Solar Panel Analysis Report

System Summary

Project Name: הרבנית סימה מנתיבות [0.89]

Location: Netivot , Southern District , Israel , 31° 25′ 34.82″ N 34° 35′ 31.07″ E (31.426340, 34.591965)

Total Panels: 25
Total System Power: 15.290 kWp
Total Annual Energy: 23727 kWh/year
Specific Yield: 1552 kWh/kWp/year
Shading Loss: 0.00% (0.0 kWh total)
Average Shaded Hours: 0.0% (0.0 hours per panel)
Average Direct Sun Hours: 3708.2 hours per panel per year
Generated: 2025-09-09 14:31

Panel Performance Color Guide:

High Energy (970+ kWh/year)
Medium Energy (954-970 kWh/year)
Lower Energy (936-954 kWh/year)

Complete Panel Analysis

Monthly Energy Production

Environmental Impact

Annual CO2 Reduction

9491 kg CO2 prevented from entering the atmosphere

Trees Equivalent

Equivalent to planting 451 mature trees

Transportation Impact

Equivalent to removing a car for 23727 miles of driving

Efficiency Insights

Panel Degradation Over Time

Solar panels typically lose 0.4% efficiency per year. After 25 years, your panels will still produce approximately 90% of their original output, ensuring excellent long-term energy generation and return on investment.

Maintenance Recommendations

Clean panels 2x per year for optimal performance. Regular cleaning can improve efficiency by 5-10%. Schedule cleaning in spring and fall for best results. Check for debris, bird droppings, and dust accumulation which can significantly impact energy production.

Performance Monitoring

Monitor your system monthly for any significant drops in production. Inverter monitoring systems can alert you to issues immediately. Address shading from growing vegetation promptly to maintain peak performance throughout the system lifetime.

THE SCIENCE BEHIND YOUR SOLAR ANALYSIS

Every Hour. Every Shadow. Every Ray of Light.

Your solar analysis is not just a simple calculation – it is a sophisticated simulation that mirrors how the sun actually behaves in the real world.

Precision Sun Tracking

We analyze over 4300+ calculations per panel throughout the year, tracking the sun path across the sky from sunrise to sunset, season by season. Our algorithms know exactly where the sun will be on January 15th at 2:47 PM, or August 22nd at 11:23 AM.

Advanced Shading Intelligence

Every building, tree, fence, and rooftop around your panels is mapped and analyzed. We do not just guess – we calculate the precise shadow patterns cast throughout the year, accounting for how shadows change length and direction as the sun moves.

Mathematical Precision

Your panels tilt angle, orientation, and positioning are factored into complex trigonometric calculations. We consider solar declination, hour angles, azimuth positioning, and atmospheric conditions to predict exactly how much energy each panel will generate.

Autonomous Drone Technology

The entire process is remarkably efficient: a 2-3 minute 100% autonomous drone flight captures your site with off-the-shelf technology. The 3D model creation takes just a few minutes, and with one button push on location, our software completes the full solar analysis in under 3 minutes on average. From flight to final report – all in one seamless process.

Real-World Accuracy

While others use rough estimates, we simulate actual solar irradiance, temperature coefficients, and seasonal variations. The result? Energy predictions you can trust, backed by proven solar physics.

Panel-by-Panel Analysis

Every panel is analyzed individually – because we know that the panel in the corner might perform differently than the one in the center. Each has its own microclimate, its own shading pattern, its own energy story.

This is solar analysis at its finest – where cutting-edge technology meets real-world precision.

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