Greenhouses for Nigeria
Humid heat: ventilation and dehumidification first, cooling capacity second. A dry-climate design fails here.
Site conditions to design against
| Summer | 28–35 °C, humid |
| Winter | 22–32 °C, dry harmattan |
| Humidity | 70–90 % in the south |
| Light | moderate to high |
| Wind | thunderstorms |
| Water | rainfall in the south, irrigation in the north |
Regional ranges for early planning. Final loads and set points come from your own site data, or from a design value we propose for review.
What that changes in the design
| Humidity | Air exchange, screening and disease control matter more than heating in this climate. |
| Cooling | Evaporative cooling is viable in dry air; in humid air it adds moisture and mechanical dehumidification takes over. |
| Water | Closed substrate systems with drain recovery carry both the agronomy and the business case. |
| Winter design | Heating, insulation and snow loads are a second design case. Phasing a spring-to-autumn house first keeps capital off the critical path. |
Market context
A large domestic market with growing protected production close to cities, where transport and cold chain decide the price as much as the house.
Sources: Dataintelo, Commercial Greenhouse Market 2025-2034. Figures are third-party market data, quoted for context, not forecasts for your project.
Other markets in Africa
Planning a project in Nigeria?
Send the site data you have. We reply with the house family, the climate strategy for your design day, and a preliminary cost range.