Solar Eclipse PV Yield & Meteor Irradiance Simulator

Simulating optical lunar obscuration, Photovoltaic power drop, and Perseid meteor stream ionization

UK Celestial Event Simulator
Scenarios:
🌘 Celestial Viewport (Drag Moon or Scrub)
Obscuration: 0%
🖱 Click & drag Moon disc across Sun
PV Array Power Curve (kW vs Time)
Power: 5.00 kW
Solar Obscuration
0.0%
Instant PV Yield
5.00kW
Est. Energy Lost
0.00kWh
Perseid Streak Rate
100ZHR
Eclipse Timeline Scrub (Minutes from Peak): 0 min (Peak)
PV Array Nominal Capacity: 5.0 kW
Perseid Meteor Activity (ZHR): 100 / hr

Photovoltaic Response to Celestial Dynamics

During the UK solar eclipse, direct solar irradiance drops rapidly as the Moon disc overlaps the solar photosphere. Photovoltaic silicon cells experience immediate photon flux decay proportional to total obscuration, with residual diffuse light maintaining minimal output until near totality (>98%). Simultaneously, atmospheric lighting darkens, exposing peak Perseid meteor shower ionization trails across the night sky background.

Simulated Yield Analysis & Proof State

Obscuration: 90.0% | Instant PV Yield: 0.50 kW | Solar Loss: 4.50 kW | Perseid Ionization Activity: 100 ZHR

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