Smart Energy & Power Management – BY CURIOUS ISOTOPES
Smart Energy & Power Management – BY CURIOUS ISOTOPES
Team: The Curious Isotope
Project Details
Project Description: The project is addressing two big issues that the world is facing.
1) Constant energy use in the midst of limited nonrenewable resources.
2) The delay in three-phase fault detection in power systems, most prominently in transmission lines.
Despite more than 10% of the total energy being met by NUCLEAR FISSION today but it has some significant drawbacks as it is DANGEROUS, EXPLOSIVE, and creates HARMFUL WASTE products. Hence, the solution here is to create a "NUCLEAR FUSION" model. Also, after electrical energy is generated and transferred via transmission lines, we ideated a "MACHINE LEARNING MODEL" to identify the "three-phase faults " quickly.
Hardware Explanation: The Hardware has five major Stations:
1) Compressor Units 2) The Nuclear Reactor 3) Water Pumping Station 4) Generator 5) Household Unit
Working: The compressor units are exerting pressure on the Reactor through the Power screw mechanism. The pressure readings can be seen on display. The increased pressure is increasing the temperature inside the reactor which helps fuse the hydrogen isotopes and convert them into "HELIUM + A FREE NEUTRON + LOTS OF ENERGY". (E=mc^2) {due to loss of mass while fusion, the corresponding energy is very high).
Now, the cold water is pumped into the reactor through metal rods, where it turns into STEAM and hence turning the turbine generates the electricity.
Software Explanation:
The software is divided into two parts:
1) Animation of Nuclear fusion Reaction.
2) A machine learning model that can detect the faults in three-phase supply occurring in
power systems.
Note: Code is made Self-explanatory.
The model is trained through "Object Recognition".
Project Purpose:
Two solution concepts that we came up with could serve as good futuristic models when put into practice on a larger scale.
Project Theme: Save the Environment
Project Category: AI and ML Projects, Hardware Projects
