Electric Vehicle Technology

The project deals with the design and development of closed loop flywheel generator to generate power up to 1 kW.

First, the IoT can be used to remotely monitor and manage charging station operations. This includes monitoring charger availability, managing user access, and providing real-time updates on charger status.

Design and development of a solar powered refrigerated cart which maintains an ambient temperature of 10-12⁰ C, thereby extending the shelf life of vegetables.

The electric bike is driven with help of battery which is coupled to electric motor. Electric bike which works on the battery that is powered by the motor is the general mode of transport for local trip. The solar can be alternative source of charging for this by adding it to the system. Main purpose of using this e-bike is that it is user friendly, economical and relatively cheap.

The aim of the project is to improve the accuracy of estimation of State of Charge (SoC) of Battery. Conventional SoC estimation methods will be done On-site, which lags with memory and compute power hence complex models or algorithms that provide high accuracy are difficult to implement.

Machining is an important manufacturing process that is used in a wide range of applications. Numerical control is a programmable automation in which process is controlled by Numbers, Letters, and symbols.

The main objective of the project is to develop an Electrical powered wheel chairs which runs with electric power. However manual operation is required to operate the joystick for the movement of the chair by an attender. The Wheel chair can be stretched flat using controller for the patient to lie down comfortably for scanning or further diagnosis by doctor.

The intent of this project is to develop a 3 wheeled electric bicycle which serves the purpose of fitness and travelling together.

The project aims at Designing Solar Powered e-bike charging station using a 380Wp Solar Module of 8 Nos.