| 1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859 |
- from redis_handler import RedisHandler
- from db_handler import DatabaseHandler
- import uuid
- class Cell:
- def __init__(self, cell_id=None):
- self.cell_id = cell_id or str(uuid.uuid4())
- self.voltage = 0
- self.current = 0
- self.temperature = 0
- self._redis = RedisHandler()
- self._db = DatabaseHandler()
-
- # Get estimated capacity from database or use nominal as default
- self.nominal_capacity_mah = self._db.get_cell_capacity_nom(self.cell_id)
- self.estimated_capacity_mah = self._db.get_cell_capacity(self.cell_id) or self.nominal_capacity_mah
- def measure_voltage(self):
- # Logic to measure voltage
- return self.voltage
- def measure_current(self):
- # Logic to measure current
- return self.current
- def measure_temperature(self):
- # Logic to measure temperature
- return self.temperature
- def disconnect(self):
- # Logic to disconnect the cell
- pass
- def connect(self):
- # Logic to connect the cell
- pass
- def update_estimated_capacity(self, new_estimate_mah):
- """Update the estimated capacity based on usage patterns and measurements"""
- self.estimated_capacity_mah = new_estimate_mah
- self._db.update_cell_capacity(self.cell_id, new_estimate_mah)
- def get_capacity_health(self):
- """Return cell health as a percentage of nominal capacity"""
- return (self.estimated_capacity_mah / self.nominal_capacity_mah) * 100
- def update_measurements(self, voltage, current, temperature):
- """Update measurements and save to Redis"""
- self.voltage = voltage
- self.current = current
- self.temperature = temperature
- self._redis.save_measurement(self.cell_id, voltage, current, temperature)
- self._update_capacity_estimate()
- def _update_capacity_estimate(self):
- """Update capacity estimate based on Redis data"""
- new_estimate = self._redis.get_capacity_estimate(self.cell_id)
- if new_estimate:
- self.estimated_capacity_mah = new_estimate
|