Energy Efficient Solar Refrigeration Systems for Long-Haul Trucks

the power requirements of refrigeration units in long-haul trucks. The proposed solution will help displace an equivalent amount of diesel fuel that is otherwise used to power the refrigeration unit. Specifically, this research will result in a comprehensive embedded systems platform for the remote monitoring of Westhill Innovation’s solar powered reefer setup. Using a detailed experimental set up and analysis, we will design a PLC based power system to power a reefer trailer completely using renewable energy such as solar. This will require a detailed hardware design consisting of the various subsystems, for process monitoring, control, and operation. The entire system will be specially designed to withstand and endure harsh conditions incurred in continuous highway driving, which is typical in the long-haul trucking field. Further, we will develop a suite of customized communication protocols for a co-ordinated operation of the various subsystems. Additionally, we will also design customized human interface modules for the vehicle operator and the service engineers at Westhill, to facilitate collective monitoring, timely intervention, and servicing, to enhance the efficiency of the solar powered reefer.

Faculty Supervisor:

Seshasai Srinivasan;Zhen Gao

Student:

Partner:

Westhill Innovation Inc.

Discipline:

Engineering

Sector:

Professional, scientific and technical services

University:

McMaster University

Program: