ராமேஸ்வரம் கடல் காற்றில் இருந்து மின்சாரமா? ஆய்வாளர்களின் அற்புத கண்டுபிடிப்பு!

ETVBHARAT

மனிதர்களை ஆழ்கடலுக்குள் அனுப்பி சோதனை செய்வதன் 2-ம் கட்டமாக 2026 ஆம் ஆண்டில் ’மட்ஸ்யா 6000’ எந்திரத்தை 500 மீட்டர் கடல் ஆழத்துக்கு அனுப்ப உள்ளதாக பாலாஜி ராமகிருஷ்ணன் கூறியுள்ளார்.

Transcript

00:00In the air, the air is 300 meters above the atmosphere.

00:04The air is the speed of the air.

00:07This is the air is the air.

00:10This is the air is the air.

00:13If you have a turbine design, you can see a master.

00:16The air is the air.

00:20It has to be floating.

00:22If you have a floating economy,

00:24or a floating economy,

00:26you can see a floating economy.

00:28There are so many tanks.

00:30This is the concern.

00:32this one is very useful.

00:34What will you do with the air?

00:36I don't look at it.

00:38It's not as good as we can see it.

00:40You have been trying to do it.

00:42How should I handle it?

00:44We have done a pilot scale.

00:46We have installed each other.

00:48Here we are installing everything.

00:50We have an additional to measure the challenges.

00:52We have to analyze the challenges that we have to analyze and analyze.

00:57We have to develop technology.

01:02There are many methods.

01:05Highly sophisticated sensors equipment.

01:09We have 4 couples.

01:12We have to use scientific sensors.

01:16We have to connect cable to all sensors.

01:21Actually, when we set our program, we can fly a drone.

01:26That's why we can scan the air and scan the air.

01:37In Indian Ocean, there are 5.5m water depth or 6.5m water depth.

01:44So, this is a very challenging environment.

01:47It's a normal day, a couple is stable.

01:52On top of that, you can collect a pipe or a pipe.

01:59This is a very challenging situation.

02:01Our team has successfully collected samples.

02:04We have tested.

02:06There are many manganese, many nickels, many cobalt.

02:09And we can have a different type of pipe.

02:18So, we can have a different function and behave.

02:22Battery, sensor, electronics.

02:24That's been sealed.

02:28We have three scientists.

02:30But, you can say,

02:35So how does that work?

02:38We are able to do successful in this year.

02:42That's the first step.

02:44The second step is 500m dive.

02:47That's the second step.

02:49That's the second step.

02:51That's the second step in the middle.

02:54We are able to do successful in this year.

02:57We are able to do a lot of confidence.

03:01In the middle of the year, we are able to do that.

03:06The main concept of the industry is to use the potential and generate income.

03:13The main concept of the Blue Accord is to develop the development of the future.

03:17The main concept of the fisheries, shipping, tourism.

03:22We are able to harness the deep sea resources.

03:29The main concept of the fisheries, the wind is in the middle of the country.

03:35The wind is in the middle of the country.

03:37The wind is in the middle of the country.

03:39The wind is in the middle of the country.

03:41The carbon footprint is less.

03:45The power waste plants are less.

03:47The future generation of climate change and impacts are minimized.

03:51Renewable engine is correct.

03:53We are looking at cool, but to addermen.

03:57We work there from昨 then in the national industry of India's energy.

03:59In the state of that industry,

04:00Now there'skg of the stuff I've done about.

04:03investigations, seabirds investigations, how to design the structure and everything.

04:08What are you going to do next?

04:13First giga, 0.5 gigabot, next year.

04:18That's why you get the MagZone thing from.

04:30Normally, it operates from May to October.

04:33This particular period, we will get that.

04:36The capacity, what we have in Tamil Nadu, is more than 40 gigawatts.

04:40So there is a huge potential for Kanyakumara.

04:43Next, they will go for other states, Andhra, Karnataka and all.

04:46But maximum potential is in Tamil Nadu.

04:49They have made policy also ready.

04:51Next stage, they will go for inviting the bids from the system.

04:54Right now, per unit cost, what we are doing, it is around.

04:58There is a gap of 4 rupees.

05:01Because whatever they produce, whatever they sell, there is difference of 4 rupees.

05:05That is why, initially, government will support this 4 rupees per unit.

05:09But later on, slowly, this will come down.

05:11Even if you see solar, earlier, the cost was around 17 rupees per unit, one unit.

05:16But now, it has come to almost 2.3 to 2.4.

05:19So initially, the cost of wind energy will be around 7 to 18.

05:23But over a period of time, it will come to 4 rupees per unit.

05:28That will also be about seven rupees.

05:29During the zeroes period.

05:30For example, the cost of wind energy is green.

05:31So here, we have two most specialeland in earnest.

05:32If you want that and there is more meaning, therefore, that means the cost of budget,

05:33where you are 1.6 is 1.6 is 1.7 is 1.5.

05:34So there is moreьте which means that needs the cost to make a negociEVcznie,

05:35a degree which means this is 1.6 is 1.3.

05:36How to give you 1.6 of 9.5 is 21.

05:38You can't receive a 13.5.

05:39That works.

05:40Things you may ask for 2029.

05:41You may ask as many more.

05:42So that could be up to about correct.

05:44I would have to go as well, you further 1959.

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