Solar PV Training and Research System

The Solar PV Training and Research System is a compact, hands-on educational platform that replicates a real-world standalone solar power plant. Ideal for universities, polytechnics, and research labs, it empowers learners to explore solar photovoltaic technology—from basic principles to advanced MPPT algorithms. The system features structured experiments across three modules: PV characteristics, standalone system integration, and MPPT research. Using modular plug-in units and artificial sunlight, it enables detailed study of panel behavior, wiring, and environmental effects. A complete solution for technical training, academic projects, and solar innovation.

Key Features

Real Time Monitoring Panel: Observe Voltage, Current and Temperature live during experiments
Variable Irradiance and Temperature Control: Study I-V and P-V characteristics under realistic changing conditions
Configurable PV Array: Experiment with Series and Parallel Combinations
Configurable Standalone PV System: Understand Solar Standalone PV Systems by connecting various components together
Adjustable Tilt Angle: Analyze how panel orientation affects energy generation
Shading Analysis: Simulate partial shading and measure its impact on output
Manual Wiring: Build circuits hands-on to enhance system-level understanding
Configurable Charge Controller: Auto and Manual Mode
Datalogging and Visualization: Record and plot curves via included PC software (CSV+ graph export)
MPPT research capability: Get started with your research

Learning Module

Solar PV Characteristics

Plot I-V and P-V curves at various irradiance and tilt angles
Study Diode effect and Thermal impact on modules

Standalone Solar PV System

Understand the integration of batteries, inverters, and charge controllers
Power both DC and AC loads and analyze energy flow.
Build and operate a complete mini–Solar PV Standalone system

Research and Innovation

Feed in custom gate signals or external controllers for MPPT
Develop real-time MPPT logic using MATLAB, Arduino, or DSP platforms
Validate performance through dynamic simulations

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