Ecosense Installs RE-Based Smart Energy Management System at SRM University, AP

Ecosense Installs RE-Based Smart Energy Management System at SRM University, AP

Ecosense Sustainable Solutions is proud to announce the successful installation of a Renewable Energy (RE) Based Smart Energy Management System at the Department of Electrical and Electronics Engineering, SRM University, Andhra Pradesh. This advanced system has been designed to provide students, faculty, and researchers with a comprehensive hands-on platform to study, experiment, and innovate in the field of renewable and smart energy technologies.

Ecosense Installs RE-Based Smart Energy Management System at SRM University, AP

Ecosense Sustainable Solutions is proud to announce the successful installation of a Renewable Energy (RE) Based Smart Energy Management System at the Department of Electrical and Electronics Engineering, SRM University, Andhra Pradesh. This advanced system has been designed to provide students, faculty, and researchers with a comprehensive hands-on platform to study, experiment, and innovate in the field of renewable and smart energy technologies.

With the increasing global focus on sustainability, this installation represents a significant step for SRM University in aligning its academic infrastructure with real-world challenges in clean energy integration, hybrid power systems, and intelligent control mechanisms.


System Overview

The Smart Energy Management System integrates solar photovoltaic (PV) and wind energy sources with energy storage and grid connectivity to create a flexible, multi-operational platform.

  • 2 kW Solar PV Array – Capturing solar irradiation to generate clean power.
  • 1 kW Wind Turbine – Harnessing wind energy as a complementary source.
  • Battery Energy Storage – Ensuring uninterrupted power supply and enabling hybrid operations.
  • Smart Grid Connectivity – Allowing interaction with the local grid for exporting or importing power.

The system is capable of operating in three distinct modes, allowing students to explore a wide variety of scenarios:

  • Standalone Mode – Renewable sources and batteries operate independently from the grid, simulating off-grid systems for rural or remote applications.
  • Grid-Connected Mode – Energy generated can be directly integrated with the grid, enabling students to understand grid-tied dynamics and energy export scenarios.
  • Hybrid Mode – A combination of grid power, renewable sources, and battery storage, representing the most realistic operational framework for modern smart energy systems.

Smart Monitoring and Control

To make the setup more interactive and research-oriented, the system is equipped with advanced monitoring and control features:

  • Weather Station: Monitors solar irradiance, wind speed and direction, ambient temperature, and humidity. This real-time data is essential for performance evaluation and safety management.
  • Threshold-Based Safety Controls: Students can set operational thresholds for weather parameters to protect equipment during extreme conditions.
  • Centralized Smart Controller: Facilitates both manual and remote operation, including switching between operational modes, controlling load distribution, and monitoring energy flows.
  • Smart Load Units and Home Simulation Kit: A small-scale “smart home” setup with load analysis tools helps students experiment with different energy consumption patterns, grid interactions, and series/parallel load connections.

Ecosense Installs RE-Based Smart Energy Management System at SRM University, AP

Academic Impact

The installation opens up new dimensions of experiential learning at SRM University, providing a live laboratory where students can directly engage with renewable energy technologies. Key academic benefits include:

  • Hands-On Training: Moving beyond textbooks, students gain first-hand experience in working with hybrid energy systems, smart controls, and data-driven energy optimization.
  • System Analysis: Students can monitor and compare the performance of wind, solar, and hybrid configurations under varying weather conditions.
  • Load Management Studies: Understanding demand-side management by experimenting with diverse load profiles using the smart load kit.
  • Hybrid Operations: Exploring how grid, storage, and renewables can be balanced for stable and sustainable energy supply.

Research Opportunities

This system also creates a foundation for cutting-edge research in multiple areas of renewable and smart grid technology. Some potential directions include:

  • Performance evaluation of solar vs. wind systems under local weather conditions.
  • Development of hybrid control algorithms for optimizing power flow and minimizing energy losses.
  • Data-driven analysis for predictive maintenance and reliability studies.
  • Exploration of microgrid and smart city applications.
  • Publication opportunities in journals and conferences, enabling faculty and students to contribute to the growing body of knowledge in sustainable energy.

Training and Capacity Building

To ensure effective utilization of the system, Ecosense organized a two-day training program for the faculty and students of SRM University. The sessions covered:

  • System architecture and design principles.
  • Operational modes and safety protocols.
  • Weather data monitoring and its integration into system analysis.
  • Hands-on training in operating and switching between different system modes.
  • Introduction to research opportunities using the platform.

This training program ensures that the ecosystem created by the Smart Energy Management System becomes a long-term educational and research asset for the university.

Ecosense Installs RE-Based Smart Energy Management System at SRM University, AP

Looking Ahead

By adopting this advanced Renewable Energy-Based Smart Energy Management System, SRM University, Andhra Pradesh, has taken a pioneering step in preparing its students for the distributed, intelligent, and sustainable energy future. The system not only enhances the quality of technical education but also provides a strong foundation for research, innovation, and entrepreneurship in renewable and smart energy domains.

This initiative underscores SRM University’s commitment to building world-class research infrastructure and empowering its students to lead the way in the global transition to clean energy.

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