00:00नौसेना के पंडुबियों के लिए बनारस में इलेक्ट्रोलाइट फ्यूल तयार किया गया है जो पावर बैकप में इन पंडुबियों की मदद करेगा बता दे कि डियाटियों ने इसके जिम्मेदारी IIT-BHU को दी है IIT-BHU के फजिक्स डिपार्टमेंट में इलेक्ट्रो
00:30डियाडियों ने IIT-BHU के जरिए एलेक्ट्रोलाइट फ्यूल तयार कराया है जिसके जरिए पंडुबियों को पावर बैकप मिलेगा बता दे कि इन पंडुबियों में पावर बैकप के लिए अब तक नेफ्रॉन इलेक्ट्रोलाइट मेंब्रेन का इस्तमाल होता था जिस
01:00प्रभाकर सिंग बताते हैं कि इलेक्ट्रोलाइट के तौर पर अभी तक नेफ्रॉन इलेक्ट्रोलाइट मेंब्रेन का प्रयोग किया जाता रहा है इसके विकल्प के लिए डियों ने दो साल पहले प्रोजेक्ट दिया था इसमें नेफ्रॉन इलेक्ट्रोलाइट मेंब्र
01:30back up
01:31He has a component of the fuel cell, which is called electrolyte, has done some work
01:39and it is called polymer electrolyte membrane fuel cell.
01:43We have shown that this is our polymer electrolyte, which is designed in a metal organic framework
01:51and the product of the product of the product is better and the commercially available
02:01is more comparable.
02:05But our plus point is that our electrolyte material is good.
02:14of 100 degrees Celsius not to work because you need to work for hydrated conditions and
02:24100 degrees Celsius to evaporate so it is good to work on the electrolyte proposed
02:33to be better conductivity show this point of view is our research electrolyte membrane
02:40fuel cell can be made by the fuel cell in every place to work with domestic application
02:48can be used as an energy source but mainly difference in the field which we use in our
02:58we need to use the submarines in the sea, because we have power backup to the submarine
03:08to the sea of 15-15 days, 20-20 days.
03:13If it is over, it will detect the radar.
03:21So, we have to keep the sea of water.
03:26So I need power back-up, so this fuel cells are in power back-up
03:31in order to work on our mission and our defense sector is a lot of work
03:38to build an independent power unit, which we can build in the Pundugio.
03:44I think that in the next 2-3 years, we will be able to achieve this
03:49project.
03:50This project was made in 2022 and it was a 2-3 years of project.
03:56So we need to request electrical characterization and give us a prototype
04:02and then we have to hand over to our lab.
04:06We will be able to do real-time testing and see what will happen.
04:11Then we plan to apply the next phase and in the modified way.
04:16Then we will be able to improve this process with improved properties
04:24and we will be able to real-time testing in our lab.
