Modular system for off-grid solar study
Electricity generation (solar panels: mono-crystalline, poly-crystalline, amorphous, thin-film)
Energystorage (12V 13Ah batteries and digital-display charge regulator)
AC/DC electrical distribution (12-230V 150VA inverter, circuit-breakers)
Energy transformation, storage and distribution
Measurements, efficiency study of the 4 types of solar panels
Comparison of 4 different solar panels(mono, poly, amorphous, thin-film), 3 different regulators (PWM, MPPT) and 2 inverters (quasi-sine, sine)
Project: Case study about supplying power to electrical loads (dimensioning of the parts)
Parts are connected with stackable plugs to offer maximum modularity
OR01: 30Wp Mono crystalline panel with inclinable stand
OR02: 30Wp Poly-crystalline panel with inclinable stand
OR04: 12Wp Thin-film panel with inclinable stand
OR10: 12/ 24V 10A/ 10A Standard regulator
OR11: 12/ 24V 20A/ 10AMPPT regulator
OR12: 12/ 24V 35A Regulator with Ethernet communication and solar sensor
OR20: 13Ah 12V Battery in a structured wired box
OR30: 12V/ 230V 175W Sine inverter in a structured wired box
OR31: 12V/ 230V 150W Quasi-sine inverter in a structured wired box
OR40: Battery charger in a structured wired box
OR55: Mat lab model