00:26My name is Dr. Srinivas B.A.R., Professor in Computer Science and Design Department.
00:35We have selected 9 projects in Select Agra.
00:40The concept of Smart Atmosphere Quotage Generation System.
00:45The concept of the water is the water.
00:48The concept of the water is the water.
00:51We have a concept of the water.
00:59The water is the water.
01:03We have a concept of the water.
01:09In the water, we need to use water.
01:12The water is the water.
01:17We can generate hydropanels from 3 to 4 lakhs, so we can generate 2 hydropanels, so it costs around 8 lakhs, so to optimize this project what we have done, instead of hydropanels, we can use solar panels.
01:35So solar panels, condenser, blower, heater, etc.
01:41When we use solar panels, we can absorb the water and absorb the water.
01:52So we can generate the water purest form of water.
01:56Even in our college, we can test the water.
01:59Even filtered water or without filtered water.
02:02Without filtered water, there is no difference.
02:06So we can generate all kinds of minerals and supplies.
02:17As of now, we can generate desiccant beds per day.
02:21This is our concept, sir.
02:23We can generate 8-10 litres of water per day.
02:25So we can generate 8-10 litres of water.
02:26So we can generate 8-10 litres of water per day.
02:28So we can generate 10 litres per day.
02:30So this is our concept, sir.
02:32What we can do is take time to take the cost.
02:36For these things, we are doing analysis part.
02:42The analysis part is the director and our principal.
02:46So we can generate 9-10 litres of water per day.
02:55So we can generate all the water.
02:57The water will be the transfer.
02:59The temperature will vary and the weather will vary.
03:00And the temperature will vary and the temperature will vary.
03:02So this will be the water generation season-wise.
03:04This will be the water generation season-wise,
03:06the winter, the rainy season will be the water generation.
03:09The analysis will be the next-to-future extension.
03:11Even next to future exchanges using IoT devices. Now manually switch on and switch off.
03:17So that is TDS job. Initially we can switch on and switch off manually.
03:23So even the next future announcement, we can make use of IoT devices.
03:28IoT devices use automatically automation.
03:31Dry land, we can use water scarcity.
03:36But initially the cost is $100.
03:38The initial cost is $100.
03:40You can use it for $50.
03:43I can use it for $50.
03:46But this is the form of water.
03:49This will be really useful, sir.
03:52In the air, we can use water.
03:56In the air, we can use water.
04:00There is water generated from the air.
04:04There is water generated from the air.
04:08There is no difference in drinking water.
04:10We can use it for basic drinking water.
04:12We can use it for daily use.
04:14In the desert, there is water.
04:16There is water.
04:17There is water.
04:18There is water.
04:20It is very expensive.
04:22It is too expensive.
04:23It is very expensive.
04:24But in the small size, the money is used or the office.
04:29There is a more implant.
04:31There is water.
04:32This is very useful.
04:33There is water usage or water.
04:35We can reduce the water.
04:36Remember it will cause water for the heat.
04:39You need to go in the water.
04:41You need to connect the heat.
04:42Can you connect with water?
04:44The water is in the college.
04:46Also when it is used.
04:48from solar panel current to more than two to three watts current
04:53electricity back at that time now electricity convert solar panels
04:56access current generate other now we can now college only use
05:00the current solar panels in the center now hangi now manual use
05:03more of the official use more of the current
05:06sir nana sir sir shan kanta now he team only team
05:10sir nama ge one the idea bant sar andre nine project
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