which helped us a lot to handle these operations. After that, the next step was what should we do next? Should we put a production line? Or should we support someone? So, we thought that the first product aspect of this was defence. Because in defence, such innovative things work very well. So, we started approaching different companies and the companies gave us very good feedback and we realised what we should do next. Young innovators have this unique ability to think at the intersection of business, consumer and technology and it is because of them that India is amongst the youngest, largest and fastest growing economies. Innovation can come from any quarter from a small village. Try to encourage the student. We need to spend time with the student. These boys also know what they are doing. They are trying to create energy from the waste energy. So, once you know the problem, then you can think of different ways of generating it. India has begun to carve a path towards an enabling environment by establishing an ecosystem that fosters innovation. And innovators like these four young men are not just solving problems but taking our country towards a better tomorrow.