Ecosense Sustainable Solutions installed a Solar PV Training and Research System and a Solar Grid-Tied Training System at the Department of Electrical and Electronics Engineering, Reva University. The installation enables students and researchers to perform practical experiments on solar photovoltaic generation, grid synchronization, inverter operation, and renewable energy system analysis.
Hands-on learning plays a critical role in renewable energy education. Students must understand not only the theory of solar photovoltaic systems but also how these systems behave in real operating conditions.
To strengthen practical learning in solar energy, Ecosense Sustainable Solutions Pvt. Ltd. successfully installed two advanced training platforms at the Department of Electrical and Electronics Engineering, Reva University.
The installed systems include:
These platforms provide a complete laboratory environment where students can study solar power generation, inverter technology, and grid interaction through real hardware experiments.
With this installation, Reva University expands its renewable energy research capabilities and provides students with industry-relevant training infrastructure
The Solar PV Training and Research System is designed to help students understand the behaviour and performance of photovoltaic systems under different operating conditions.
This system enables experimentation with solar panels, power electronics, measurement systems, and load analysis.
Students can study key PV characteristics such as voltage-current relationships, power output variation, and the influence of environmental parameters.
Key learning areas include:
The platform includes integrated sensors, measurement interfaces, and monitoring tools. This allows students to observe system behaviour in real time and analyse performance data.
Such hands-on exposure helps bridge the gap between theoretical coursework and real-world renewable energy systems.
In addition to standalone solar experiments, modern power systems require understanding of grid-connected renewable generation.
To support this learning, Ecosense installed the Solar Grid-Tied Training System at Reva University.
This platform demonstrates how photovoltaic power plants interact with the electrical grid.
Students can observe how solar inverters synchronize with the grid and export energy while maintaining grid stability.
Key experimental capabilities include:
The system provides clear visualization of energy flow between the solar PV system and the utility grid.
Students can also analyze inverter efficiency, power factor behaviour, and real-time grid parameters.
This type of training is essential as grid-connected solar installations continue to grow worldwide.
Ecosense Sustainable Solutions continues to collaborate with universities and research institutions to develop advanced renewable energy laboratories.
The installation at Reva University reflects Ecosense’s mission to provide industry-relevant training platforms for solar energy education and research.
Through modular training systems and real hardware experimentation, Ecosense helps institutions create practical learning environments aligned with modern energy technologies.
The installation of the Solar PV Training and Research System and the Solar Grid-Tied Training System at the Department of Electrical and Electronics Engineering, Reva University marks another important step toward strengthening renewable energy education.
Students now have the opportunity to explore solar photovoltaic systems through hands-on experiments and real-time system analysis.
This laboratory infrastructure will play a vital role in preparing the next generation of engineers for careers in sustainable energy technologies.
