def update_battery_data(efficiency, timeInterval, chargeSpecs, dischargeSpecs,
energySpecs, initialEnergy, selfDischargeRate):
supply = SupplySide()
data = supply.updateBatteryData(efficiency, timeInterval, chargeSpecs,
dischargeSpecs, energySpecs, initialEnergy,
selfDischargeRate)
return json.dumps(data)
def addPV(area, emax, angle, location):
supply = SupplySide()
solar_energy = pv((int)(area), (int)(emax), (int)(angle), location)
data = supply.addPV(solar_energy)
if (data == 101):
return {"success": True}
return {"success": False}
def addWind(ra, location):
supply = SupplySide()
wind_energy = wind((int)(ra), location)
data = supply.addWind(wind_energy)
if (data == 101):
return {"success": True}
return {"success": False}
def addBattery(efficiency, timeInterval, chargeSpecs, dischargeSpecs,
energySpecs, initialEnergy, selfDischargeRate):
supply = SupplySide()
battery = Battery((float)(efficiency), (int)(timeInterval),
(int)(chargeSpecs), (int)(dischargeSpecs),
(int)(energySpecs), (int)(initialEnergy),
(float)(selfDischargeRate))
data = supply.addBattery(battery)
if (data == 101):
return {"success": True}
return {"success": False}
def get_wind_current_energy():
supply = SupplySide()
data = supply.getCurrentWindEnergyGenerationData()
return str(data)
def supplySideInitialise():
supply = SupplySide()
if "wind" in request.forms:
windData = json.loads(request.forms.get('wind'))
for i in range(0, len(windData)):
wind_energy = wind((int)(windData[i]["ra"]), windData[i]["city"])
supply.addWind(wind_energy)
else:
wind_energy = wind(6, "Stuttgart")
supply.addWind(wind_energy)
if "pv" in request.forms:
pvData = json.loads(request.forms.get('pv', None))
for i in range(0, len(pvData)):
solar_energy = pv((int)(pvData[i]["area"]),
(int)(pvData[i]["emax"]),
(int)(pvData[i]["angle"]), pvData[i]["location"])
supply.addPV(solar_energy)
else:
solar_energy = pv(20, 75, 60, "Stuttgart")
supply.addPV(solar_energy)
if "battery" in request.forms:
batteryData = json.loads(request.forms.get('battery', None))
for i in range(0, len(batteryData)):
battery = Battery((float)(batteryData[i]["efficiency"]),
(int)(batteryData[i]["timeInterval"]),
(int)(batteryData[i]["chargeSpecs"]),
(int)(batteryData[i]["dischargeSpecs"]),
(int)(batteryData[i]["energySpecs"]),
(int)(batteryData[i]["initialEnergy"]),
(float)(batteryData[i]["selfDischargeRate"]))
supply.addBattery(battery)
else:
battery = Battery(0.55, 1, 10, 5, 400, 0, 0.2)
supply.addBattery(battery)
def get_history():
supply = SupplySide()
data = supply.getHistoricalEnergyData()
return json.dumps(data)
def update_battery_states(charge, state):
supply = SupplySide()
data = supply.updateBatteryStates(charge, state)
return json.dumps(data)
def update_battery_data(charge):
supply = SupplySide()
data = supply.updateBatteryCharge(charge)
return json.dumps(data)
def getSolarEnergyData():
supply = SupplySide()
pv_data = list(supply.getAllSolarEnergyData())
return json.dumps(pv_data[0:len(pv_data) - 1])
def get_total_forecast_energy():
supply = SupplySide()
data = supply.getForecastEnergyGenerationData()
return data
def get_pv_forecast_energy():
supply = SupplySide()
data = supply.getForecastSolarEnergyGenerationData()
return data
def get_wind_forecast_energy():
supply = SupplySide()
data = supply.getForecastWindEnergyGenerationData()
return data
def get_total_current_energy():
supply = SupplySide()
data = supply.getCurrentEnergyGenerationData()
return str(data)
def get_pv_current_energy():
supply = SupplySide()
data = supply.getCurrentSolarEnergyGenerationData()
return str(data)
def get_battery_data():
supply = SupplySide()
data = supply.getCurrentBatteryData()
return json.dumps(data)
def getWindEnergyData():
supply = SupplySide()
wind_data = list(supply.getAllWindEnergyData())
return json.dumps(wind_data[0:len(wind_data) - 1])