Electric propulsion
Electric propulsion refers to the use of electric power to propel vehicles, typically in space or air. Instead of relying solely on traditional fuel combustion, it harnesses electricity—often from batteries or solar panels—to create thrust. This is achieved through systems like ion thrusters, which expel charged particles at high speed, generating movement. Electric propulsion is efficient, providing steady acceleration and reducing the need for heavy fuel, making it ideal for long-duration missions in space, such as satellites or interplanetary probes. It represents a shift towards more sustainable and advanced transportation technologies.
Additional Insights
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Electric propulsion is a technology that uses electrical energy to propel vehicles, particularly spacecraft. Unlike traditional engines that burn fuel, electric propulsion systems convert electricity, often from solar panels or batteries, into thrust. This is achieved through ion engines or other mechanisms that expel ions or plasma at high speeds. As a result, electric propulsion is highly efficient, allowing spacecraft to travel longer distances with less fuel, making it ideal for deep space missions. It offers advantages such as reduced weight, extended operational life, and lower energy costs compared to conventional propulsion methods.