Build Instructions

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• 1

  Step 1

  Hookup guide - here are some basic details to make the connections. See the parts list for values.

  VCC on the neopixel ring is attached to VIN on the NodeMCU

  GND on the neopixel ring is attached to GND on the NodeMCU

  The capacitor is placed across VCC and GND.

  IN on the neopixel ring is attached, via the resistor, to D1 / GPIO5 on the NodeMCU which is pin 5 in the Arduino code.

  The whole thing is powered by USB connected to the NodeMCU.

• 2

  Step 2

  See the links to the code in Github if you would like to try to implement this. You will need to fill in some of your own details for your wifi network and your pvoutput account.

  Replace <your network ssid> and <your network password> with…you guessed it…your SSID and password (the login details for your wifi).
  

  const char* ssid     = "<your network ssid>"; // The ssid of your wifi network
  const char* password = "<your network password>"; // the password for your wifi network

• 3

  Step 3

  To use this, you need to have an account at pvoutput.org and have live data being loaded to it. The code assumes 5 minute interval data, but will still work if your interval is longer. To log into your account and grab the data, you need to add your pvoutput sid and API key in place of <your pvoutput sid> and <your pvoutput API key> respectively. You can find these under "settings" once you have logged into pvoutput.org.

  const char* sid = "<your pvoutput sid>"; // sid
  const char* key = "<your pvoutput API key>"; // API key

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