Resources
Practical Information for Humidity-Control Decisions
Find guides, FAQs, product comparisons, application notes, and project checklists for agriculture, energy, electrical, and industrial environments.
Use these resources to clarify the conditions behind a requirement, compare equipment options, and prepare a more focused technical discussion.
Technical content should support a real equipment decision. Use these resources to compare equipment options and prepare for a technical discussion.
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Follow the industry context behind the humidity problem
01
Agriculture — YAKE
Guides and application notes for cultivation, greenhouse, indoor-growing, post-harvest, storage, condensation, and air-distribution questions.
Browse Agriculture Resources → 02Energy — ANTIS
Guidance for battery energy storage, electrical enclosures, condensation risk, dew point, compact installation, controls, and validation.
Browse Energy Resources → 03Industrial Humidity Control
Product-selection and engineering resources for refrigerant, ceiling-mounted, desiccant, and low-humidity applications.
Browse Industrial Resources →BROWSE BY RESOURCE TYPE
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01
Technical Articles
Search application notes, engineering explanations, FAQs, comparisons, and practical guidance.
Open resources → 02Technical Tools
Calculate dew point, convert moist-air properties, and screen surface condensation risk with visible inputs and assumptions.
Open resources → 03Application Guides
Start with agriculture, energy, electrical, or industrial operating conditions.
Open resources → 04Product and Technical Information
Review product families, operating ranges, specifications, installation, and selection inputs.
Open resources → 05Company Film and Video
See the manufacturing base, engineering work, equipment assembly, and testing process.
Open resources → 06Industrial Humidity Glossary
Definitions, units and application boundaries for moist air, condensation, loads, dehumidification, agriculture and electrical environments.
Open resources →PRODUCT SELECTION RESOURCES
Compare equipment with the conditions that determine performance
Product-selection resources explain how technology differences relate to temperature, humidity targets, airflow, installation, utilities, and project constraints.
Explore Product Selection Guides- Refrigerant vs. desiccant dehumidification
- When low-temperature operation changes equipment selection
- How to prepare humidity and moisture-load information
- Ceiling installation, airflow, access, and drainage
- Humidity control for cabinets and enclosed electrical spaces
- Water quality and control requirements for ultrasonic humidification
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- Application and project location
- Space, enclosure, or process dimensions
- Temperature and humidity range
- Target humidity or dew point
- Moisture sources, airflow, and ventilation
- Installation position, power, and drainage
- Controls, alarms, and communication needs
- Quantity, schedule, and destination market
FEATURED & RECENT RESOURCES
Continue from the topic or application most relevant to your work
Each article links to related applications, product families, project evidence, and contact options so the next step remains easy to find.
Greenhouse Humidity Sensor Placement: Crop Zones, Bias and Data Validation
Place a greenhouse humidity sensor where it can represent the decision it supports, then validate the reading during the actual risk period. A sensor intended to represent the crop should sample a canopy-relevant zone. A sensor intended to diagnose glazing condensation should represent the air near
Greenhouse Humidity Control Commissioning: What to Verify Before Handover
Greenhouse humidity control commissioning proves whether the installed system can maintain the agreed crop condition under real operating constraints. It should verify sensors, airflow, staging logic, ventilation interaction, drainage, alarms and trend data before the project is handed over.
Commercial Dehumidifier for Grow Room Projects: Selection Data Before Model Choice
A commercial dehumidifier for a grow room should be selected from the room's water balance, not from floor area alone. The right model depends on crop water use, lighting schedule, HVAC operation, ventilation or sealed-room strategy, air distribution and the humidity target at the canopy.
Industrial Dehumidifier Running Cost: A Practical Calculation Framework
Industrial dehumidifier running cost is usually estimated from power input, operating hours and electricity or fuel price. That is a start, but it is not enough for equipment selection. A project should also compare moisture removed, duty cycle, inlet condition, maintenance condition and the cost of
Desiccant Dehumidifier Power Consumption: Why Reactivation Energy Matters
Desiccant dehumidifier power consumption cannot be judged from the fan motor or nameplate kW alone. A rotary desiccant system uses process airflow to dry the air, regeneration airflow to remove moisture from the wheel, a rotor drive and a heat source for reactivation. The energy boundary must includ
Industrial Dehumidifier Installation: Site Inputs Before Equipment Layout
Industrial dehumidifier installation begins before the unit arrives on site. The equipment location, airflow path, drainage route, electrical supply, control wiring and service access all affect whether the selected capacity can actually control the space.
COMPANY FILM
Inside Yakeclimate: Engineering and Manufacturing
See the manufacturing base, engineering work, production process, equipment assembly, and testing behind Yakeclimate industrial dehumidification equipment.
Watch on YouTubeAPPLY THE INFORMATION
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