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TEST: `// EmonLibrary examples openenergymonitor.org, Licence GNU GPL V3

#include "EmonLib.h" // Include Emon Library #include <SPI.h>

EnergyMonitor emon1; // Create an instance EnergyMonitor emon2; void setup() {
Serial.begin(9600); Serial1.begin(115200); analogReadResolution(ADC_BITS); emon1.current(1, 42.55); // Current: input pin, calibration. emon2.current(2, 42.55); //42.55 if CT = 60A //20 if CT = 30A

pvCloud_Send_String("SKETCH","SETUP COMPLETE!"); }

void loop() { //WiFiClient client = server.available(); // listen for incoming clients double Irms1 = emon1.calcIrms(500); // Calculate Irms only double Irms2 = emon2.calcIrms(500); double Dato1; double Dato2;

if (Irms1 > 0.09){ Dato1 = Irms1*110.0; Serial.print("Apparent power 1: "); Serial.print(Dato1); // Apparent power // if bluetooth then sent Serial1.print("Apparent power 1: "); Serial1.print(Dato1); pvCloud_Send_Float("POWER_METER_1",Dato1);

Serial.print("     Irms1: ");
Serial.println(Irms1);		       // Irms
// if bluetooth then sent
Serial1.print("    Irms1: ");
Serial1.println(Irms1);

} else{ Dato1 = 0; Serial.print("Apparent power 1: "); Serial.print(Dato1); // Apparent power // if bluetooth then sent Serial1.print("Apparent power 1: "); Serial1.print(Dato1); pvCloud_Send_Float("POWER_METER_1",Dato1); Serial.print(" Irms1: "); Serial.println(Irms1); // Irms // if bluetooth then sent Serial1.print(" Irms1: "); Serial1.println(Irms1); }

if (Irms2 > 0.09){ Dato2 = Irms2*110.0; Serial.print("Apparent power 2: "); Serial.print(Dato2); // Apparent power // if bluetooth then sent Serial1.print("Apparent power 2: "); Serial1.print(Dato2); pvCloud_Send_Float("POWER_METER_2",Dato2); Serial.print(" Irms2: "); Serial.println(Irms2); // Irms // if bluetooth then sent Serial1.print(" Irms2: "); Serial1.println(Irms2);

} else{ Dato2 = 0; Serial.print("Apparent power 2: "); Serial.print(Dato2); // Apparent power // if bluetooth then sent Serial1.print("Apparent power 2: "); Serial1.print(Dato2); pvCloud_Send_Float("POWER_METER_2",Dato2); Serial.print(" Irms2: "); Serial.println(Irms2); // Irms // if bluetooth then sent Serial1.print(" Irms2: "); Serial1.println(Irms2);

}

}

void pvCloud_Send_String(String label, String value){ Serial.println("pvCloud_Send_String()"); Serial1.println("pvCloud_Send_String()");

String command = "node ~/pvcloud_api.js action='add_value' value_type='FLOAT' captured_datetime='2000-01-01+00:01'"; command= command + " value_label='" + label + " ' "; command = command + " value='"; command = command + value; command = command + "' > lastcommand.txt"; Serial.println(command); Serial1.println(command); system ( command.buffer);

}

void pvCloud_Send_Float(char *label, float value){ Serial.println("pvCloud_Send_Double()"); Serial1.println("pvCloud_Send_Double()");

char command[1000]; sprintf(command, "node ~/pvcloud_api.js action='add_value' value_type='FLOAT' captured_datetime='2000-01-01+00:04' value_label='%s' value='%.2f' > lastcommand.txt", label, value);

Serial.println(command); Serial1.println(command); system ( command);

}

void sendValueToPvCloud(String label, int value, float valor){ Serial.println("Send Value to pvCloud"); Serial1.println("Send Value to pvCloud"); char stringOne[100]; String command = "node ~/pvcloud_api.js action='add_value' value_type='FLOAT' captured_datetime='2000-01-01+10:23'"; command= command + " value_label='" + label + " ' "; command = command + " value='"; command = command + value; command = command + "'"; Serial1.println(command); sprintf(stringOne, "node ~/pvcloud_api.js action='add_value' value_type='FLOAT' captured_datetime='2000-01-01+10:23' value_label='' value='%.2f'", valor); system ( command.buffer); system (stringOne); Serial1.println(stringOne); } `