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. Technical-reference scene. Use application guidance and measured conditions to prepare an equipment discussion.
BROWSE BY INDUSTRY
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
Choose the format that matches your next decision
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
PREPARE A PROJECT REQUIREMENT
Collect the information that makes a technical discussion useful
If some values are unknown, share the information you already have. The remaining questions can be identified during the initial review.
- 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.
Grow Room Dehumidifier Placement: Air Paths, Sensors, Heat and Drainage
Plan grow room dehumidifier placement around supply and return air, canopy sensors, heat, drainage and service access, then verify the affected crop zone.
What Is the Ideal Humidity for a Greenhouse? Set a Crop-Specific RH Target
A general RH range is not a greenhouse setpoint. Define a crop- and period-specific operating band, then test it against canopy measurements, cold surfaces and control limits.
Peltier vs Compressor Cabinet Dehumidifiers: Compare the Duty Before the Rating
Compare Peltier and compressor cabinet dehumidifiers by rated conditions, power, mounting, heat rejection and drainage before choosing equipment.
BESS Sensor Fault After Condensation: Separate Probe Error from Cabinet Moisture
A humidity sensor alarm after a wet event needs two investigations: whether the environmental point is valid and whether the cabinet has a real water or dew-point problem.
Insulation Resistance and Humidity in Electrical Panels: How to Read a Changing Trend
A changing insulation-resistance reading needs comparable electrical records and local moisture context before anyone attributes it to humidity or selects a dehumidifier.
Central vs Distributed Greenhouse Dehumidification: Decide by Zone and Air Path
Choose a greenhouse dehumidification layout by measured crop-zone duty and delivered air, then check controls, heat, drains and service access.
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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