YAKE / OPERATING ENVIRONMENT
Facilities where climate is managed as a system
Greenhouse, indoor-growing, and controlled-environment projects are reviewed around real moisture load, airflow, and operating conditions.
YAKE Agriculture
Humidity Control for Agriculture and Controlled Environments
YAKE supports agricultural facilities where humidity, condensation, airflow, and operating conditions need to be reviewed together.
Where does moisture cause trouble in your facility — condensation overnight, humid air around the crop, or drying that takes too long? Tell us about the facility, the crop or process, and the target conditions, and we can identify suitable equipment and the level of technical review needed.
Humidity follows the operating cycle. Plant activity, irrigation, ventilation, heating, and outside climate all change the moisture conditions inside the facility.
OPERATING CONTEXT
Moisture conditions change with the crop, facility, and operating cycle
Plant activity, irrigation, ventilation, heating, cooling, enclosure design, and outside climate all influence indoor humidity. Conditions can shift between daytime, night, and transition periods.
A useful humidity-control plan should consider where moisture comes from, when it becomes difficult to remove, and how the selected equipment will interact with the wider facility.
01
Condensation on structures, coverings, equipment, or plant surfaces
02
High humidity during night and transition periods
03
Ventilation and heat-loss trade-offs
04
Uneven conditions across larger facilities
05
Limited ceiling, floor, duct, or service space
06
Continuous operation and maintenance access
APPLICATIONS
Explore agriculture applications by operating environment
Controlled Environment Agriculture
Humidity control for facilities where temperature, moisture, airflow, and growing conditions are managed within a defined environment.
Greenhouses
Equipment options for structures affected by plant moisture load, weather changes, ventilation strategy, and condensation.
Vertical Farming and Indoor Growing
Humidity control for enclosed facilities with lighting, irrigation, dense production layouts, and limited natural air exchange.
Wider Agriculture Applications
Additional agricultural processing, storage, or production environments can be reviewed when the actual moisture load and operating conditions are available.
PROJECT DETAILS
Information for equipment selection
- Facility type and dimensions
- Crop, process, or use case
- Operating schedule
- Temperature range
- Current and target relative humidity
- Ventilation and heating strategy
- Known moisture sources
- Available power, drainage, and installation position
- Control, alarm, and communication requirements
EQUIPMENT OPTIONS
Equipment options for different agriculture conditions
01
Industrial Refrigerant Dehumidifiers
Suitable for many general humidity-control conditions where operating temperature and target humidity support condensation-based moisture removal.
View equipment options → 02Ceiling-Mounted Dehumidifiers
Useful when floor space is limited or the facility layout favors overhead installation and distributed airflow.
View equipment options → 03Desiccant Rotor Dehumidifiers
Relevant where lower temperatures, lower humidity targets, or deeper moisture control make desiccant equipment more suitable.
View equipment options → 04Ultrasonic Humidifiers
Available for facilities that need humidity compensation rather than moisture removal, subject to water quality, airflow, and process conditions.
View equipment options →ENGINEERING SUPPORT
Select equipment for the actual facility conditions
YAKE project discussions can review moisture load, temperature and humidity targets, airflow, installation position, controls, drainage, access, and repeated deployment requirements. The result may be a standard product selection, an adapted configuration, or a deeper technical review.
Describe the facility and operating cycle
Clarify the humidity problem and target
Review equipment and installation options
Confirm quotation, adaptation, or co-development needs
EVIDENCE
See how selected equipment moves into production and validation
Product configuration, airflow arrangement, structural format, controls, and service access all affect how equipment is manufactured and checked. Project teams can review manufacturing capability, testing information, product documentation, and verified agriculture records before moving forward. Equipment is built by the same manufacturing base that has delivered 500,000+ humidity-control units since 2010.
REVIEW CONTEXT
Match available manufacturing, testing, and product evidence to the selected equipment and actual project conditions.
RESOURCES
Prepare for a more useful agriculture project discussion
PROJECT PREPARATION
Use the relevant guides, checklists, and project records to prepare the details needed for the next technical discussion.
PROJECT START
Tell us what is growing, and where moisture is getting in the way
Provide the facility type, dimensions, crop or process, temperature range, current and target humidity, ventilation strategy, and installation limits. We will use these details to recommend a suitable next step.
Discuss an Agriculture Project