Photovoltaic Panel

The world faces a considerable energy production challenge, and recurring questions on the subject lead to the search for new, renewable, and less polluting substitute energy sources. Learning Objectives: Analysis and study of industrial components (solar panels, batteries, controller, converter). Optimisation and influence of various parameters (panel orientation, panel surface temperature, luminosity, operating hours, etc. Learn about Photovoltaic Panel for educational labs for optimal educational outcomes.. ). Efficiency studies (efficiency between known energy source and recovered energy). Learn about Photovoltaic Panel equipment for optimal educational outcomes.. Consumption ratio for a known load: batteries vs. mains. Learn about Photovoltaic Panel price for optimal educational outcomes..

Wind, sun, tides, and biomass are emerging pathways addressing future energy concerns. This is an educational unit for solar energy exploitation.

One 360 Wc, 24 V monocrystalline photovoltaic solar panel.
One 12/24 V MPPT (Maximum Power Point Tracking) controller, constantly adjusting panel voltage to obtain maximum energy from the panels.
4 batteries; 12 V, 90 Ah.
One 24/230 V, 3000 VA converter/charger, switching between mains and battery supply depending on minimum battery charge.