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It is capable of exploring the seabed without limits. It was designed by NASA and never needs to be refueled.

SEATREC has created a robot that can run on electricity indefinitely without outside help. How do you get it to be able to explore the seafloor?

It is capable of exploring the seabed without limits. It was designed by NASA and never needs to be refueled.
Seatrec robot can enjoy infinite power thanks to its ability to charge its batteries independently.

Exploring the seafloor is still an unfinished business for humans. Explorations thousands of kilometers below the surface have never been possible because of the incredible pressure there. That means we have to rely on robots. Now, new technology designed by NASA makes it possible. Independent seafloor analysis Without relying on limiting autonomy. How is this possible?

They created a robot with infinite energy to explore the seafloor.

Missions such as those carried out by the Titan submarine illustrate this. It is very difficult to do the dive. To the depths of the oceans. For this reason, it is necessary to perform these functions through specialized robots. Seatrec is a company that has had the task of creating An automated unit capable of meeting the most radical standards. When it comes to dealing with stress.

However, its main distinction from any other project lies in Ability to recharge its batteries completely independently. Self-sufficiency makes this robot a proposition capable of developing its function without interruption for years. To understand And how it is able to generate electricity, special mention should be made of the strange flotation system. To the company, called infinITEAccording to Seatric.

This technology uses phase change materials to generate energy at sea. These are materials that change from a solid to a liquid state at temperatures that make them easy to handle. In this context, kinetic energy is generated. It is used to convert it into electrical energy.The process of generating electricity is very simple. When the robot is immersed, the water inside it cools, causing the paraffin-containing material to freeze.

Then an expansion occurs in its surface which causes the associated motor to start and thus charge the batteries. At this moment the The automated unit is no longer autonomous.then it comes to the surface to repeat the same previous process. In this way, you can enjoy continuous diving to study the sea floor.

In the past, robot divers were considered, but The pressure at depths of thousands of metres remains the main problem.Under these circumstances, it makes more sense to think about developing this type of technology so that we can explore the seabed and discover the secrets that await us.

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