Design of an Embedded Test Bench for Organic Photovoltaic Module Testing DOI Open Access
Alberto Dolara, Ana Cabrera-Tobar, Emanuèle Ogliari

и другие.

Electronics, Год журнала: 2024, Номер 13(16), С. 3104 - 3104

Опубликована: Авг. 6, 2024

In this article, a multipurpose embedded system for testing organic photovoltaic modules is presented. It designed to include all the features real-time monitoring, data acquisition, and power conversion based on Ćuk converter, providing useful scientific investigation of outdoor operation modules. The allows both scan I–V curve continuous module, such as at its maximum power. Voltage current terminals module under test up four temperatures are continuously measured stored Secure Digital card. communication interface connect with other instruments, irradiance sensors, digital serial output. laboratory in-the-field use: it can be powered either by AC electrical grid or battery, which also operate backup battery. Galvanic isolation divides into field-side logic-side functional sections, improved noise immunity safe operation. main distribution within +9 V bus; ultra-low-noise linear low dropout regulators provide +3.3 +5 regulated voltages supply analog circuits section, flyback converter supplies section board. proposed solution validated using an experimental setup built SolarTechLab, Politecnico di Milano. results report feasibility system.

Язык: Английский

Design of an Embedded Test Bench for Organic Photovoltaic Module Testing DOI Open Access
Alberto Dolara, Ana Cabrera-Tobar, Emanuèle Ogliari

и другие.

Electronics, Год журнала: 2024, Номер 13(16), С. 3104 - 3104

Опубликована: Авг. 6, 2024

In this article, a multipurpose embedded system for testing organic photovoltaic modules is presented. It designed to include all the features real-time monitoring, data acquisition, and power conversion based on Ćuk converter, providing useful scientific investigation of outdoor operation modules. The allows both scan I–V curve continuous module, such as at its maximum power. Voltage current terminals module under test up four temperatures are continuously measured stored Secure Digital card. communication interface connect with other instruments, irradiance sensors, digital serial output. laboratory in-the-field use: it can be powered either by AC electrical grid or battery, which also operate backup battery. Galvanic isolation divides into field-side logic-side functional sections, improved noise immunity safe operation. main distribution within +9 V bus; ultra-low-noise linear low dropout regulators provide +3.3 +5 regulated voltages supply analog circuits section, flyback converter supplies section board. proposed solution validated using an experimental setup built SolarTechLab, Politecnico di Milano. results report feasibility system.

Язык: Английский

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