Špeciálne

Kalkulačka solárneho žiarenia

Solar Irradiance Calculator

Latitude (degrees)

Sklon panelu (stupne)

What is Solar Irradiance Calculator?

▾

Solar irradiance is solar power density reaching Earth's surface. It varies by location, time, clouds, and atmospheric conditions.

DigiCalcs delivers precision-engineered tools for engineers and STEM professionals.

How to Solar Irradiance Calculator

▾

1Direct normal irradiance (DNI): beam radiation perpendicular to surface
2Diffuse horizontal irradiance (DHI): scattered radiation from entire sky
3Global horizontal irradiance (GHI): total arriving at horizontal surface

Worked Examples

▾

Example 1

Given:Clear day, sea level, solar noon

Výsledok:GHI ≈ 1000 W/m² (AM 1.5 standard spectrum)

Peak theoretical

Real-World Applications

▾

🏗️

Personal carbon footprint reduction and sustainability planning

🔬

Corporate ESG reporting and environmental compliance

📊

Renewable energy project feasibility and ROI analysis

Frequently Asked Questions

▾

How does altitude affect irradiance?

Higher elevation reduces atmospheric path, increasing irradiance. 1000 m altitude ~10% higher than sea level.

Why do solar panels need tilting?

Tilting captures more direct irradiance. Optimal angle ≈ latitude for fixed systems.

Common Mistakes to Avoid

▾

!Using peak 1000 W/m² without accounting for clouds and seasons
!Neglecting angle-of-incidence effects

References

›Solar Irradiance — Wikipedia

📖Difficulty:Intermediate

Môžete tiež potrebovať

→

Carbon Offset Calculator

→

Tree Carbon Calculator

→

Water Footprint Calculator

→

Ecological Footprint Calculator

Accuracy-checked

Reviewed October 2026

Our methodology

Získajte týždenné matematické tipy

Pridajte sa k 12 000+ odberateľom, ktorí každý týždeň dostávajú tipy na kalkulačku.

🔒

100% zadarmo

Nikdy bez registrácie

✓

Presné

Overené vzorce

⚡

Okamžité

Výsledky počas písania

📱

Vhodné pre mobily

Všetky zariadenia