def measure():
#Time
temp['101_Time'] = time.ctime()
#Minutes
temp['102_Mins'] = round((time.time() - ref_time) / 60)
#Measure PD
response = client.read_input_registers(5003, 2, unit=1)
PD = int(response.registers[1])
temp['103_PD'] = PD
#Measure SOC
response = client.read_input_registers(5097, 2, unit=1)
SOC = dec_to_float32(response.registers[0], response.registers[1])
temp['104_SOC'] = SOC
#Yokogawa Power Analyzer
meter.write(':NUMeric:HOLD ON')
meter.write(':NUMeric:NORMal:ITEM1 P,1;ITEM2 P,2;')
#Measure Pac
Pac = float(meter.query(':NUMERIC:NORMAL:VALUE? 1'))
temp['105_Pac'] = Pac
#Measure Batt Pdc
Pdc = float(meter.query(':NUMERIC:NORMAL:VALUE? 2'))
temp['106_Pdc'] = Pdc
#Measure Misc
daq.write('MEAS:TEMP? %s,%s,(%s)' % ('TCouple', 'K', '@101'))
time.sleep(0.5)
temp['107_T1'] = float(daq.read())
daq.write('MEAS:TEMP? %s,%s,(%s)' % ('TCouple', 'K', '@102'))
time.sleep(0.5)
temp['108_T2'] = float(daq.read())
daq.write('MEAS:TEMP? %s,%s,(%s)' % ('TCouple', 'K', '@107'))
time.sleep(0.5)
temp['109_Ambient'] = float(daq.read())
response = client.read_input_registers(5093, 2, unit=1)
Int_Temp = dec_to_float32(response.registers[0], response.registers[1])
temp['110_Modbus_Int_Temp'] = Int_Temp
def measure():
#Time
temp['101_Time']=time.ctime()
#Minutes
#temp['102_Mins']=round((time.time()-ref_time)/60)
temp['102_Mins']=((time.time()-ref_time)/60)
#Measure State
response = client.read_input_registers(4999,2,unit=1)
State=int(response.registers[1])
temp['103_State'] = State
#Measure Permissive
response = client.read_input_registers(5001,2,unit=1)
Permissive = int(response.registers[1])
temp['104_Permissive'] = Permissive
#Measure Permissive_Data
response = client.read_input_registers(5003,2,unit=1)
Permissive_Data = int(response.registers[1])
temp['105_Permissive_Data'] = Permissive_Data
#Measure Inverter AC Voltage
response = client.read_input_registers(5013,2,unit=1)
Inv_AC_Voltage = dec_to_float32(response.registers[0], response.registers[1])
temp['106_Inv_AC_Voltage'] = Inv_AC_Voltage
#Measure Iac_Internal
response = client.read_input_registers(5089,2,unit=1)
Iac_Internal = dec_to_float32(response.registers[0], response.registers[1])
temp['107_Iac_Internal'] = Iac_Internal
#Measure Watts_Inverter
response = client.read_input_registers(5035,2,unit=1)
Watts_Inverter = dec_to_float32(response.registers[0], response.registers[1])
temp['108_Watts_Inverter'] = Watts_Inverter
#Measure Vac_Grid_L2L
response = client.read_input_registers(5015,2,unit=1)
Vac_Grid_L2L = dec_to_float32(response.registers[0], response.registers[1])
temp['109_Vac_Grid_L2L'] = Vac_Grid_L2L
#Measure Iac_External
response = client.read_input_registers(5021,2,unit=1)
Iac_External = dec_to_float32(response.registers[0], response.registers[1])
temp['110_Iac_Internal'] = Iac_External
#Measure AC_Watts_Grid
response = client.read_input_registers(5053,2,unit=1)
AC_Watts_Grid = dec_to_float32(response.registers[0], response.registers[1])
temp['111_AC_Watts_Grid'] = AC_Watts_Grid
#Measure Freq_Grid
response = client.read_input_registers(5009,2,unit=1)
Freq_Grid = dec_to_float32(response.registers[0], response.registers[1])
temp['112_Freq_Grid'] = Freq_Grid
#Measure Freq_Master
response = client.read_input_registers(5011,2,unit=1)
Freq_Master = dec_to_float32(response.registers[0], response.registers[1])
temp['113_Freq_Master'] = Freq_Master
#Measure Int_Vdc
response = client.read_input_registers(5005,2,unit=1)
Int_Vdc = dec_to_float32(response.registers[0], response.registers[1])
temp['114_Int_Vdc'] = Int_Vdc
#Measure Idc
response = client.read_input_registers(5007,2,unit=1)
Idc = dec_to_float32(response.registers[0], response.registers[1])
temp['115_Idc'] = Idc
#Measure Battery_Vdc
response = client.read_input_registers(5103,2,unit=1)
Battery_Vdc = dec_to_float32(response.registers[0], response.registers[1])
temp['116_Battery_Vdc'] = Battery_Vdc
#Measure Battery_Idc
response = client.read_input_registers(5105,2,unit=1)
Battery_Idc = dec_to_float32(response.registers[0], response.registers[1])
temp['117_Battery_Idc'] = Battery_Idc
#Measure SOC
response = client.read_input_registers(5097,2,unit=1)
SOC=dec_to_float32(response.registers[0], response.registers[1])
temp['118_SOC'] = SOC
#Measure Internal_Temp
response = client.read_input_registers(5093,2,unit=1)
Internal_Temp=dec_to_float32(response.registers[0], response.registers[1])
temp['119_Internal_Temp'] = Internal_Temp
#Measure Fault_Code
response = client.read_input_registers(5999,2,unit=1)
Fault_Code = int(response.registers[1])
temp['120_Fault_Code'] = Fault_Code
#Measure Permissive_Code
response = client.read_input_registers(6001,2,unit=1)
Permissive_Code = int(response.registers[1])
temp['121_Permissive_Code'] = Permissive_Code