move files, rename home package to homekit

1 files changed, 212 insertions, 0 deletions

diff --git a/py_include/homekit/database/inverter.py b/py_include/homekit/database/inverter.py
new file mode 100644
index 0000000..fc3f74f
--- /dev/null
+++ b/py_include/homekit/database/inverter.py
@@ -0,0 +1,212 @@
+from time import time
+from datetime import datetime, timedelta
+from typing import Optional
+from collections import namedtuple
+
+from .clickhouse import ClickhouseDatabase
+
+
+IntervalList = list[list[Optional[datetime]]]
+
+
+class InverterDatabase(ClickhouseDatabase):
+    def __init__(self):
+        super().__init__('solarmon')
+
+    def add_generation(self, home_id: int, client_time: int, watts: int) -> None:
+        self.db.execute(
+            'INSERT INTO generation (ClientTime, ReceivedTime, HomeID, Watts) VALUES',
+            [[client_time, round(time()), home_id, watts]]
+        )
+
+    def add_status(self, home_id: int,
+                   client_time: int,
+                   grid_voltage: int,
+                   grid_freq: int,
+                   ac_output_voltage: int,
+                   ac_output_freq: int,
+                   ac_output_apparent_power: int,
+                   ac_output_active_power: int,
+                   output_load_percent: int,
+                   battery_voltage: int,
+                   battery_voltage_scc: int,
+                   battery_voltage_scc2: int,
+                   battery_discharge_current: int,
+                   battery_charge_current: int,
+                   battery_capacity: int,
+                   inverter_heat_sink_temp: int,
+                   mppt1_charger_temp: int,
+                   mppt2_charger_temp: int,
+                   pv1_input_power: int,
+                   pv2_input_power: int,
+                   pv1_input_voltage: int,
+                   pv2_input_voltage: int,
+                   mppt1_charger_status: int,
+                   mppt2_charger_status: int,
+                   battery_power_direction: int,
+                   dc_ac_power_direction: int,
+                   line_power_direction: int,
+                   load_connected: int) -> None:
+        self.db.execute("""INSERT INTO status (
+            ClientTime,
+            ReceivedTime,
+            HomeID,
+            GridVoltage,
+            GridFrequency,
+            ACOutputVoltage,
+            ACOutputFrequency,
+            ACOutputApparentPower,
+            ACOutputActivePower,
+            OutputLoadPercent,
+            BatteryVoltage,
+            BatteryVoltageSCC,
+            BatteryVoltageSCC2,
+            BatteryDischargingCurrent,
+            BatteryChargingCurrent,
+            BatteryCapacity,
+            HeatSinkTemp,
+            MPPT1ChargerTemp,
+            MPPT2ChargerTemp,
+            PV1InputPower,
+            PV2InputPower,
+            PV1InputVoltage,
+            PV2InputVoltage,
+            MPPT1ChargerStatus,
+            MPPT2ChargerStatus,
+            BatteryPowerDirection,
+            DCACPowerDirection,
+            LinePowerDirection,
+            LoadConnected) VALUES""", [[
+            client_time,
+            round(time()),
+            home_id,
+            grid_voltage,
+            grid_freq,
+            ac_output_voltage,
+            ac_output_freq,
+            ac_output_apparent_power,
+            ac_output_active_power,
+            output_load_percent,
+            battery_voltage,
+            battery_voltage_scc,
+            battery_voltage_scc2,
+            battery_discharge_current,
+            battery_charge_current,
+            battery_capacity,
+            inverter_heat_sink_temp,
+            mppt1_charger_temp,
+            mppt2_charger_temp,
+            pv1_input_power,
+            pv2_input_power,
+            pv1_input_voltage,
+            pv2_input_voltage,
+            mppt1_charger_status,
+            mppt2_charger_status,
+            battery_power_direction,
+            dc_ac_power_direction,
+            line_power_direction,
+            load_connected
+        ]])
+
+    def get_consumed_energy(self, dt_from: datetime, dt_to: datetime) -> float:
+        rows = self.query('SELECT ClientTime, ACOutputActivePower FROM status'
+                          ' WHERE ClientTime >= %(from)s AND ClientTime <= %(to)s'
+                          ' ORDER BY ClientTime', {'from': dt_from, 'to': dt_to})
+        prev_time = None
+        prev_wh = 0
+
+        ws = 0  # watt-seconds
+        for t, wh in rows:
+            if prev_time is not None:
+                n = (t - prev_time).total_seconds()
+                ws += prev_wh * n
+
+            prev_time = t
+            prev_wh = wh
+
+        return ws / 3600  # convert to watt-hours
+
+    def get_intervals_by_condition(self,
+                                   dt_from: datetime,
+                                   dt_to: datetime,
+                                   cond_start: str,
+                                   cond_end: str) -> IntervalList:
+        rows = None
+        ranges = [[None, None]]
+
+        while rows is None or len(rows) > 0:
+            if ranges[len(ranges)-1][0] is None:
+                condition = cond_start
+                range_idx = 0
+            else:
+                condition = cond_end
+                range_idx = 1
+
+            rows = self.query('SELECT ClientTime FROM status '
+                              f'WHERE ClientTime > %(from)s AND ClientTime <= %(to)s AND {condition}'
+                              ' ORDER BY ClientTime LIMIT 1',
+                              {'from': dt_from, 'to': dt_to})
+            if not rows:
+                break
+
+            row = rows[0]
+
+            ranges[len(ranges) - 1][range_idx] = row[0]
+            if range_idx == 1:
+                ranges.append([None, None])
+
+            dt_from = row[0]
+
+        if ranges[len(ranges)-1][0] is None:
+            ranges.pop()
+        elif ranges[len(ranges)-1][1] is None:
+            ranges[len(ranges)-1][1] = dt_to - timedelta(seconds=1)
+
+        return ranges
+
+    def get_grid_connected_intervals(self, dt_from: datetime, dt_to: datetime) -> IntervalList:
+        return self.get_intervals_by_condition(dt_from, dt_to, 'GridFrequency > 0', 'GridFrequency = 0')
+
+    def get_grid_used_intervals(self, dt_from: datetime, dt_to: datetime) -> IntervalList:
+        return self.get_intervals_by_condition(dt_from,
+                                               dt_to,
+                                               "LinePowerDirection = 'Input'",
+                                               "LinePowerDirection != 'Input'")
+
+    def get_grid_consumed_energy(self, dt_from: datetime, dt_to: datetime) -> float:
+        PrevData = namedtuple('PrevData', 'time, pd, bat_chg, bat_dis, wh')
+
+        ws = 0  # watt-seconds
+        amps = 0  # amper-seconds
+
+        intervals = self.get_grid_used_intervals(dt_from, dt_to)
+        for dt_start, dt_end in intervals:
+            fields = ', '.join([
+                'ClientTime',
+                'DCACPowerDirection',
+                'BatteryChargingCurrent',
+                'BatteryDischargingCurrent',
+                'ACOutputActivePower'
+            ])
+            rows = self.query(f'SELECT {fields} FROM status'
+                              ' WHERE ClientTime >= %(from)s AND ClientTime < %(to)s ORDER BY ClientTime',
+                              {'from': dt_start, 'to': dt_end})
+
+            prev = PrevData(time=None, pd=None, bat_chg=None, bat_dis=None, wh=None)
+            for ct, pd, bat_chg, bat_dis, wh in rows:
+                if prev.time is not None:
+                    n = (ct-prev.time).total_seconds()
+                    ws += prev.wh * n
+
+                    if pd == 'DC/AC':
+                        amps -= prev.bat_dis * n
+                    elif pd == 'AC/DC':
+                        amps += prev.bat_chg * n
+
+                prev = PrevData(time=ct, pd=pd, bat_chg=bat_chg, bat_dis=bat_dis, wh=wh)
+
+        amps /= 3600
+        wh = ws / 3600
+        wh += amps*48
+
+        return wh