portable iot solar remote laboratory energy is a M.Tech project topic for Electrical Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
portable iot solar remote laboratory energy Project Details
| Abstract |
This project describes a portable, IoT‑enabled remote lab that helps students learn about solar photovoltaic (PV) systems. The design combines three parts: a physical hardware kit, an offline math‑simulation app, and an online remote‑experiment platform. In the offline app, students can model the non‑linear current‑voltage (I‑V) curve of a PV panel, see how irradiance and temperature affect performance, and find the best tilt angle. The hardware kit uses an ESP32 microcontroller so users can change real‑world parameters from a distance. They can adjust lamp brightness to mimic solar irradiance, set fan speed for active cooling, rotate the panel, and create partial shading. Sensors on the kit measure voltage, current, temperature,
and power in real time. The data are sent to a MATLAB graphical user interface, which draws live I‑V and power‑voltage (P‑V) curves. By linking the simulation with the physical setup, the lab connects theory and real‑world behavior. The system is low‑cost, scalable, and supports multiple users. It lets students repeat experiments and test solar energy conversion under many different conditions.
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| Reference Paper |
Portable IoT–Based Solar PV Remote Laboratory for Energy Engineering Education |
| Domain |
Electrical Engineering |
| Sub-Domain |
Power Systems / Renewable Energy / Solar PV |
| PDF Download |
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