262 lines
14 KiB
Python
262 lines
14 KiB
Python
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#!/usr/bin/python3
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import requests
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#from tabulate import tabulate
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import json
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import time
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import os
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from datetime import datetime
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from json import JSONEncoder
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from urllib3.exceptions import InsecureRequestWarning
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class ElectricalData:
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def __init__(self, data):
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self.production = [ProductionData(prod_data) for prod_data in data.get("production", [])]
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self.consumption = [ConsumptionData(cons_data) for cons_data in data.get("consumption", [])]
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self.storage = [StorageData(storage_data) for storage_data in data.get("storage", [])]
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def __str__(self):
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return f"Type: {self.type}, Active Count: {self.active_count}, Reading Time: {self.reading_time}, W Now: {self.w_now}, WH Lifetime: {self.wh_lifetime}"
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def to_json(self):
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return {
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"production": [prod.to_json() for prod in self.production],
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"consumption": [cons.to_json() for cons in self.consumption],
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"storage": [storage.to_json() for storage in self.storage]
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}
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class ProductionData:
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def __init__(self, prod_data):
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self.type = prod_data.get("type", "")
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self.active_count = prod_data.get("activeCount", 0)
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self.reading_time = prod_data.get("readingTime", 0)
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self.w_now = prod_data.get("wNow", 0)
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self.wh_lifetime = prod_data.get("whLifetime", 0)
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self.wh_today = prod_data.get("whToday",0)
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def __str__(self):
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production_str = "\n".join(str(prod) for prod in self.production)
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consumption_str = "\n".join(str(cons) for cons in self.consumption)
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storage_str = "\n".join(str(storage) for storage in self.storage)
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return f"Production:\n{production_str}\n\nConsumption:\n{consumption_str}\n\nStorage:\n{storage_str}"
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def to_json(self):
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return {
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"type": self.type,
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"active_count": self.active_count,
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"reading_time": self.reading_time,
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"w_now": self.w_now,
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"wh_lifetime": float(self.wh_lifetime), # Convert to float explicitly
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"wh_today": float(self.wh_today)
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}
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class ConsumptionData:
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def __init__(self, cons_data):
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self.type = cons_data.get("type", "")
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self.active_count = cons_data.get("activeCount", 0)
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self.measurement_type = cons_data.get("measurementType", "")
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self.reading_time = cons_data.get("readingTime", 0)
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self.w_now = cons_data.get("wNow", 0)
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self.wh_lifetime = cons_data.get("whLifetime", 0)
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self.varh_lead_lifetime = cons_data.get("varhLeadLifetime", 0)
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self.varh_lag_lifetime = cons_data.get("varhLagLifetime", 0)
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self.vah_lifetime = cons_data.get("vahLifetime", 0)
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self.rms_current = cons_data.get("rmsCurrent", 0)
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self.rms_voltage = cons_data.get("rmsVoltage", 0)
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self.react_pwr = cons_data.get("reactPwr", 0)
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self.apprnt_pwr = cons_data.get("apprntPwr", 0)
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self.pwr_factor = cons_data.get("pwrFactor", 0)
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self.wh_today = cons_data.get("whToday", 0)
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self.wh_last_seven_days = cons_data.get("whLastSevenDays", 0)
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self.vah_today = cons_data.get("vahToday", 0)
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self.varh_lead_today = cons_data.get("varhLeadToday", 0)
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self.varh_lag_today = cons_data.get("varhLagToday", 0)
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self.lines = [ElectricalLine(line_data) for line_data in cons_data.get("lines", [])]
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def __str__(self):
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lines_str = "\n".join(str(line) for line in self.lines)
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return f"Type: {self.type}, Active Count: {self.active_count}, Measurement Type: {self.measurement_type}, Reading Time: {self.reading_time}, W Now: {self.w_now}, WH Lifetime: {self.wh_lifetime}, Lines: {lines_str}"
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def to_json(self):
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return {
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"type": self.type,
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"active_count": self.active_count,
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"measurement_type": self.measurement_type,
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"reading_time": self.reading_time,
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"w_now": self.w_now,
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"wh_lifetime": self.wh_lifetime,
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"varh_lead_lifetime": self.varh_lead_lifetime,
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"varh_lag_lifetime": self.varh_lag_lifetime,
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"vah_lifetime": self.vah_lifetime,
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"rms_current": self.rms_current,
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"rms_voltage": self.rms_voltage,
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"react_pwr": self.react_pwr,
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"apprnt_pwr": self.apprnt_pwr,
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"pwr_factor": self.pwr_factor,
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"wh_today": self.wh_today,
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"wh_last_seven_days": self.wh_last_seven_days,
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"vah_today": self.vah_today,
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"varh_lead_today": self.varh_lead_today,
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"varh_lag_today": self.varh_lag_today,
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"lines": [line.to_json() for line in self.lines]
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}
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class StorageData:
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def __init__(self, storage_data):
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self.type = storage_data.get("type", "")
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self.active_count = storage_data.get("activeCount", 0)
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self.reading_time = storage_data.get("readingTime", 0)
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self.w_now = storage_data.get("wNow", 0)
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self.wh_now = storage_data.get("whNow", 0)
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self.state = storage_data.get("state", "")
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def __str__(self):
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return f"Type: {self.type}, Active Count: {self.active_count}, Reading Time: {self.reading_time}, W Now: {self.w_now}, WH Now: {self.wh_now}, State: {self.state}"
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def to_json(self):
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return {
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"type": self.type,
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"active_count": self.active_count,
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"reading_time": self.reading_time,
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"w_now": self.w_now,
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"wh_now": self.wh_now,
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"state": self.state
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}
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class ElectricalLine:
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def __init__(self, line_data):
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self.w_now = line_data.get("wNow", 0)
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self.wh_lifetime = line_data.get("whLifetime", 0)
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self.varh_lead_lifetime = line_data.get("varhLeadLifetime", 0)
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self.varh_lag_lifetime = line_data.get("varhLagLifetime", 0)
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self.vah_lifetime = line_data.get("vahLifetime", 0)
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self.rms_current = line_data.get("rmsCurrent", 0)
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self.rms_voltage = line_data.get("rmsVoltage", 0)
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self.react_pwr = line_data.get("reactPwr", 0)
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self.apprnt_pwr = line_data.get("apprntPwr", 0)
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self.pwr_factor = line_data.get("pwrFactor", 0)
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self.wh_today = line_data.get("whToday", 0)
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self.wh_last_seven_days = line_data.get("whLastSevenDays", 0)
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self.vah_today = line_data.get("vahToday", 0)
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self.varh_lead_today = line_data.get("varhLeadToday", 0)
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self.varh_lag_today = line_data.get("varhLagToday", 0)
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def __str__(self):
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return f"W Now: {self.w_now}, WH Lifetime: {self.wh_lifetime}, Varh Lead Lifetime: {self.varh_lead_lifetime}, Varh Lag Lifetime: {self.varh_lag_lifetime}, VAh Lifetime: {self.vah_lifetime}, RMS Current: {self.rms_current}, RMS Voltage: {self.rms_voltage}, React Power: {self.react_pwr}, Apparent Power: {self.apprnt_pwr}, Power Factor: {self.pwr_factor}, WH Today: {self.wh_today}, WH Last Seven Days: {self.wh_last_seven_days}, VAh Today: {self.vah_today}, Varh Lead Today: {self.varh_lead_today}, Varh Lag Today: {self.varh_lag_today}"
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def to_json(self):
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return {
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"w_now": self.w_now,
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"wh_lifetime": self.wh_lifetime,
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"varh_lead_lifetime": self.varh_lead_lifetime,
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"varh_lag_lifetime": self.varh_lag_lifetime,
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"vah_lifetime": self.vah_lifetime,
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"rms_current": self.rms_current,
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"rms_voltage": self.rms_voltage,
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"react_pwr": self.react_pwr,
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"apprnt_pwr": self.apprnt_pwr,
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"pwr_factor": self.pwr_factor,
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"wh_today": self.wh_today,
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"wh_last_seven_days": self.wh_last_seven_days,
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"vah_today": self.vah_today,
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"varh_lead_today": self.varh_lead_today,
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"varh_lag_today": self.varh_lag_today
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}
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class inverter():
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def __init__(self,serialnumber,lastreportdate,devtype,lastreportwatts,maxreportwatts):
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self.serialnumber=str(serialnumber)
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self.lastreportdate=int(lastreportdate)
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self.devtype=int(devtype)
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self.lastreportwatts=int(lastreportwatts)
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self.maxreportwatts=int(maxreportwatts)
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def print(self):
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print(self.serialnumber, self.lastreportdate, self.devtype, self.lastreportwatts, self.maxreportwatts)
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enphasetoken = os.environ["ENPHASE_TOKEN"]
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enphaseurl = os.environ["ENPHASE_URL"]
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infdbuser = os.environ["INFLUX_USER"]
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infdbpass = os.environ["INFLUX_PASSWORD"]
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influxuri = os.environ["INFLUX_URI"]
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infdbuser = os.environ["INFLUX_USER"]
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while True:
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inverterlist=[]
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session = requests.Session()
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session.verify = False
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session.headers.update({"Authorization":"Bearer "+enphasetoken})
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details = enphaseurl + "/production.json?details=1"
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inverteruri= enphaseurl + "/api/v1/production/inverters"
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mainresponse = session.get(details,verify=False).json()
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inverterresponse = session.get(inverteruri,verify=False).json()
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#print(json.dumps(mainresponse,indent=1))
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for inverterdata in inverterresponse:
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myinverter = inverter(inverterdata['serialNumber'],inverterdata['lastReportDate'],inverterdata['devType'],inverterdata['lastReportWatts'],inverterdata['maxReportWatts'])
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inverterlist.append(myinverter)
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#print(json.dumps(response.json(),indent=1))
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#for myinverter in inverterlist:
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#pass
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# myinverter.print()
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print(json.dumps(mainresponse,indent=1))
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maindata = ElectricalData(mainresponse)
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influxsession = requests.Session()
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influxsession.verify = False
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influxsession.auth = (infdbuser, infdbpass)
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#influxsession.post( url=influxuri, data="NetConsumption value=10")
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measurements = ""
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totalproduction=0
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for myinverter in inverterlist:
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totalproduction+=myinverter.lastreportwatts
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measurements += f"Production,Panel={myinverter.serialnumber} value={myinverter.lastreportwatts}\n"
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measurements += f"MaxProduction,Panel={myinverter.serialnumber} value={myinverter.maxreportwatts}\n"
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measurements += f"TotalProduction value={totalproduction}\n"
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measurements += f"TodayProduction value={maindata.production[1].wh_today}\n"
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consumptionTypes=[
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"Total",
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"Net"
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]
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currentconsumption=0
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for constype in consumptionTypes:
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if constype=='Total':
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consindex=0
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elif constype=='Net':
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consindex=1
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linenum=0
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consdata=maindata.consumption[consindex]
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for line in consdata.lines:
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measurements += f"{constype}_Leg_w_now,Leg={str(linenum)} value={line.w_now}\n"
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measurements += f"{constype}_Leg_wh_lifetime,Leg={str(linenum)} value={line.wh_lifetime}\n"
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measurements += f"{constype}_Leg_varh_lead_lifetime,Leg={str(linenum)} value={line.varh_lead_lifetime}\n"
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measurements += f"{constype}_Leg_varh_lag_lifetime,Leg={str(linenum)} value={line.varh_lag_lifetime}\n"
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measurements += f"{constype}_Leg_vah_lifetime,Leg={str(linenum)} value={line.vah_lifetime}\n"
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measurements += f"{constype}_Leg_rms_current,Leg={str(linenum)} value={line.rms_current}\n"
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measurements += f"{constype}_Leg_rms_voltage,Leg={str(linenum)} value={line.rms_voltage}\n"
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measurements += f"{constype}_Leg_react_pwr,Leg={str(linenum)} value={line.react_pwr}\n"
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measurements += f"{constype}_Leg_apprnt_pwr,Leg={str(linenum)} value={line.apprnt_pwr}\n"
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measurements += f"{constype}_Leg_pwr_factor,Leg={str(linenum)} value={line.pwr_factor}\n"
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measurements += f"{constype}_Leg_wh_today,Leg={str(linenum)} value={line.wh_today}\n"
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measurements += f"{constype}_Leg_wh_last_seven_days,Leg={str(linenum)} value={line.wh_last_seven_days}\n"
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measurements += f"{constype}_Leg_vah_today,Leg={str(linenum)} value={line.vah_today}\n"
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measurements += f"{constype}_Leg_varh_lead_today,Leg={str(linenum)} value={line.varh_lead_today}\n"
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measurements += f"{constype}_Leg_varh_lag_today,Leg={str(linenum)} value={line.varh_lag_today}\n"
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linenum +=1
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measurements += f"{constype}_w_now value={consdata.w_now}\n"
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measurements += f"{constype}_wh_lifetime value={consdata.wh_lifetime}\n"
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measurements += f"{constype}_varh_lead_lifetime value={consdata.varh_lead_lifetime}\n"
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measurements += f"{constype}_varh_lag_lifetime value={consdata.varh_lag_lifetime}\n"
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measurements += f"{constype}_vah_lifetime value={consdata.vah_lifetime}\n"
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measurements += f"{constype}_rms_current value={consdata.rms_current}\n"
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measurements += f"{constype}_rms_voltage value={consdata.rms_voltage}\n"
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measurements += f"{constype}_react_pwr value={consdata.react_pwr}\n"
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measurements += f"{constype}_apprnt_pwr value={consdata.apprnt_pwr}\n"
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measurements += f"{constype}_pwr_factor value={consdata.pwr_factor}\n"
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measurements += f"{constype}_vah_lifetime value={consdata.vah_lifetime}\n"
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measurements += f"{constype}_wh_today value={consdata.wh_today}\n"
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measurements += f"{constype}_wh_last_seven_days value={consdata.wh_last_seven_days}\n"
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measurements += f"{constype}_vah_today value={consdata.vah_today}\n"
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measurements += f"{constype}_varh_lead_today value={consdata.varh_lead_today}\n"
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measurements += f"{constype}_varh_lag_today value={consdata.varh_lag_today}\n"
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if consindex==1:
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currentconsumption=consdata.w_now
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if currentconsumption > 0:
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totalexport = 0
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NetConsumption=currentconsumption
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elif currentconsumption < 0:
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totalexport = - int(currentconsumption)
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NetConsumption=0
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else:
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totalexport=0
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NetConsumption=0
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productionconsumed = maindata.production[1].w_now - totalexport
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measurements+= f"TotalExport value={totalexport}\n"
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measurements+= f"NetConsumption value={NetConsumption}\n"
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measurements+= f"ProductionConsumed value={productionconsumed}\n"
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#print(str(productionconsumed))
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influxsession.post( url=influxuri, data=measurements)
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time.sleep(5)
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