Optimisation de l'efficacité énergétique et conception d'un système électrique de secours (cas du bà¢timent agronomie-bunker de l'Unikin)

ANNEXE 3 : Remplacement des lampes fluorescentes et tubes aux lampes LED

- IV -

ANNEXE 4 : Script code Arduno

WIFI & BLUETOOTH

volatile char MY_DATA1[60];

volatile unsigned char k1 = 0,CC1=0,RX1 = 0,D = 0;

void setup()

{

// relay out put pin control.//

pinMode(A0,OUTPUT);

pinMode(A1,OUTPUT);

pinMode(A2,OUTPUT);

pinMode(A3,OUTPUT);

digitalWrite(A0,HIGH);

digitalWrite(A1,HIGH);

digitalWrite(A2,HIGH);

digitalWrite(A3,HIGH);

// Initial setup //

Serial.begin(115200);

// Initial ESP8266 //

ESP8266_INIT();

}

void loop()

{

// receive data from ESP8266 //

if(Serial.available())

{

MY_DATA1[k1] = Serial.read(); // read receive data from wi-fi module.

CC1 = MY_DATA1[k1];

if(CC1 == ':')D = k1;// check weather data scan start or not.

k1++;

if(CC1 == '\n'){k1=0;RX1 = 1;} // chaeck new line character are receive or not.

}

// Processing data which are receiving from ESP8266 //

if(RX1 == 1)

{

if(MY_DATA1[D] == ':')

{

MY_DATA1[D] = '0';

if(MY_DATA1[D+1] == 'F')

{

MY_DATA1[D+1] = '0';

if(MY_DATA1[D+2] == 'A')//switch 1 on {

MY_DATA1[D+2] = '0';

digitalWrite(A0,LOW);

RX1 = 0;

}

else if(MY_DATA1[D+2] == 'B')//switch 1 off

{

MY_DATA1[D+2] = '0';

digitalWrite(A0,HIGH);

else if(MY_DATA1[D+2] == 'E')//switch 3 on {

MY_DATA1[D+2] = '0';

digitalWrite(A2,LOW);

RX1 = 0;

}

else if(MY_DATA1[D+2] == 'F')//switch 1 off {

MY_DATA1[D+2] = '0';

digitalWrite(A2,HIGH);

RX1 = 0;

}

else if(MY_DATA1[D+2] == 'G')//switch 1 on

{

MY_DATA1[D+2] = '0';

digitalWrite(A3,LOW);

RX1 = 0;

}

else if(MY_DATA1[D+2] == 'H')//switch 1 off

{

MY_DATA1[D+2] = '0';

digitalWrite(A3,HIGH);

RX1 = 0;

}

}

}

RX1 = 0;

}

}

void ESP8266_INIT()// initializing wi-fi module.

{

Serial.println("AT");// check AT mode.

delay(1000);

Serial.println("AT+RST");//RESET module.

delay(3000);

Serial.println("AT+CWSAP=\"Home Automation\",\"2231anto\",3,2");//set the

ssid and password.

delay(1500);

Serial.println("AT+CWMODE=3");// set ESP8266 in MODE 3 (Both mode

AP+station).

delay(1400);

Serial.println("AT+CIPMUX=1");// set ESP8266 in MUX 1 (allow multiple

connection).

delay(1400);

Serial.println("AT+CIPSERVER=1,80");// start communication ESP8266 on

PORT80.

delay(1500);

}

//[14:09, 25/11/2021] Constant Kunambu @ Aniteck-Glob: Notes:

- V -

RX1 = 0;

}

else if(MY_DATA1[D+2] == 'C')//switch 2 on

{

MY_DATA1[D+2] = '0';

digitalWrite(A1,LOW);

RX1 = 0;

}

else if(MY_DATA1[D+2] == 'D')//switch 1 off

{

MY_DATA1[D+2] = '0';

digitalWrite(A1,HIGH);

RX1 = 0;

}

//Code upload time disconnect your bluetooth module (RX,TX) Code:

char Incoming_value = 1;

void setup()

{

Serial.begin(9600);

pinMode(10, OUTPUT);

}

void loop()

{

if(Serial.available() > 0)

{

Incoming_value = Serial.read();

Serial.print(Incoming_value);

Serial.print("\n");

if(Incoming_value == '0')

digitalWrite(10, HIGH);

else if(Incoming_value == '1')

digitalWrite(10, LOW);

}

}

ANNEXE 5 : Présentation du logiciel Conçu et Prototype