In modern high-rise complexes, the efficient transfer of items between floors poses significant challenges. Traditional methods, such as elevators and lifts, often result in congestion and low delivery efficiency. Moreover,huge consumption of energy sometimes becomes a burden of electric system. Therefore, a new delivery system is reqiured to build with higher efficiency.
Our project aims to design the innovative device called Sky Knight, a revolutionary flying machine, which can efficiently deliver items vertically among different floors. The device characterizes by following properties:
It utilizes helium balloons for buoyancy.
It uses electric propellers for precise control.
It's furnished with faster and more flexible flight capabilities.
It's powered by two solar coins outside the room.
To realize our project, we conducted a thorough analysis of the key components.
First, we conducted a series of experiments to investigate the relationship between the weight of the platform and the number of helium balloons required for vehicle elevation.
Subsequently, an examination was carried out to assess how different propeller combinations influenced the flight trajectory of the Sky Knight. The objective was to determine the optimal integration approach for the propellers within the circuit.
Finally, a simulation was made to evaluate the current power generated by the solar panels under varying intensities of sunlight. This allowed us to ascertain the specific lighting conditions necessary for the Sky Knight to operate efficiently.
In practice, we experimented that the Sky Knight can load a certain weight of items and remove them from one place to another. Although affected by weather, the device can work stably in most cases.
This project solves the problem of transporting small and light objects in modern high-rise complexes. It not only saves manpower and electricity, but also allows the lifts in the building to be used by more people with more urgent needs. One of the improvements that could be made is to make
the propeller propulsion more powerful so that more and larger objects can be transported.
