def __init__(self, efficiency):
self.efficiency = efficiency # Efficiency of the solar panel (percentage)
self.energy_generated = 0 # Total energy generated by the solar panel (in Joules)
def generate_energy(self, sunlight_intensity, area, time):
"""
Generate energy based on sunlight intensity, panel area, and time.
Parameters:
- sunlight_intensity: Intensity of sunlight (in W/m^2)
- area: Area of the solar panel (in m^2)
- time: Time duration for which sunlight is incident (in seconds)
"""
energy_from_sunlight = sunlight_intensity * area * time # Energy from sunlight (in Joules)
self.energy_generated += energy_from_sunlight * (self.efficiency / 100) # Considering panel efficiency
print(f"Energy generated: {self.energy_generated} Joules")
panel = SolarPanel(efficiency=20) # Efficiency of 20%
sunlight_intensity = 1000 # Intensity of sunlight in W/m^2 panel_area = 2 # Area of the solar panel in square meters time_duration = 3600 # Time duration in seconds (1 hour)
panel.generate_energy(sunlight_intensity, panel_area, time_duration)