00:00IIT in Hyderabad has helped to make a great job of a radiant cooling technology and a new technology.
00:14It's been a long time since the executive engineer has been worked for the executive engineers.
00:19Sir, why the technology of the Italian community has done it.
00:24It's been a long time since the 20th century has been working for a long time.
00:28In the first generation IITs, we had a huge technology in this year, but it was successful.
00:37The summer season of Hyderabad is the summer season for the first generation of IITs.
00:43At that time, March, April, May, June.
00:46At this time, at 43-42, we have a comfort state in the past.
00:53This technology is based on the Italian technology.
00:58In this technology, we have a chilling water reactor.
01:01We have a building inside the slabs, walls and ceilings.
01:06In the past, we have a pex pipes and we circulate the manifolds.
01:14We have a false ceiling.
01:17But we have a concrete concrete floor.
01:19We cover the walls with smart boards.
01:22This water supply is kept under the floor.
01:24Now, we have a chiller water.
01:26It has a huge pressure supply.
01:28In the first turn, the first circular type that you have to use to work with the floor.
01:32Now, the back to the chillers.
01:34So, the fluid supply is kept under the slabs
01:36If there's any walls and whatever the walls have increased,
01:39concrete or walls is decreased.
01:41The higher temperature is in the same temperature.
01:44There is a lot of heat in the centigrade temperature, so at that time, this is a cool cooling system.
01:52So even windows, doors, and the body mass.
01:59We also have a small fan and a small fan.
02:05What is this Radiant technology?
02:08What is this Radiant technology?
02:11It is a very good use surface that is used in the rain.
02:14We also have a lot of technology that is made in the rain.
02:19We are in the rain.
02:21Radiant is to use the rain in the rain.
02:24The water is recycled.
02:27We are also doing the recycling water.
02:29We are able to use the rain in the rain.
02:32We will release the rain in the rain.
02:37In the chillers, we have supply to the hostels.
02:41We also have water flow inside the pipe.
02:46So, in the first rooms, we have back to the chillers.
02:50It is radiant.
02:51In the original place, we circulate the water and back to the original place.
02:57We have chillers.
02:58So, this technology itself is called radiant technology.
03:01The fans are in the air, and in the air, we have the climate and the temperature.
03:11However, this technology has a little bit.
03:14There is no difference.
03:16In the actual situation, we have a conventional system.
03:22We have a split-a-sill bed.
03:24We supply the ducts with cooling air.
03:30In the cinema, in the other conferences, and in the functionalities.
03:34But, here it is.
03:36So, we have 30% of the power savings.
03:40We have a conventional system.
03:42We also have an economic system.
03:43So, we have a comfort in the air system.
03:46We have an open air system.
03:50We have a living space.
03:52We have a refresh rate of R134.
03:57Almost zero carbon.
03:59That is normal.
04:00We have a regular conventional system.
04:01We have a refresh rate of R30 and R28.
04:05We have a strong carbon emission.
04:07So, we have an impact on the environment.
04:10So, we have an impact on the environment.
04:15So, we have a carbon emission point.
04:16So, we have a carbon emission point.
04:17We have a radian cooling system.
04:19We have a strong cooling system.
04:21Especially in Hyderabad's climate.
04:23This technology is very suitable.
04:24So, the dependent air system is very good.
04:25So, our battery is very good.
04:26We have an available cold air system.
04:27We have a strong gas.
04:31So, not only in our studio.
04:32So, we have to charge the heating of R305.
04:34We have a power saving paradigation.
04:39So, we have to charge the power.
04:41So, we have to charge the power at the rally.
04:42In general, you will be able to observe all of the events in the convention system.
04:48In the first season, we will be able to get the AC or the speed AC.
04:53In the first 2-3 days, we will be able to get the room sun.
04:58Then, we will be able to get the next day, next day, next day.
05:02We will be able to get the power of the day.
05:05We will be able to get the first of the day.
05:13The first of the day of the day, we will be able to get the most power consumption.
05:17Then, we will be able to get the next day.
05:19We will be able to get more power consumption.
05:23We also need to save.
05:26We will save the current system from the conventional system.
05:30In the early days, we are able to save.
05:34In the original investment and running point, we have a savings account.
05:39We have exercised our codes, so the investment plus running, we have 30% savings.
05:47You said that the first radiant technology has never been able to use a pipe.
05:52The pipe has been able to use that pipe.
05:56During the construction time, we have slabs cast and mother slabs cast.
06:03We can install the manifolds and install the walls.
06:13We can install the concrete concrete and embed the pipe.
06:19We can install the G.I. racks and smart boards.
06:26This is a false ceiling.
06:28We can install the pipes and we will install the wall ceiling.
06:33We have a false ceiling and closed.
06:34This is a false ceiling and a few floors.
06:36We can install the walls and walls.
06:38We can install the manifolds and terminations.
06:40Some of the walls and floors, we have to do that in a different way.
06:45But we have to operate with the manifolds and terminations.
06:48Suppose we have 32 rooms in each hostel.
06:51There are 4 parts.
06:52Each part is 8 rooms.
06:54We also have manifolds and terminations.
06:58There are controls.
06:59We control room-wise, part-wise, and floor-wise.
07:04This is the total of 10 floors.
07:06We also have a regulator system.
07:09In this season, there are 4 months of HVC technicians.
07:15They operate and operate.
07:19They have to stay.
07:22How do you have a cooling system?
07:28How do you have a lifetime?
07:30I have a lifetime.
07:32We build a framework structure.
07:34There are 80 years of work.
07:36But if you have a service pipe inside, it will be minimum 30 to 35.
07:40Actually, the original conventional system is 15 years maximum.
07:44There is a lot of equipment.
07:46There are 2 parts of the pipe pipe, which is a lot of huge parts to the pipe pipe.
07:53We have to work with the plastic pipe pipe.
07:55There are 2 parts of the pipe pipe, which are the plastic pipe pipe system.
07:57We have to work with the slab, which is embedded in the slab.
08:02After we have to work with external agencies,
08:04If we don't have a problem, we don't have a problem with a long life.
08:11We don't have a problem with 35 to 40 years.
08:14We have to change the maintenance issue.
08:17Compared to the savings policy, maintenance is very negligible.
08:22If we have leakage, we have connectors.
08:27The system of engineers and technicians will fix the connectors.
08:32In the future, we have to change the technology.
08:36Yes, definitely.
08:37In the future, this is a successful technology.
08:40Especially when IITs have a lot of people.
08:46There are 45 degrees centigrade.
08:49Because of the sea shores and humidity, they don't have a problem.
08:53We do exercise in this situation.
08:57Especially in the Hyderabad climate,
09:00there are 40 degrees of temperature and 43 degrees of temperature.
09:04For the four months,
09:06we have to change the technology.
09:08We have to change the technology.
09:10We have to change the technology.
09:12We have to change the future.
09:14In 2035, we have 15,000 students.
09:18So, we have to change the future.
09:20We have to change the future.
09:22We have to change the technology.
09:24We have to change the technology.
09:25In the morning, we have to change the power saving.
09:28Thank you so much for joining us today, Mr. Ramakrishna ETV, Sangharadigella, IIT Hyderabad.
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