The expert lecture on “Smart Energy Meters and Embedded Data Acquisition for Sustainable Power Management” was successfully conducted on 05.10.2026 from 02.00 p.m. to 04.00 p.m. at the EEE Board Room, KPR Institute of Engineering and Technology.
The session provided participants with valuable insights into the role of smart energy meters, embedded systems, real-time data acquisition, energy monitoring, and sustainable power management. The expert interaction helped students and faculty understand the practical applications of smart metering technologies and the importance of data-driven approaches for efficient energy utilization.
Enhanced awareness of Smart Energy Metering technologies and their applications.
Improved understanding of embedded data acquisition systems for energy monitoring.
Gained practical insights into real-time measurement, monitoring and analysis of electrical energy parameters.
Understood the role of smart meters in energy conservation and sustainable power management.
Provided exposure to emerging technologies connecting embedded systems, energy management and intelligent power systems.
Students gained an opportunity to interact with an academic expert and clarify their technical queries.
The session motivated students to explore IoT-enabled energy monitoring, smart grids and sustainable energy management for academic projects and future research
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The session was delivered by Dr. V. S. Chandrika, Professor/EEE, who shared her expertise on emerging developments in smart energy measurement and embedded data acquisition technologies.
The lecture focused on the fundamentals and practical significance of smart energy meters and embedded data acquisition systems in modern power management. The resource person explained how real-time energy data can be acquired, monitored and utilized for improving energy efficiency and supporting sustainable power management practices.
The interaction also highlighted the growing importance of intelligent energy monitoring, embedded technologies and data-driven decision-making in modern electrical power systems. Students actively participated in the session and gained useful technical knowledge through the expert's explanations and discussions.
The programme concluded with an interactive discussion, providing participants with an opportunity to clarify their technical queries. Overall, the expert lecture was informative and beneficial in enhancing the participants' understanding of smart energy metering, embedded data acquisition and sustainable power management.
The programme successfully bridged theoretical concepts with practical applications and created awareness about emerging technologies in smart energy management. It encouraged students to pursue further learning, projects and research in smart metering, embedded systems, IoT-based energy monitoring and sustainable power systems.
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