Greenhouse heating energy and climate-control cost scenario

Answer first: transmission heat loss Q (kWh) = U (W/m²·K) × cover area (m²) × ΔT (K) × hours ÷ 1,000. Purchased energy = Q ÷ system efficiency; cost = purchased energy × your tariff.

Method and assumptions

U-value, ΔT, hours, efficiency and tariff are your inputs; use the covering supplier's U-value and climate data for your site. The scenario covers transmission losses only — it excludes air leakage, ventilation, solar gain, screens and cooling, so a climate engineer must confirm the design load.

Formula source: Steady-state transmission heat loss Q = U × A × ΔT (standard conduction relation; see ASHRAE Handbook — Fundamentals). Excludes air-leakage/ventilation, solar gain and cooling loads.

SeedMatchGroup reviews commercial agricultural projects from USD 250,000. Buyers submit requirements to us; we review them before deciding whether to approach independent suppliers and normalise any bids. We do not connect buyers directly with manufacturers.

Next steps

Questions

How do I estimate greenhouse heating energy?
Multiply the cover U-value by the cover area, the average temperature difference and the heating hours, then divide by 1,000 for kWh.
Why do I need my own tariff?
Energy tariffs differ by country, contract and date; the tool does not assume any tariff.
Does this include cooling or air leakage?
No. It is a transmission-loss scenario only; ventilation, infiltration and cooling loads need an engineered climate study.
Next step

Turn this into a live commercial project

Open one private brief. A sourcing specialist validates and organises the RFQ, manages outreach to suitable independent suppliers, and presents any responses through SeedMatch on a consistent technical and commercial basis. Response numbers and timing are not guaranteed.