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Copy pathnext_inver.ino
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next_inver.ino
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#include <Adafruit_NeoPixel.h>
// Define the pin that the NeoPixel data line is connected to
#define PIN D8
// Define the number of NeoPixels
#define NUMPIXELS 6
// Create an instance of the Adafruit_NeoPixel class
Adafruit_NeoPixel pixels(NUMPIXELS, PIN, NEO_GRB + NEO_KHZ800);
// Define the analog pin for voltage measurement
// Define the voltage step for lighting up LEDs
#define VOLTAGE_STEP 0.1
#include <TimeLib.h>
unsigned long current = 0, cprevv = 0, LeDTime = 0;
int forceonn = 0;
bool allon = 0;
typedef struct struct_messagea {
float battvol;
int invmosstat;
int timeexp;
int pwrsupp;
int lowpwroff;
int checkvol;
int currprev;
int usedmin;
int invenable;
int lightr;
int startt;
int stopp;
int hourr;
int minutee;
int secondd;
} struct_messagea;
struct_messagea senddata;
struct_messagea recvdata;
bool invofff = 0;
bool safemode = 0;
uint8_t broadcastAddress[] = {0x2C, 0xF4, 0x32, 0x17, 0x3C, 0x94};
//2C:F4:32:17:3C:94
unsigned int daypeeks = 1;
unsigned int auxdaypeeks = 1;
unsigned int invonday = 0;
bool repusedmin = 0;
#include <espnow.h>
bool highh = 1;
unsigned long peakss = 0;
float prevvolt = 0;
int tid;
bool timeauto = 1;
// Fill-in information from your Blynk Template here
#define inverter_mos D5//.....inverter dc1
#define pump_mos 1//.....---servo
#define inverter_ac D1//.....delay thing2
#define powersupplay_ac D8//......
#define Ac1 D3//done relay3 cealing
#define charge_1_mos D0//free
#define mainpower_mos D4//invertermainrelay4 koom
#define batt_voltage A0//.....
#define Ac2 D2//6 //main ac
#define ac_inn D7//.....5
#define ussed_min D6
#include "ThingSpeak.h"
bool firsttimeinv = 1;
#include <ESP8266WiFi.h>
WiFiClient client;
bool invenable = 1;
unsigned long myChannelNumber = 1;
const char * myWriteAPIKey = "R96GMATVWIODZACC";
int deepcharge = 0;
bool settt = 0;
bool usedminute = 0;
bool timeexpired = 0;
bool powersupplaymadehigh = 0;
bool checkvol = 1;
bool lowpoweroff = 0;
float batteryvoltage = 0;
unsigned long cur = 0;
unsigned long prev = 0;
unsigned long fiveminute = 0;
bool resu = 0;
bool invertermos_state = 0;
bool ac_innc = 0;
int bootwithoutwifi = 0;
bool power1 = 0, power2 = 0, power3 = 0;
bool invondaya = 0;
bool therewaspower = 1;
#define BLYNK_TEMPLATE_ID "TMPL7W-4TEk7"
#define BLYNK_DEVICE_NAME "Inverter"
//#define BLYNK_AUTH_TOKEN "hV7y0oeEdVi7OZZVfBsVLf_DQdOpieas"
#include <ESP8266WiFi.h>
#include <espnow.h>
bool r8 = 0;
const char* ssidd = "hlo12";
const char* passs = "1231231234";
#define BLYNK_FIRMWARE_VERSION "0.3.3"
#define BLYNK_PRINT Serial
//#define BLYNK_DEBUG
#define APP_DEBUG
// Uncomment your board, or configure a custom board in Settings.h
//#define USE_SPARKFUN_BLYNK_BOARD
//#define USE_NODE_MCU_BOARD
//#define USE_WITTY_CLOUD_BOARD
//#define USE_WEMOS_D1_MINI
#include "BlynkEdgent.h"
BlynkTimer timerr;
BlynkTimer nett;
WidgetTerminal terminal(V16);
#include <WidgetRTC.h>
WidgetRTC rtc;
void OnDataSent(uint8_t *mac_addr, uint8_t sendStatus) {
Serial.print("Last Packet Send Status: ");
if (sendStatus == 0) {
Serial.println("Delivery success");
}
else {
Serial.println("Delivery fail");
}
}
void OnDataRecv(uint8_t * mac, uint8_t *incomingData, uint8_t len) {
memcpy(&recvdata, incomingData, sizeof(recvdata));
}
void setup()
{
pinMode(inverter_mos, OUTPUT);
pinMode(inverter_ac, OUTPUT);
pinMode(powersupplay_ac, OUTPUT);
pinMode(Ac1, OUTPUT);
pinMode(charge_1_mos, OUTPUT);
pinMode(mainpower_mos, OUTPUT);
digitalWrite(charge_1_mos, HIGH);
pinMode(ac_inn, INPUT);
pinMode(Ac2, FUNCTION_3);
pinMode(Ac2, OUTPUT);
pinMode(ussed_min, INPUT_PULLUP);
digitalWrite(mainpower_mos, HIGH);
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
digitalWrite(Ac2, HIGH);
digitalWrite(inverter_ac, HIGH);
digitalWrite(powersupplay_ac, HIGH);
digitalWrite(Ac1, HIGH);
powersupplaymadehigh = 0;
pixels.begin();
attachInterrupt(digitalPinToInterrupt(ac_inn), detectsMovement, CHANGE);
nett.setInterval(1456, sendd);
timerr.setInterval(51, mainthread);
timerr.setInterval(120, subthread1);
// timerr.setInterval(6004, nowsend);
timerr.setInterval(700, protection);
timerr.setInterval(5001, autolight);
timerr.setInterval(20000, wificonn);
WiFi.mode(WIFI_STA);
WiFi.begin(ssidd, passs);
for (int wik = 0; wik <= 20; wik++) {
delay(500);
yield();
bootwithoutwifi = 1;
if (WiFi.status() == WL_CONNECTED) {
bootwithoutwifi = 0;
yield();
break;
break;
}
yield();
}
// Serial.begin(115200);
delay(100);
if (bootwithoutwifi == 0) {
Serial.println("wifion");
BlynkEdgent.begin();
ThingSpeak.begin(client);
} else {
Serial.println("wifion");
}
if (esp_now_init() != 0) {
Serial.println("Error initializing ESP-NOW");
return;
}
esp_now_set_self_role(ESP_NOW_ROLE_COMBO);
esp_now_register_send_cb(OnDataSent);
// Register peer
esp_now_add_peer(broadcastAddress, ESP_NOW_ROLE_COMBO, 1, NULL, 0);
esp_now_register_recv_cb(OnDataRecv);
pwcn();
}
void wificonn() {
WiFi.begin(ssidd, passs);
}
void autolight() {
if (invertermos_state == 1 && timeexpired == 0) {
updateLEDsBasedOnVoltage(batteryvoltage);
} else if (ac_innc == 1) {
updateSingleLEDBasedOnVoltage(batteryvoltage);
} else if (therewaspower && batteryvoltage > 12.2 && (millis() - LeDTime) < 200000) {
setAllWhite(250);
} else if (therewaspower && batteryvoltage > 12.47 && daypeeks > 2) {
if (hour() == 17 || hour() == 18 || hour() == 19 || hour() == 20 || hour() == 21) {
int powee = (batteryvoltage - 12.46) * 1520;
if (powee > 240) {
powee = 240;
}
setAllWhite(powee);
} else {
setAllWhite(2);
}
} else {
turnAllOff();
}
// } else if ((hour() == 17 && minute() == 4 && second() < 20) || (hour() == 6 && minute() == 4 && second() < 20)) {
//
//
//
// } else {
//
//
// }
//
// if (hour() < 16) {
// if (batteryvoltage < 12.8 && checkvol == 1) {
// checkvol = 0;
// }
// }
if (hour() == 12 && minute() == 31 && second() < 20 && ac_innc) {
therewaspower = 1;
}
if (hour() == 2 && minute() == 4) {
therewaspower = 0;
daypeeks = 0;
auxdaypeeks = 0;
invofff = 0;
allon = 0;
if (invondaya) {
invonday++;
invondaya = 0;
}
}
if (allon == 1) {
digitalWrite(mainpower_mos, LOW);
digitalWrite(Ac1, LOW);
digitalWrite(Ac2, HIGH);
} else {
if ((hour() == 19 || hour() == 20) && bootwithoutwifi == 0 && timeauto == 1) {
if (ac_innc == 1) {
digitalWrite(mainpower_mos, LOW);
digitalWrite(Ac1, LOW);
digitalWrite(Ac2, HIGH);
} else if (timeexpired == 1 && invertermos_state == 1) {
digitalWrite(Ac1, HIGH);
digitalWrite(Ac2, LOW);
digitalWrite(mainpower_mos, LOW);
} else {
digitalWrite(Ac1, HIGH);
digitalWrite(Ac2, HIGH);
digitalWrite(mainpower_mos, HIGH);
}
} else {
digitalWrite(Ac1, HIGH);
digitalWrite(Ac2, HIGH);
digitalWrite(mainpower_mos, HIGH);
}
}
}
void protection() {
if (digitalRead(ac_inn)) {
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
}
if (batteryvoltage < 12) {
lowpoweroff = 1;
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
}
if (hour() < 17 && timeexpired == 1) {
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
}
if (safemode == 1 && (hour() < 16 || hour() > 22)) {
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
timeexpired = 1;
}
if (hour() < 7 || hour() > 16 || forceonn == 1) {
if (batteryvoltage < 12.0) {
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
timeexpired = 1;
}
} else {
if (batteryvoltage < 12.55 || daypeeks == 0) {
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
timeexpired = 1;
}
}
}
void loop() {
if (WiFi.status() == WL_CONNECTED) {
BlynkEdgent.run();
nett.run();
}
timerr.run();
if (lowpoweroff) {
delay(100);
}
}
ICACHE_RAM_ATTR void detectsMovement() {
if (!digitalRead(ac_inn)) {
Serial.println("inst");
digitalWrite(inverter_ac, HIGH);
} else {
settt = 0;
terminal.println("intrupt");
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
}
timerr.setTimeout(1000, pwcn);
terminal.println("run");
terminal.flush();
}
void mainthread() {
//Serial.print("runn");
if (batteryvoltage > 13.89 && highh == 1) {
highh = 0;
}
batteryvoltage = analogRead(A0) * 0.0182997118;
if(batteryvoltage > 14.4){
delay(1000);
batteryvoltage = analogRead(A0) * 0.0182997118;
if(batteryvoltage > 14.4){
digitalWrite(charge_1_mos, LOW);
}
}
if(batteryvoltage < 12.2){
digitalWrite(charge_1_mos, HIGH);
}
// batteryvoltage = 12.9;
//Serial.print(batteryvoltage);
usedminute = (digitalRead(ussed_min));
if (usedminute == 0 && repusedmin == 0) {
delay(1500);
usedminute = (digitalRead(ussed_min));
if (usedminute == 0 && repusedmin == 0) {
if (!digitalRead(ac_inn)) {
invertersetup();
fiveminute = millis() - 400000;
terminal.println("SWICH ON");
terminal.flush();
}
repusedmin = 1;
}}
if (usedminute == 1 && repusedmin == 1) {
delay(1500);
usedminute = (digitalRead(ussed_min));
if (usedminute == 1 && repusedmin == 1) {
repusedmin = 0;
fiveminute = millis() - 400000;
terminal.println("SWICH Off");
}}
if (digitalRead(ac_inn)) { //low yes
chargeroutine();
if (!ac_innc) {
ac_innc = 1;
chargesetup();
terminal.println("accon");
terminal.flush();
therewaspower = 1;
}
} else {
if (ac_innc) {
LeDTime = millis();
ac_innc = 0;
invertersetup();
terminal.println("accoff");
terminal.flush();
}
if (!lowpoweroff) {
inverterroutine();
} else {
// terminal.println("lowpow");
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
}
}
}
void nowsend() {
senddata.battvol = batteryvoltage;
senddata.invmosstat = invertermos_state;
senddata.timeexp = timeexpired;
senddata.pwrsupp = (power1 || power2 || power3);
senddata.lowpwroff = lowpoweroff;
senddata.checkvol = checkvol;
senddata.currprev = (current - fiveminute);
senddata.usedmin = usedminute;
senddata.invenable = invenable;
senddata.lightr = timeauto;
senddata.hourr = hour();
senddata.minutee = minute();
senddata.secondd = second();
esp_now_send(broadcastAddress, (uint8_t *) &senddata, sizeof(senddata));
}
void subthread1() {
// if (batteryvoltage > 13 && checkvol == 0) {
// checkvol = 1;
// }
if (batteryvoltage < 13.13 && highh == 0 && hour() < 16) {
highh = 1;
peakss++;
daypeeks++;
auxdaypeeks++;
}
if ((power1 || power2 || power3) && powersupplaymadehigh == 0) {
powersupplaymadehigh = 1;
digitalWrite(powersupplay_ac, HIGH);
}
if (powersupplaymadehigh == 1 && !(power1 || power2 || power3)) {
powersupplaymadehigh = 0;
digitalWrite(powersupplay_ac, LOW);
}
if (batteryvoltage < 11.94) {//
lowpoweroff = 1;
}
if (batteryvoltage > 12.5) {
lowpoweroff = 0;
}
// if (batteryvoltage < 12.8 && settt==0 && ac_innc==1) {
// power3=1;
//timerr.deleteTimer(tid);
// tid=timerr.setTimeout(3900000, stopcharge);
// settt=1;
// }
}
void inverterroutine() {
if (timeexpired == 0) {
current = millis();
if ((current - cprevv) > 14400000 || (current - cprevv) < 0) {
terminal.println("timee2hr");
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
timeexpired = 1;
}
if (firsttimeinv == 1 && batteryvoltage < 12.2 && invertermos_state == 1) {
firsttimeinv = 0;
digitalWrite(inverter_mos, HIGH);
delay(4500);
digitalWrite(inverter_mos, LOW);
}
//6,7,8,9
int justhour = hour();
usedminute = !(justhour >= 17 && justhour <= 21 && ((millis() - fiveminute) < 300000) && therewaspower) && (digitalRead(ussed_min));
if (usedminute || invenable == 0) {
delay(200);
usedminute = !(justhour >= 17 && justhour <= 21 && ((millis() - fiveminute) < 300000) && therewaspower) && (digitalRead(ussed_min));
if (usedminute || invenable == 0) {
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
timeexpired = 1;
terminal.println("NOONUSEDMINN");
LeDTime = millis();
}
}
} else {
if (batteryvoltage < 12.0) {
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
daypeeks = 0;
}
if (timeauto == 1) {
if ((hour() == 19 || hour() == 20) && (day() != 15 || day() != 16) && bootwithoutwifi == 0 && therewaspower == 0) {
if (batteryvoltage > 12.23 && daypeeks > 0) {
invondaya = 1;
digitalWrite(inverter_mos, LOW);
invertermos_state = 1;
} else {
daypeeks = 0;
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
}
} else {
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
}
} else {
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
}
}
}
void invertersetup() {
digitalWrite(Ac2, HIGH);
digitalWrite(Ac1, HIGH);
digitalWrite(mainpower_mos, HIGH);
firsttimeinv = 1;
resu = 0;
fiveminute = millis() - 10;
int justhour = hour();
usedminute = !(justhour >= 17 && justhour <= 21 && ((millis() - fiveminute) < 300000) && therewaspower) && (digitalRead(ussed_min));
if (invenable == 1 && !usedminute) {
digitalWrite(inverter_mos, LOW);
invertermos_state = 1;
timeexpired = 0;
} else {
timeexpired = 1;
}
// checkvol=0;
power1 = 0;
power2 = 0;
power3 = 0;
// digitalWrite(powersupplay_ac, LOW); // Set digital pin 2 HIGH
terminal.println("invstart");
cprevv = millis();
prevvolt = batteryvoltage;
terminal.println("inv setup");
}
void chargeroutine() {
}
void chargesetup() {
settt = 0;
digitalWrite(Ac2, HIGH);
terminal.println("ch setup");
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
}
void pwcn() {
if (digitalRead(ac_inn)) {
digitalWrite(inverter_ac, LOW);
Serial.println("inst1");
}
Serial.println("inst2");
}
void stopcharge() {
settt = 0;
// digitalWrite(powersupplay_ac, LOW); // Set digital pin 2 HIGH
power3 = 0;
}
void alloff() {
allon = 0;
}
BLYNK_WRITE(V20) // Executes when the value of virtual pin 0 changes
{
if (param.asInt() == 1)
{
allon = 1;
timerr.setTimeout(45000, alloff);
terminal.println(param.asInt());
terminal.flush();
} else
{
}
}
BLYNK_WRITE(V15) // Executes when the value of virtual pin 0 changes
{
if (param.asInt() == 1)
{
if (!digitalRead(ac_inn)) {
invertersetup();
terminal.println(param.asInt());
terminal.flush();
}
} else
{
}
}
BLYNK_WRITE(V17) // Executes when the value of virtual pin 0 changes
{
if (param.asInt() == 1)
{
terminal.println(param.asInt());
terminal.flush();
digitalWrite(inverter_mos, HIGH);
invertermos_state = 0;
timeexpired = 1;
} else
{
}
}
BLYNK_WRITE(V18) // Executes when the value of virtual pin 0 changes
{
timeauto = param.asInt();
terminal.println(param.asInt());
terminal.flush();
}
BLYNK_WRITE(V88) // Executes when the value of virtual pin 0 changes
{
safemode = param.asInt();
terminal.println(param.asInt());
terminal.flush();
}
//
//BLYNK_WRITE(V67) // Executes when the value of virtual pin 0 changes
//{
//
// daypeeks=param.asInt();
// terminal.println(param.asInt());
// terminal.flush();
//
//
//
//
//}
BLYNK_WRITE(V55) // Executes when the value of virtual pin 0 changes
{
invenable = param.asInt();
terminal.println(param.asInt());
terminal.flush();
}
BLYNK_WRITE(V19) // Executes when the value of virtual pin 0 changes
{
forceonn = param.asInt();
terminal.println(param.asInt());
terminal.flush();