Solar Power Monitoring, well that and most of the other energy consumption in a typical house. Mostly I was interested in how my 1900 Watts of solar panels was working.

Arduino Uno WiFi REV2 temperature of pool and solar panel control + weather in Osek u Duchcova, Czech Republic, MAX 6675 thermocouple and BME280

Penulisan Ilmiah Dandi Rizky Riansa - (51417428)

solar energy monitoring with an ESP8266 with 2 times a soladin 600 Mastervolt inverter.

ESP12 - BME280 - Solar Panel Meteo Stanica Trebelovce (Lucenec)

Recorded data from solar panel system of 1o EPAL Rethymnou

ESP12 - BME280 - Solar Panel Stacja Pogodowa Brzuśnik (Żywiec)

Solar hot water panels. Controlled with ESP8266 Wemos D1 mini. Pump turns on to pump water when its hotter outside.

Monitoring of a solar installation with 24V 330W panel, Tracer4210AN MPPT controller, 12V 138Ah battery and 12V 1000W inverter (connected to load terminal). Used STM32F103 to decode controller data and get inverter current and SIM808 GPRS module to commun

Panel PV 400W

Produccion de energia electrica con Panel Solar SonOff (ESP8266) + 670W Photovoltaic Solar Panel sa.trepo@gmail.com

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

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

Display power output from solar powered battery bank. Producing power for 7 stage grid inverter. Output controlled by household power consumption masurement. (Current transformer)

Single 250w solar panel connected to 350w grid tie inverter. Measuring done with Arduino Mega 2650 and Ethernet Shield to directly connect to ThingSpeak. sampled 100 times per second and then averaged for per second monitoring but 30 sec update to here.