
USPCASE Team Develops Foundational Technology for the Smart Grid

33rd All Pakistan IEEEP Seminar

Power Systems Research Lab (PSRL) is committed to deliver international quality research in Engineering Field. Prime objective is to make optimum utilization of national resources in the most effective and innovative way for the betterment of mankind, for easy of human toil and comfort of generations to come. We envision the utilization of electrical machines blended with the modern techniques of signal processing and embedded hardware which can bring another significant improvement in human lives.
Our laboratory has been and will be dedicated to building a resilient, intelligent, sustainable, and smart power grid, and providing solutions not only technically and economically sound, but also satisfying social, environmental, and business development requirements.
We are rigorously pursing basic and applied research for the technical problems emerging from the cross discipline application of engineering approaches. PSRL addresses issues related but not limited to electrical machine, signal processing, smart grid technology and similar areas. Few of the primary research goals at PSRL are as follows:
Sajjad Zaidi, a professor of engineering at the National University of Sciences and Technology (NUST), worked with student scholars in the U.S.-Pakistan Centers for Advanced Research in Energy (USPCASE) to develop a home-grown AMI solution. Read more.
ENENT, a startup founded by a team of electrical engineers from NUST developed a device to reduce electricity use at home by 20%. The device patented as 'Intellica-Three-Phase Load Balancer' was one of the winners of 2020 UN Asia-Pacific Low Carbon Lifestyles Challenge in May 2020. Read more.
The project was led by Capt Dr Sajjad Haider Zaidi PN and the group members included Sheikh Talha, Shahyan Adil, Shariq Waqar and M.Talha Javaid. The title of the research paper and project was ‘Development and Designing of Algorithm for Intrusive fault analysis of Electrical Machines using FPGA’. Read more.