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Shading & carbon — Valencia

Valencia (ES, 39.5° latitude, 1740 kWh/m²·yr GHI) is preset on the calculator below. Adjust the area and the louvre position to model your specific site, or pick a comparison city to see how the climate affects the headline metric.

What this means at this location

508 kg CO₂/year is roughly equivalent to a small mature tree absorbing CO₂ for that same year, or 4 600 km in an average EU car. Over the 25-year service life of a Luxa Sereno frame, the cumulative 12.7 t of CO₂ avoided in Valencia translates into roughly 50 short-haul flights' worth of emissions.

Site location
Valencia· ES · 39.5°N
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NORTH AMERICA10 citiesSOUTH AMERICA5 citiesEUROPE57 citiesAFRICA5 citiesMIDDLE EAST5 citiesASIA10 citiesOCEANIA5 cities
Shade product
20
Carbon avoided
508kg CO₂
per year
12.7t CO₂
over a 25-year service life
What this looks like · Roughly equivalent to:
23mature trees absorbing CO₂ for one year
4,704km in an average EU car (108 g CO₂/km)
6.4short-haul flights (Berlin–Paris, 80 kg/pax)
Shading performance
Direct solar gain blocked
95%
Of the direct-beam radiation reaching the pergola footprint
Cooling demand reduction
95%
Versus an unshaded floor area in the same climate
Direct sun blocked
1,190h
Equivalent peak-sun hours per m² per year
Cooling electricity saved
3,060kWh
kWh of grid electricity per year not used for AC (COP 3.5, EN 14511)
GHI: 1740 kWh/m²·yrDirect: 72%SHGC: 0.05
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Annual CO₂ avoided at the same site and area
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Same pergola, same area, different climate
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METHOD
Solar irradiance from JRC PVGIS-5 (ERA5 mean 2005–2020), per major city. Direct-beam fraction averaged across the year. Cooling COP = 3.5 (typical air-air heat pump per EN 14511). Grid CO₂ factor uses each city's national grid intensity (EEA 2024). Outputs are first-order estimates for orientation decisions, not a substitute for a building-energy simulation (TRNSYS, EnergyPlus).