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mGen.py
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mGen.py
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import os
import sys
import ssl
import time
import json
import board
import busio
import signal
import socket
import struct
import serial
import smtplib
import hashlib
import requests
import sqlite3
import RPi.GPIO as GPIO
from email import encoders
import paho.mqtt.client as mqtt
import paho.mqtt.publish as publish
from email.mime.text import MIMEText
from email.mime.base import MIMEBase
import adafruit_ads1x15.ads1015 as ADS
from adafruit_ads1x15.analog_in import AnalogIn
from email.mime.multipart import MIMEMultipart
SystemID = 13101
dataLasTI = 0
SysRunTimeStart = time.time()
SysRunTimeStop = time.time()
SPECTI = time.time()
SetCMDTi = 0
StartTi = 0
LastTi = 0
SocTI = 0
EndTi = 0
SetCMD = 0
RM = 40000000
BatFCC = 6000000
fuelConsume = 0
UpdateDate = 0
sysAuto = 0
sysOutPut = 0
OutputVol = 500
T1 = 250
T2 = 250
rpm = 0
FCset = 2
FCcon = 0
step = 0
PWM_FREQ = 25000 # PWM 頻率
t = time.time()
DeviceKey = '921f0bcd727783e6aa9363a534d65c66b7218671e988be31cf352470833c8a8f'
#-------------------------------------------------------------
#-----------------GPIO Setting--------------------------------
FuelPumControl = 17 # 3.3V DO
PowerRelayControl = 27 # 3.3V DO
BatDry = 22 # 3.3V DI
Leak = 23 # 3.3V DI
TACH = 24 # Fan's tachometer output pin # ??DI
OverFolwDry = 25 # 3.3V DI
FAN_PIN = 18 # PWM 控制腳位，設定成你想接的位置即可，注意是 BCM 編號 # PWM
GPIO.setmode(GPIO.BCM)
GPIO.setwarnings(False)
GPIO.setup(TACH, GPIO.IN, pull_up_down=GPIO.PUD_UP) # Pull up to 3.3V
GPIO.setup(FAN_PIN, GPIO.OUT, initial=GPIO.LOW)
GPIO.setup(Leak, GPIO.IN, pull_up_down=GPIO.PUD_DOWN)# pull_up_down=GPIO.PUD_UP)
GPIO.setup(OverFolwDry, GPIO.IN, pull_up_down=GPIO.PUD_DOWN)
GPIO.setup(BatDry, GPIO.IN, pull_up_down=GPIO.PUD_DOWN)
GPIO.setup(FuelPumControl, GPIO.OUT, initial=GPIO.HIGH)
GPIO.setup(PowerRelayControl, GPIO.OUT, initial=GPIO.LOW)
fan = GPIO.PWM(FAN_PIN,PWM_FREQ)
#--------------------------------------------------------------
PV1V = 0
PV1A = 0
PV2V = 0
PV2A = 0
PVT = 0
#-----------------http Config----------------------------------
url = 'http://upraw.hipower.ltd:9999/recv?v=1'
#-----------------i2c Config----------------------------------
i2c = busio.I2C(board.SCL, board.SDA)
ads = ADS.ADS1015(i2c)
fuelLevel = AnalogIn(ads, ADS.P0)
#---------------------------------------------------------------
#-----------------SerialPort Command---------------------------
Loadmeter_Vol = [0x04, 0x03,0x00,0x04,0x00,0x02,0x85,0x9F]
Loadmeter_Cur = [0x04, 0x03,0x00,0x05,0x00,0x02,0xD4,0x5F]
Loadmeter_Wat= [0x04, 0x03,0x00,0x02,0x00,0x02,0x65,0x9E]
Batmeter_Cur = [0x05,0x03,0x00,0x05,0x00,0x02,0xD5,0x8E]
Batmeter_Wat = [0x05,0x03,0x00,0x00,0x00,0x08,0x0C,0x44]
Temperature = [0x02,0x03,0x00,0x02,0x00,0x04,0xE5,0xFA]
PV = [0x03,0x03,0x00,0x00,0x00,0x06,0xC4,0x2A]
#-----------------SerialPort Config for mGen PCB---------------------------
ser = serial.Serial()
ser.port = "/dev/ttyUSB0"
ser.baudrate = 9600
ser.bytesize = serial.EIGHTBITS
ser.parity = serial.PARITY_NONE
ser.stopbits = serial.STOPBITS_ONE
ser.timeout = 0.1
ser.writeTimeout = 0.1
ser.xonxoff = False
ser.rtscts = False
ser.dsrdtr = False
ser.open()
#-------------------------------------------------------------------
def FANcontrol(speed):
fan.start(speed)
return
def handleFANspeed(): #風速控制
ser.write(Temperature)
time.sleep(0.1)
buf = ser.read(15)
for i in range(len(buf)):
break
T1 = (buf[4] + (buf[3] << 8))*0.1
if (T1 > 50000):
T1 = 25
#print(T1)
T2 = (buf[6] + (buf[5] << 8))*0.1
if (T2 > 50000):
T2 = 25
#print(T2)
T3 = buf[8] + ((buf[7] << 8))*0.1
if (T3 > 50000):
T3 = 25
#print(T3)
T4 = buf[10] + ((buf[9] << 8))*0.1
if (T4 > 50000):
T4 = 25
#print(T4)
if T4 < 30:
FANcontrol(10)
elif T4 > 60:
FANcontrol(50)
#else:
# step = (80-10)/(60-30)
# T4 -= 20
# FANcontrol(10 + (round(T4) * step))
return()
def internet_on():
try: #若Internet 可以上網，則執行此
socket.setdefaulttimeout(5)
host = socket.gethostbyname("www.google.com")
s = socket.create_connection((host, 80), 2)
s.close()
return True
except Exception as e: #若Internet 無法上網，則執行此
time.sleep(10)
print('Internet error')
return False
def hash_string(string):
return hashlib.sha256(string.encode('utf-8')).hexdigest()
def on_connect(client,userdata,flags,rc):
if rc == 0:
print('connected OK')
client.subscribe('hiPowerMQTT/remoteCtrl/M101/cmd')
else:
print('Bad connection returned code=',rc)
def on_message(client,userdata,msg):
MQTTcmd = msg.payload
print(MQTTcmd)
global UpdateDate,RemoteCmd,Value,sysuAuto,sysOutPut
global Module1_Request_start,Module1_Request_stop,Module1_Request_reset,module1_CurSet,Module1_Enable,module1_State
#global Module2_Request_start,Module2_Request_stop,Module2_Request_reset,module2_CurSet,Module2_Enable,module2_State
global Module3_Request_start,Module3_Request_stop,Module3_Request_reset,module3_CurSet,Module3_Enable,module3_State
data = json.loads(MQTTcmd)
mqttCID = data['mqttCID']
msg = data['msg']
RemoteCmd = msg[0:msg.find('|')].strip('|')
CMDstr = msg[msg.find('|'):len(msg)].strip('|')
FCcont = int(CMDstr[0:CMDstr.find(':')].strip(':'))
RemoteValue = CMDstr[CMDstr.find(':'):CMDstr.find('|')].strip(':')
Value = '%s:%s'%(FCcont,RemoteValue)
SHA256come = CMDstr[CMDstr.find('|'):len(CMDstr)].strip('|')
ti = data['ti']
SHA256Cal = '%s|%s|%s|%s|%s'%('M101',DeviceKey,ti,RemoteCmd,Value)
if (SHA256come == hash_string(SHA256Cal)):
RemoteCMD = 1
# Manual control on website
if (RemoteCMD == 1):
print("Hi")
print(RemoteCmd)
print(FCcont)
print(RemoteValue)
if(RemoteCmd == 'FC_Control_Current_'):
if(FCcont == 1):
module1_CurSet = int(RemoteValue)
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
print("FCcont=1-1")
RemoteCMD = 0
"""
elif(FCcont == 2):
module2_CurSet = int(RemoteValue)
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
RemoteCMD = 0
"""
elif(FCcont == 3):
module3_CurSet = int(RemoteValue)
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
print("FCcont=1-3")
RemoteCMD = 0
elif(RemoteCmd == 'FC_Control_Start_'):
if(FCcont == 1):
if (RemoteValue == '3'):
Module1_Request_start = '01'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
print("FCcont=2-1")
RemoteCMD = 0
"""
elif(FCcont == 2):
if (RemoteValue == '3'):
Module2_Request_start = '01'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
RemoteCMD = 0
"""
elif(FCcont == 3):
if (RemoteValue == '3'):
Module3_Request_start = '01'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
print("FCcont=2-3")
RemoteCMD = 0
elif(RemoteCmd == 'FC_Control_Stop_'):
if(FCcont == 1):
if (RemoteValue == '3'):
Module1_Request_stop = '01'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
print("FCcont=3-1")
RemoteCMD = 0
"""
elif(FCcont == 2):
if (RemoteValue == '3'):
Module2_Request_stop = '01'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
RemoteCMD = 0
"""
elif(FCcont == 3):
if (RemoteValue == '3'):
Module3_Request_stop = '01'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
print("FCcont=3-3")
RemoteCMD = 0
elif(RemoteCmd == 'FC_Control_Reset_'):
if(FCcont == 1):
if (RemoteValue == '3'):
Module1_Request_reset = '01'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
print("FCcont=4-1")
RemoteCMD = 0
"""
elif(FCcont == 2):
if (RemoteValue == '3'):
Module2_Request_reset = '01'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
RemoteCMD = 0
"""
elif(FCcont == 3):
if (RemoteValue == '3'):
Module3_Request_reset = '01'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
print("FCcont=4-3")
RemoteCMD = 0
elif(RemoteCmd == 'FC_Control_Enable_'):
if(FCcont == 1):
if (RemoteValue == '2'):
Module1_Enable = '01'
elif(RemoteValue == '1'):
Module1_Enable = '00'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
print("FCcont=5-1")
RemoteCMD = 0
"""
elif(FCcont == 2):
if (RemoteValue == '2'):
Module2_Enable = '01'
elif(RemoteValue == '1'):
Module2_Enable = '00'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
RemoteCMD = 0
"""
elif(FCcont == 3):
if (RemoteValue == '2'):
Module3_Enable = '01'
elif(RemoteValue == '1'):
Module3_Enable = '00'
time.sleep(1.5)
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
UpdateDate = 1
print("FCcont=5-3")
RemoteCMD = 0
elif(RemoteCmd == 'SYS_Control_Power_'):
if(FCcont == 0):
sysuAuto = FCcont
sysOutPut = RemoteValue
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
time.sleep(1.5)
UpdateDate = 1
print("FCcont=6-1")
RemoteCMD = 0
elif(FCcont == 1):
sysuAuto = FCcont
sysOutPut = RemoteValue
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('1','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
time.sleep(1.5)
UpdateDate = 1
print("FCcont=6-3")
RemoteCMD = 0
else:
client.publish('hiPowerMQTT/remoteCtrl/M101/devFB',payload=json.dumps({'mqttCID':'M101_remotemqtt','msg':'%s|%s|%s|%s|%s'%('4','',ti,RemoteCmd,Value),'ti':int(inTI * 1000),
'rcFrom':mqttCID}))
#-----------------MQTT Config---------------------------------
broker = 'upraw.hipower.ltd'
client = mqtt.Client('mqtt_M101')
client.username_pw_set(username='hipowermqtt',password='hihi1234')
client.tls_set(ca_certs="/etc/ssl/certs/ca-certificates.crt")
client.on_connect=on_connect
client.on_message=on_message
print('Connecting to broker',broker)
client.connect(broker,8883)
client.loop_start()
inTI = time.time()
# Temp = Cursor.fetchone()
# RM = Temp[1]
# print(RM)
# SysRunTime = Temp[2]
# print(SysRunTime)
while (internet_on):
inTI = time.time()
if ( inTI - LastTi >= 10):
inTI = time.time()
try:
#ser.write(Arduino)
#buf = ser.read(32)
#print(buf)
#for i in range(len(buf)):
# break
#Arduino = buf[4] + (buf[3] << 8)
#print(Arduino)
ser.write(Loadmeter_Vol)
buf = ser.read(10)
#print(buf)
for i in range(len(buf)):
break
OutPutVol = buf[4] + (buf[3] << 8)
#print(OutPutVol)
ser.write(Loadmeter_Cur)
buf = ser.read(10)
#print(buf)
for i in range(len(buf)):
break
OutPutCur = (buf[4] + (buf[3] << 8))
if (OutPutCur > 10000):
OutPutCur = (OutPutCur-65536)
OutPutCur = OutPutCur
#print(OutPutCur)
ser.write(Loadmeter_Wat)
buf = ser.read(10)
for i in range(len(buf)):
break
OutPutWat = buf[6] + (buf[5] << 8)
if (OutPutWat > 24000):
OutPutWat = OutPutWat-65536
#print(OutPutWat)
except:
print('Meter Error')
try:
ser.write(Temperature)
time.sleep(0.3)
buf = ser.read(15)
#print(buf)
for i in range(len(buf)):
break
T1 = int(buf[4] + (buf[3] << 8))
if (T1 > 50000):
T1 = 250
#print(T1)
T2 = int(buf[6] + (buf[5] << 8))
if (T2 > 50000):
T2 = 250
#print(T2)
T3 = int(buf[8] + (buf[7] << 8))
if (T3 > 50000):
T3 = 250
#print(T3)
T4 = int(buf[10] + (buf[9] << 8))
if (T4 > 50000):
T4 = 250
#print(T4)
except:
T1 = 0
T2 = 0
T3 = 0
T4 = 0
#print('Temperature error')
try:
ser.write(PV)
time.sleep(0.3)
buf = ser.read(17)
#print(buf)
for i in range(len(buf)):
break
PV1V = int(buf[4] + (buf[3] << 8))
#print(PV1V)
PV1A = float(buf[6] + (buf[5] << 8))*0.1
#print(PV1A)
PV2V = int(buf[8] + (buf[7] << 8))
#print(PV2V)
PV2A = float(buf[10] + (buf[9] << 8))*0.1
#print(PV2A)
PVT = int(buf[12] + (buf[11] << 8))
#print(PVT)
except:
PV1V = 0
PV1A = 0
PV2V = 0
PV2A = 0
PVT = 0
print('PV error')
if (inTI - SocTI >= 1):
ser.write(Batmeter_Cur)
buf = ser.read(10)
#print(buf)
for i in range(len(buf)):
break
BatCur = int(buf[4] + (buf[3] << 8))
if (BatCur > 50000):
BatCurSoc = BatCur-65536
else:
BatCurSoc = BatCur
#print(BatCurSoc)
if (OutPutVol >= 3297):
if (BatCurSoc < 10):
RM = 5994000
#print(int(SOC))
RM = int(RM + BatCurSoc)
SOC = (RM/BatFCC) * 100
SocTI = time.time()
if (SOC >= 99.9):
SOC = 99.9
RM = 5994000
BAT1 = round((float(OutPutVol/12)*0.1+0.54),2)
BAT2 = round((float(OutPutVol/12)*0.1+0.32),2)
BAT3 = round((float(OutPutVol/12)*0.1+0.23),2)
BAT4 = round((float(OutPutVol/12)*0.1+0.45),2)
BAT5 = round((float(OutPutVol/12)*0.1-0.54),2)
BAT6 = round((float(OutPutVol/12)*0.1-0.32),2)
BAT7 = round((float(OutPutVol/12)*0.1-0.23),2)
BAT8 = round((float(OutPutVol/12)*0.1-0.45),2)
BAT9 = round((float(OutPutVol/12)*0.1+0.32),2)
BAT10 = round((float(OutPutVol/12)*0.1-0.32),2)
BAT11 = round((float(OutPutVol/12)*0.1+0.11),2)
BAT12 = round((float(OutPutVol/12)*0.1-0.11),2)
#------------------H35K Server-------------------------------------------------------
from h35kModule import h35kModule_client, h35kModule_server
import tangramModbus
#------Module Setting--------------------
h35k_001 = h35kModule_client(id='h35k_1680', ip='192.168.10.201', mac_addr='70:b3:d5:7b:84:cb')
h35k_002 = h35kModule_client(id='h35k_1137', ip='192.168.10.200', mac_addr='70:b3:d5:7b:84:cb')
h35k_003 = h35kModule_client(id='h35k_1681', ip='192.168.10.202', mac_addr='70:b3:d5:7b:84:cb')
h35k_server = h35kModule_server([h35k_001, h35k_002, h35k_003])
#-----------------------------------------
# Create and start the thread to read Modbus messages
# tangramModbus_thread = threading.Thread(target=tangramModbus.handle_modbus_message, args=())
# tangramModbus_thread.start()
h35k_server.start_client_threads()
#----------------------------------------------------------------------------------------
ModuleState = str(module1_State) +str(0) + str(0)
ModuleTotalOutPut = module1_OutPutPower + module2_OutPutPower + module3_OutPutPower
#print(ModuleTotalOutPut)
TotalkW = module1_TotalWattHour + module2_TotalWattHour + module3_TotalWattHour
#print(fuelLevel.voltage)
FuelLevel = ((fuelLevel.voltage-3.44)/(1.48-3.44))*100# 0.83
#if (FuelLevel <= 30):
# print('Low Fuel')
#GPIO.output(PowerRelayControl, GPIO.HIGH)
#elif(FuelLevel >= 100):
# print('High Fuel')
#GPIO.output(PowerRelayControl, GPIO.LOW)
if (FuelLevel <= 0):
FuelLevel = 0
elif (FuelLevel >= 100):
FuelLevel = 100
SystemHealth = (((OutPutVol - 2950)/(3250-2950)) * 90) + (FuelLevel * 0.1)
if (SystemHealth <= 0):
SystemHealth = 0
elif (SystemHealth >= 100):
SystemHealth = 100
#print(SystemHealth)
Overflow = '0'#GPIO.input(OverFolwDry)
#if (Overflow == 0):
# Overflow = 1
#elif(Overflow == 1):
# Overflow = 0
leaksensor1 = '0'#GPIO.input(Leak)
#if (leaksensor1 == 0):
# leaksensor1 = 1
#elif(leaksensor1 == 1):
# leaksensor1 = 0
leaksensor2 = '0'
leaksensor = '%s%s'%(leaksensor1,leaksensor2)
SystemAlert ='%s%s%s%s'%('0','0','0',Overflow)
if (module1_State == 3 or module1_State == 4 or module1_State == 5 or module1_State == 6 or module1_State == 2 or module1_State == 9 or
module2_State == 3 or module2_State == 4 or module2_State == 5 or module2_State == 6 or module2_State == 2 or module2_State == 9 or
module3_State == 3 or module3_State == 4 or module3_State == 5 or module3_State == 6 or module3_State == 2 or module3_State == 9 ):
GPIO.output(FuelPumControl, GPIO.HIGH)
SysRunTimeStart = time.time()
if (SysRunTimeStart - SysRunTimeStop >= 3600):
SysRunTime = SysRunTime + 1
SysRunTimeStop = time.time()
# else:
# GPIO.output(FuelPumControl, GPIO.LOW)
fuelConsume = ((module1_effic * module1_OutPutPower) * 0.9) + ((module3_effic * module3_OutPutPower) * 0.9) + ((module2_effic * module2_OutPutPower) * 0.9)
fuelConsume = fuelConsume * 0.1
#print(fuelConsume)
#if (module1_State == 8 or module2_State == 8 or leaksensor1 >= 1 or OutPutVol <= 2950 or T1 > 700 or T2 > 500 or FuelLevel <=0):# or module3_State == 8):
#if (inTI - SendGmailTi >= 7200):
#ModuleErrorSendGmail()
#SendGmailTi = time.time()
if (sysAuto == 1):
print("Hello")
if (inTI - SetCMDTi >= 1):
if (abs(ModuleTotalOutPut - sysOutPut) <= 50):
module1_CurSet = module1_CurSet
module2_CurSet = module2_CurSet
module3_CurSet = module3_CurSet
elif (ModuleTotalOutPut <= sysOutPut):
module1_CurSet = module1_CurSet + 1
module2_CurSet = module2_CurSet + 1
module3_CurSet = module3_CurSet + 1
SetCMDTi = time.time()
elif(ModuleTotalOutPut <= sysOutPut):
module1_CurSet = module1_CurSet - 1
module2_CurSet = module2_CurSet - 1
module3_CurSet = module3_CurSet - 1
SetCMDTi = time.time()
#OutPutWat1 = 11000
if (inTI - SPECTI >= 9):
if (OutPutWat > 6000):
try:
print("I am here! OutPutWat > 6000")
dataupload = {
'inTI':int(inTI),
'A0100':SystemID,
'A0101':int(SystemHealth),
'A0201':OutPutWat,
'A0300':ModuleState,
'A0700':OutPutVol,
'A0800':T1,
'A0801':T2,
'A0802':T3,
'A0803':T4,
'A0900':TotalkW,
'FC1V':module1_StackVol,
'A1001':fuelConsume,
'FC1A':module1_StackCur,
'FC1T':module1_StackTemp,
'FC1P':module1_StackCoolantPre,
'FC2V':module2_StackVol,
'FC2A':module2_StackCur,
'FC2T':module2_StackTemp,
'FC2P':module2_StackCoolantPre,
'FC1AC':module1_TotalWattHour,
'FC1OA':module1_OutPutCur,
'SYSPCTRL':'%s:%s'%(sysAuto,sysOutPut),
'A0200':sysOutPut,
'FC1TI':module1_TotalOperHour,
'FC2AC':module2_TotalWattHour,
'FC2TI':module2_TotalOperHour,
'PV1V':PV1V,
'PV1A':PV1A,
'PV2V':PV2V,
'PV2A':PV2A,
'PVT':PVT,
'PVC':2,
'FC3TI':module3_TotalOperHour,
'FC3OA':module3_OutPutCur,
'FC3OW':module3_OutPutPower,
'FC3SC':module3_TotalCycleHour,
'FC3V':module3_StackVol,
'FC3AC':module3_TotalWattHour,
'FC3A':module3_StackCur,
'FC3T':module3_StackTemp,
'FC3P':module3_StackCoolantPre,
'FC2OA':module2_OutPutCur,
'FC1OW':module1_OutPutPower,
'FC2OW':module2_OutPutPower,
'FC1SC':module1_TotalCycleHour,
'FC2SC':module2_TotalCycleHour,
'FCC':3,'TA':OutPutCur,
'FCTW':ModuleTotalOutPut,
'A1000':int(FuelLevel),
'BATC':0,
'A0600':SystemAlert,
'A0400':str(0),
'A0500':leaksensor,
'BATCC':BatCur,
'SOC':SOC,
'A0804':250,
'A0805':250,
'A0806':250,
'A0807':250,
'FC1H':module1,
'FC2H':module2,
'SPEC':'%s|%s:%s'%('A0201','-5000','6000'),
'lastTI':int(dataLasTI),
'sysRT':SysRunTime,
'FC1CTRL':'%s|%s'%(module1_Enable,module1_CurSet),
'FC2CTRL':'%s|%s'%(module2_Enable,module2_CurSet),
'FC3H':module3,
'FC3CTRL':'%s|%s'%(module3_Enable,module3_CurSet)
}
upload = requests.post(url,json = dataupload)
UpdateDate = 0
SPECTI = time.time()
print((time.strftime('%Y-%m-%d %H:%M:%S',time.localtime()),upload.text))
#print(int(SOC))
#print(dataupload)
#print(OutPutVol)
except:
print('OutPutWat Upload ERROR')
if (OutPutVol > 3350 or OutPutVol < 2950):
print("I am here! OutPutVol > 3350 or OutPutVol < 2950")
try:
dataupload = {
'inTI':int(inTI),
'A0100':SystemID,
'A0101':int(SystemHealth),
'A0201':OutPutWat,
'A0300':ModuleState,
'A0700':OutPutVol,
'A0800':T1,
'A0801':T2,
'A0802':T3,
'A0803':T4,
'A0900':TotalkW,
'FC1V':module1_StackVol,
'A1001':fuelConsume,
'FC1A':module1_StackCur,
'FC1T':module1_StackTemp,
'FC1P':module1_StackCoolantPre,
'FC2V':module2_StackVol,
'FC2A':module2_StackCur,
'FC2T':module2_StackTemp,
'FC2P':module2_StackCoolantPre,
'FC1AC':module1_TotalWattHour,
'FC1OA':module1_OutPutCur,
'SYSPCTRL':'%s:%s'%(sysAuto,sysOutPut),
'A0200':sysOutPut,
'FC1TI':module1_TotalOperHour,
'FC2AC':module2_TotalWattHour,
'FC2TI':module2_TotalOperHour,
'PV1V':PV1V,
'PV1A':PV1A,
'PV2V':PV2V,
'PV2A':PV2A,
'PVT':PVT,
'PVC':2,
'FC3TI':module3_TotalOperHour,
'FC3OA':module3_OutPutCur,
'FC3OW':module3_OutPutPower,
'FC3SC':module3_TotalCycleHour,
'FC3V':module3_StackVol,
'FC3AC':module3_TotalWattHour,
'FC3A':module3_StackCur,
'FC3T':module3_StackTemp,
'FC3P':module3_StackCoolantPre,
'FC2OA':module2_OutPutCur,
'FC1OW':module1_OutPutPower,
'FC2OW':module2_OutPutPower,
'FC1SC':module1_TotalCycleHour,
'FC2SC':module2_TotalCycleHour,
'FCC':3,'TA':OutPutCur,
'FCTW':ModuleTotalOutPut,
'A1000':int(FuelLevel),
'BATC':0,
'A0600':SystemAlert,
'A0400':str(0),
'A0500':leaksensor,
'BATCC':BatCur,
'SOC':SOC,
'A0804':250,
'A0805':250,
'A0806':250,
'A0807':250,
'FC1H':module1,
'FC2H':module2,
'SPEC':'%s|%s:%s'%('A0201','-5000','6000'),
'lastTI':int(dataLasTI),
'sysRT':SysRunTime,
'FC1CTRL':'%s|%s'%(module1_Enable,module1_CurSet),
'FC2CTRL':'%s|%s'%(module2_Enable,module2_CurSet),
'FC3H':module3,
'FC3CTRL':'%s|%s'%(module3_Enable,module3_CurSet)
}
upload = requests.post(url,json = dataupload)
UpdateDate = 0
SPECTI = time.time()
print((time.strftime('%Y-%m-%d %H:%M:%S',time.localtime()),upload.text))
#print(int(SOC))
#print(dataupload)
#print(OutPutVol)
except:
print('OutPutVol Upload ERROR')
if (T4 > 700):
print("I am here! T4 > 700")
try:
dataupload = {
'inTI':int(inTI),
'A0100':SystemID,
'A0101':int(SystemHealth),
'A0201':OutPutWat,
'A0300':ModuleState,
'A0700':OutPutVol,
'A0800':T1,
'A0801':T2,
'A0802':T3,
'A0803':T4,
'A0900':TotalkW,
'FC1V':module1_StackVol,
'A1001':fuelConsume,
'FC1A':module1_StackCur,
'FC1T':module1_StackTemp,
'FC1P':module1_StackCoolantPre,
'FC2V':module2_StackVol,
'FC2A':module2_StackCur,
'FC2T':module2_StackTemp,
'FC2P':module2_StackCoolantPre,
'FC1AC':module1_TotalWattHour,
'FC1OA':module1_OutPutCur,
'SYSPCTRL':'%s:%s'%(sysAuto,sysOutPut),
'A0200':sysOutPut,
'FC1TI':module1_TotalOperHour,
'FC2AC':module2_TotalWattHour,
'FC2TI':module2_TotalOperHour,
'PV1V':PV1V,
'PV1A':PV1A,
'PV2V':PV2V,
'PV2A':PV2A,
'PVT':PVT,
'PVC':2,
'FC3TI':module3_TotalOperHour,
'FC3OA':module3_OutPutCur,
'FC3OW':module3_OutPutPower,
'FC3SC':module3_TotalCycleHour,
'FC3V':module3_StackVol,
'FC3AC':module3_TotalWattHour,
'FC3A':module3_StackCur,
'FC3T':module3_StackTemp,
'FC3P':module3_StackCoolantPre,
'FC2OA':module2_OutPutCur,
'FC1OW':module1_OutPutPower,
'FC2OW':module2_OutPutPower,
'FC1SC':module1_TotalCycleHour,
'FC2SC':module2_TotalCycleHour,
'FCC':3,'TA':OutPutCur,
'FCTW':ModuleTotalOutPut,
'A1000':int(FuelLevel),
'BATC':0,
'A0600':SystemAlert,
'A0400':str(0),
'A0500':leaksensor,
'BATCC':BatCur,
'SOC':SOC,
'A0804':250,
'A0805':250,
'A0806':250,
'A0807':250,
'FC1H':module1,
'FC2H':module2,
'SPEC':'%s|%s:%s'%('A0201','-5000','6000'),
'lastTI':int(dataLasTI),
'sysRT':SysRunTime,
'FC1CTRL':'%s|%s'%(module1_Enable,module1_CurSet),
'FC2CTRL':'%s|%s'%(module2_Enable,module2_CurSet),
'FC3H':module3,
'FC3CTRL':'%s|%s'%(module3_Enable,module3_CurSet)
}
upload = requests.post(url,json = dataupload)
UpdateDate = 0
SPECTI = time.time()
print((time.strftime('%Y-%m-%d %H:%M:%S',time.localtime()),upload.text))
#print(int(SOC))
#print(dataupload)
#print(OutPutVol)
except:
print('Temperature Upload ERROR')
if (FuelLevel < 20 or FuelLevel > 100):
print("I am here! FuelLevel < 20 or FuelLevel > 100")
try:
dataupload = {
'inTI':int(inTI),
'A0100':SystemID,
'A0101':int(SystemHealth),
'A0201':OutPutWat,
'A0300':ModuleState,
'A0700':OutPutVol,
'A0800':T1,
'A0801':T2,
'A0802':T3,
'A0803':T4,
'A0900':TotalkW,
'FC1V':module1_StackVol,
'A1001':fuelConsume,
'FC1A':module1_StackCur,
'FC1T':module1_StackTemp,
'FC1P':module1_StackCoolantPre,
'FC2V':module2_StackVol,
'FC2A':module2_StackCur,
'FC2T':module2_StackTemp,
'FC2P':module2_StackCoolantPre,
'FC1AC':module1_TotalWattHour,
'FC1OA':module1_OutPutCur,
'SYSPCTRL':'%s:%s'%(sysAuto,sysOutPut),
'A0200':sysOutPut,
'FC1TI':module1_TotalOperHour,
'FC2AC':module2_TotalWattHour,
'FC2TI':module2_TotalOperHour,
'PV1V':PV1V,
'PV1A':PV1A,
'PV2V':PV2V,
'PV2A':PV2A,
'PVT':PVT,
'PVC':2,
'FC3TI':module3_TotalOperHour,
'FC3OA':module3_OutPutCur,
'FC3OW':module3_OutPutPower,
'FC3SC':module3_TotalCycleHour,
'FC3V':module3_StackVol,
'FC3AC':module3_TotalWattHour,
'FC3A':module3_StackCur,
'FC3T':module3_StackTemp,
'FC3P':module3_StackCoolantPre,
'FC2OA':module2_OutPutCur,
'FC1OW':module1_OutPutPower,
'FC2OW':module2_OutPutPower,
'FC1SC':module1_TotalCycleHour,
'FC2SC':module2_TotalCycleHour,
'FCC':3,'TA':OutPutCur,
'FCTW':ModuleTotalOutPut,
'A1000':int(FuelLevel),
'BATC':0,
'A0600':SystemAlert,
'A0400':str(0),
'A0500':leaksensor,
'BATCC':BatCur,
'SOC':SOC,
'A0804':250,
'A0805':250,
'A0806':250,
'A0807':250,
'FC1H':module1,
'FC2H':module2,
'SPEC':'%s|%s:%s'%('A0201','-5000','6000'),
'lastTI':int(dataLasTI),
'sysRT':SysRunTime,
'FC1CTRL':'%s|%s'%(module1_Enable,module1_CurSet),
'FC2CTRL':'%s|%s'%(module2_Enable,module2_CurSet),
'FC3H':module3,
'FC3CTRL':'%s|%s'%(module3_Enable,module3_CurSet)
}
upload = requests.post(url,json = dataupload)
UpdateDate = 0
SPECTI = time.time()
print((time.strftime('%Y-%m-%d %H:%M:%S',time.localtime()),upload.text))
#print(int(SOC))
#print(dataupload)
#print(OutPutVol)
except:
print('FuelLevel Upload ERROR')
if (Overflow == 1):
print("I am here! Overflow == 1")
try:
dataupload = {
'inTI':int(inTI),
'A0100':SystemID,
'A0101':int(SystemHealth),
'A0201':OutPutWat,
'A0300':ModuleState,
'A0700':OutPutVol,
'A0800':T1,
'A0801':T2,
'A0802':T3,
'A0803':T4,
'A0900':TotalkW,
'FC1V':module1_StackVol,
'A1001':fuelConsume,
'FC1A':module1_StackCur,
'FC1T':module1_StackTemp,
'FC1P':module1_StackCoolantPre,
'FC2V':module2_StackVol,
'FC2A':module2_StackCur,
'FC2T':module2_StackTemp,
'FC2P':module2_StackCoolantPre,
'FC1AC':module1_TotalWattHour,
'FC1OA':module1_OutPutCur,
'SYSPCTRL':'%s:%s'%(sysAuto,sysOutPut),
'A0200':sysOutPut,
'FC1TI':module1_TotalOperHour,
'FC2AC':module2_TotalWattHour,
'FC2TI':module2_TotalOperHour,
'PV1V':PV1V,
'PV1A':PV1A,
'PV2V':PV2V,
'PV2A':PV2A,
'PVT':PVT,
'PVC':2,
'FC3TI':module3_TotalOperHour,
'FC3OA':module3_OutPutCur,
'FC3OW':module3_OutPutPower,
'FC3SC':module3_TotalCycleHour,
'FC3V':module3_StackVol,
'FC3AC':module3_TotalWattHour,
'FC3A':module3_StackCur,
'FC3T':module3_StackTemp,
'FC3P':module3_StackCoolantPre,
'FC2OA':module2_OutPutCur,
'FC1OW':module1_OutPutPower,
'FC2OW':module2_OutPutPower,
'FC1SC':module1_TotalCycleHour,
'FC2SC':module2_TotalCycleHour,
'FCC':3,'TA':OutPutCur,
'FCTW':ModuleTotalOutPut,
'A1000':int(FuelLevel),
'BATC':0,
'A0600':SystemAlert,
'A0400':str(0),
'A0500':leaksensor,
'BATCC':BatCur,
'SOC':SOC,
'A0804':250,
'A0805':250,
'A0806':250,
'A0807':250,
'FC1H':module1,
'FC2H':module2,