Rajat Khare says, world is moving towards nanosatellite communication system| Rajat Khare Linkedin
According to entrepreneur Rajat Khare (Linkedin), The idea behind New Space, is to create cheaper satellites in less time as a result of the declining costs and smaller size of electronic components. Thanks to nanosatellites, benefits that were previously only accessible to huge enterprises or space organizations with significant financial resources have been democratized and are now accessible to businesses of all sizes.
The telecommunications sector has never experienced the expansion that it is doing right now. The newer, more sophisticated nanosatellite communication system is the sole thing that makes all of this conceivable. Technology has changed billions of lives and is a part of the mainstream culture for millions of people. But we must realize that this could not have been done without the work of numerous engineers and scientists.
Role of Nanosatellite companies
Many nanosatellite firms have now begun to work in this subject as space becomes a hard environment for many. Rajat Khare Astrocast has played a fantastic impact in this area. He is an engineer who is enthusiastic about the possibility of nanosatellite applications. Like him, many other nanosatellite businesses are working hard to develop improved nanosatellite communication systems, like Clyde Space Limited, Orora Tech, and Orbital Astronautics. There will be a hurry to create a crucial system because so many hardware items are now utilizing IoT solutions.
The market’s rivalry will result in the greatest technology and the most affordable prices for services for customers. If we discuss nanosatellite applications, it is important to realize that they have transformed everyday objects into Internet of Things (IoT) devices.
Potential of Nanosatellite applications
One of the most important technological advancements we have made thanks to the development of these nanosatellites is the fact that not just people but almost all electrical devices are now connected via IoT communication. The nanosatellite communication technology is currently the foundation of global communication.
The constant information interchange has increased the productivity and efficiency of the countless IoT devices. This vital information interchange has aided in the development of better software for a variety of uses. Affordable wearable technology, which is not simply limited to vehicles or ships in the air or the sea, is now available to everyone on the planet. The Rajat Khare Astrocast partnership has combined the best aspects of nanosatellite communication and AI on one platform. However, there is one specific issue that numerous businesses are dealing with.
Nanosatellite Propulsion System
Due to the expansion of nanosatellite applications, the number of nanosatellites has multiplied, especially in low earth orbit. The primary concern right now is that these nanosatellites could eventually degrade and damage the environment. International laws established by the European Space Agency require the deorbiting of the nanosatellite within 25 years of the end of its operational life.
A business executive A robust nanosatellite propulsion system, according to Boundary Holding’s founder and entrepreneur Rajat Khare, is one of the crucial elements that will aid in operating these nanosatellites. The fuel system that must be employed in a nanosatellite has historically been compared. Bi-fuel technology, according to some academics, is required for such little distances.
The use of bipropellant propulsion systems is constrained by the control of passive mass and an ever-complicated feed system when a supplementary element is introduced. On board a spacecraft, water electrolysis could be used to produce parts for a hydrogen-oxygen-based bi-propellant propulsion system. With a propellant mass fraction of 0.28, this may ensure a specific thrust of 3,043 m/s.
The concept is fresh, and a variety of viewpoints are offered based on the study done by diverse teams. It is crucial to solve this issue as soon as possible so that, with the present technology, a more robust nanosatellite communication system may be created.
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