Integrated greenhouse system
Climate control is the coordinated management of temperature, humidity, airflow, radiation and crop conditions. The correct scope follows the actual climate, structure, crop and operating strategy.
B2B projects only · climate, crop and project area first
Review historical weather records and site information for seasonal temperature ranges, humidity, solar exposure, prevailing wind and dust. Combine these inputs with the crop, growing method, greenhouse area, water source and production calendar before selecting equipment. Averages alone may not describe the periods that shape the design requirements.
Roof and side vents, circulation or exhaust fans, shading and evaporative cooling serve different roles and should be assessed together. Fan-and-pad cooling relies on evaporation, so its contribution changes with outdoor humidity and available water. Greenhouse geometry, airflow path, crop targets and local conditions all affect the suitable combination; a fixed temperature reduction should not be promised without project data.
Temperature, relative-humidity, radiation and other sensors can support automatic operation when their locations and control thresholds reflect the crop and production stage. The operating sequence should coordinate ventilation, shading and cooling, with practical alarms, manual control and maintenance access considered during planning.
Cooling and automation depend on the utilities available at the site. Confirm water quantity and quality, electrical supply, operating hours and local maintenance capability before finalizing the system scope. These checks help align the equipment package with the project's operating conditions instead of treating automation as a standalone feature.
