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🚜 Agricultural · AGR010

Thermal screens in greenhouses

Installing thermal screens in your greenhouse cuts heat loss and heating consumption. Those savings become CAEs.

Is this your case?

  • ✓I have a heated greenhouse
  • ✓I've installed (or will install) a thermal screen
  • ✓I want to monetise the heating savings
Calculator · AGR010
m²

Square metres of cover affected by the thermal screen.

Sets the optimum indoor night temperature (ti) per Annex II of the BOE.

ºC

Defaults to the crop optimum (Annex II). Adjust if your technician indicates otherwise.

ºC

Average of the minimum temperatures over the last 15 years in your area (AEMET data).

horas/año

Hours between planting and end of harvest. E.g. 6 months ≈ 4,380 h; full year = 8,760 h.

kW/m²·ºC

Without the thermal screen. Reference value; your qualified technician computes it in Annex III.

kW/m²·ºC

With the thermal screen installed. Reference value; computed by your technician in Annex III.

Estimated savings
126.144 kWh/year
CO₂ avoided31.536 kg/year

Indicative estimate based on measure AGR010 of the CAE catalogue. The savings, the CAEs and their market value are validated by SinCeO2 as a Delegated Party.

Official formula: AE = S · (Ki − Kp) · (ti − te) · h (ti: Anexo II; Ki/Kp: Anexo III)
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Official measure AGR010 from the MITECO current catalogue.

Thermal screens in greenhouses — AGR010 · SinCeO2