Robots in various sizes and shapes are here, but here is one robot that boasts of not only its look but also of its energy source, the RoboJelly.
The RoboJelly is basically your robot jellyfish, created by researchers from Virginia Tech and University of Texas at Dallas. It stands out from the rest of the bio-inspired robots with its infinite source of energy which is its surroundings. It takes its power from hydrogen and oxygen flowing from its actuators– yes, with the RoboJelly forever swimming in its energy source, it will never run out of fuel.
Innovative Energy Source
The RoboJelly’s energy source is what truly sets it apart. Unlike traditional robots that rely on batteries or external power supplies, the RoboJelly harnesses energy directly from its environment. This is achieved through a process that involves the separation of hydrogen and oxygen from water. The hydrogen and oxygen are then used to power the robot’s actuators, allowing it to move and function continuously. This method of energy extraction is not only innovative but also environmentally friendly, as it eliminates the need for disposable batteries and reduces the robot’s carbon footprint.
However, the researchers admit that they still have a lot to look into; for example, it takes much power to separate the two elements in water, and it is only through such conversion that RoboJelly is able to function. The process of electrolysis, which is used to separate hydrogen and oxygen, requires a significant amount of energy. Researchers are currently exploring ways to make this process more efficient, potentially through the use of catalysts or alternative methods of energy extraction.
Potential Applications
The RoboJelly is seen to be useful for spying enemy submarines or for checking water quality and ecosystem. Its ability to operate indefinitely without the need for external power makes it an ideal candidate for long-term underwater missions. For instance, it could be deployed to monitor marine environments, collecting data on water quality, temperature, and the presence of pollutants. This information could be invaluable for scientists studying the effects of climate change on marine ecosystems.
In addition to environmental monitoring, the RoboJelly could also be used for military applications. Its small size and silent operation make it an excellent tool for covert surveillance missions. It could be used to gather intelligence on enemy submarines or other underwater assets without being detected. Furthermore, its bio-inspired design allows it to blend in with natural marine life, making it even more difficult to spot.
Another potential application for the RoboJelly is in search and rescue operations. In the aftermath of a natural disaster, such as a tsunami or hurricane, the RoboJelly could be deployed to search for survivors trapped underwater. Its ability to navigate through debris and tight spaces would make it an invaluable asset in such situations.
The RoboJelly represents a significant advancement in the field of robotics, combining innovative energy solutions with practical applications. As researchers continue to refine its design and improve its efficiency, we can expect to see even more exciting developments in the future.
via Geekologie
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