FORCE.ino

/* char freq[5] = "00.0";
char sigQ[5] = "00.0";
char heath[6] = "000.0";
char acv[6] = "000.0";
char dcc[4][5] = {"00.0", "00.0", "00.0", "00.0"};              // ampere <100 
char dcv[4][5] = {"00.0", "00.0", "00.0", "00.0"};              // volt <100
char power[5][6]={"000.0", "000.0", "000.0", "000.0", "000.0"}; //watt < 1000
float en_total = 0;
dtostrf(float_value, min_width, num_digits_after_decimal, where_to_store_string)

*/

/*  strcpy(Inv_Data[z].acv, "220.1");
  strcpy(Inv_Data[z].heath, "16.2");  

  // now for all panels
  strncpy(Inv_Data[z].dcc[0], "01.23", 5);
  strncpy(Inv_Data[z].dcv[0], "30.11", 5);
  strncpy(Inv_Data[z].power[0], "100.11", 6); 
  
  strncpy(Inv_Data[z].dcc[1], "01.24", 5);
  strncpy(Inv_Data[z].dcv[1], "31.22", 5); 
  strncpy(Inv_Data[z].power[1], "101.22", 6);  
  
  strncpy(Inv_Data[z].dcc[2], "01.25", 5);
  strncpy(Inv_Data[z].dcv[2], "32.33", 5); 
  strncpy(Inv_Data[z].power[2], "102.33", 6);  
  
  strncpy(Inv_Data[z].dcc[3], "01.26", 5);
  strncpy(Inv_Data[z].dcv[3], "33.44", 5);
  strncpy(Inv_Data[z].power[3], "103.44", 6); 

  
  Inv_Data[z].en_total = 407.0;    
  }
*/
//}