High-Level Project Summary
As NASA uses drone technology for varies reasons because Drones have special qualities that allow users to examine potentially dangerous situations up close. Drones fueled by solar energy can fly at higher altitudes than usual because of their sturdy yet lightweight construction. Last but not least, solar-powered cells are a clean energy source that emits no hazardous gases.
Link to Final Project
Link to Project "Demo"
Detailed Project Description
- To overcome this problem we use solar energy instead of battery and fuels. The idea that a drone may fly for extended durations (not just days, but literally years) without needing to be charged or re fuelled is the major advantage of using solar energy, especially when it is combined with a rechargeable battery.
- Drones fueled by solar energy can fly at higher altitudes than usual because of their sturdy yet lightweight construction. Last but not least, solar-powered cells are a clean energy source that emits no hazardous gases.
Space Agency Data
- A drone fueled by solar energy can soar as long as the sun is out. When the sun sets, the drone's power supply is likewise rendered inoperable. In a solar hybrid system, the drone is powered by the sun during the day and has its solar energy stored in onboard batteries for usage at night.
Hackathon Journey
- As NASA uses drone technology for varies reasons because Drones have special qualities that allow users to examine potentially dangerous situations up close.
- we have many disadvantages in using drones. As we need fuel and energy.
- Fuel charges expensive and battery energy is consumed more.
- As there is zero gravity in space so the drone cannot fly and can't be attracted.
References
we searched in most of the websites.
https://www.shearwater.ai/post/6-energy-sources
https://www.researchgate.net/publication/305704934_Magnetic_field_levels_in_drones_equipped_with_Wireless_Power_Transfer_technology
Tags
#EXPLORE OUTER SPACE