Electric tricycle with photovoltaic panels installed

How do solar tricycles work?

Solar tricycles make use of solar PV cells in the form of solar panels for extracting solar energy and this energy is stored in the batteries which are transferred to the Brushless DC motor connected to the front wheel of the tricycle.

What are the components of a solar tricycle?

This tricycle mainly consists of Solar panel, BLDC motor, Battery, Charge controller and Throttle. The various considerations are taken into account such as simplicity, strength, stability, safety, corrosion and wear, weight, size, flexibility, ease of control, modularity, efficient extraction of solar energy.

How does a solar assist tricycle work?

Our Solar Assist tricycle functions with the same motor and battery system as a regular trike. However, it also features a solar panel mounted onto the lid that charges the battery when exposed to sunlight. The trike can operate as a completely off-grid electric delivery vehicle while riding with mostly low assist settings, and can switch to higher assist when needed.

How can solar power improve the efficiency of a tricycle?

Solar power is utilized for providing the power to the tricycle, which will reduce the efforts of the physically challenged person. The usage of complicated parts of existing vehicles were reduced using simple assemblies of bicycles. The fuel-powered system has employed to improve the efficiency of the tricycle.

How does an electric tricycle work?

This electric tricycle uses a motor which is driven by energy stored in the battery. The energy can be obtained from non-conventional sources thereby causing no harm to the environment. In this work, photovoltaic cells were used to obtain the electricity needed to drive the motor. These photovoltaic cells convert solar energy into electric energy.

Can a solar powered tricycle help people move to longer distances?

A solar powered tricycle helps them move to longer distances . The main objective of this work is to develop a vehicle operated by ecofriendly and less expensive renewable sources of energy. The vehicle can be operated at low speed for long distance. Physically challenged persons mobility can be increased with less effort. 2. Literature review