Solar power collects and analysis sunshine power by MPPT and PWM devices in Taiwan. PS: Not final yet.
Monitoring of a solar installation with two 24V 400W panels in series (morning), two 24V 330W panels in series (afternoon), two Tracer4210AN MPPT controller, two 12V 138Ah battery in series and 24V 5000W inverter. Using Raspberry to decode data
6 x 290W PV panels in string, outputting about 220V DC through MSW Inverter in to Hot water cylinder (2KW). Inverter based on IR "DC to AC Inverter IGBT Demo Board" with variable duty cycle controlled by MPPT- PO algorithm on Arduino Nano board.
Monitoring of a solar installation with two 24V 330W panel in serie, Tracer4210AN MPPT controller, two 12V 138Ah battery in serie and 24V 5000W inverter. Using Raspberry to decode controller data and communicate with ThingsSpeak web API
Monitoring of a solar installation with 24V 50W panel, LS1024B PWM controller, 3S10P 33Ah 18650 battery. Used Raspberry Pi3 to decode controller data and ESP8266 module to communicate with ThingSpeak
400 Watts Solar Panel, 20A SRNE ML2420 MPPT Controller, 180Ah battery, 24V system
Displaying data output from a MPPT PCM6048 solar charger. The solar charger handles 6 X 195 Watt solar panels. Battery bank is 24 Volt. Capacity is 400 Ampere Hours at 24 Volt