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种植与采后环境的湿度控制
面向温室、室内种植间、干燥空间与仓储环境的应用说明与选型指导——在这些场景里，湿度影响的是作物本身，而不只是空间舒适度。
用这些资料先描述清楚种植条件、湿负荷与气流状况，再进入设备比较。
种植空间里的湿度是作物条件，不只是舒适度设定。 这些资料把作物阶段、湿负荷、气流与设备选型串联起来。
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01
农业 — YAKE
面向种植、温室与可控环境设施的设备系列、项目支持与应用范围。
打开相关页面 → 02工业除湿 (42)
覆盖冷冻、吊顶、转轮与低露点设备的对比与工程说明，以及决定它们取舍的运行工况。
浏览该分类 → 03储能与电气环境 (31)
面向电池储能、柜体、集装箱与开关设备的露点、结露风险、紧凑安装、控制与验证指导资料。
浏览该分类 → 04商业与建筑湿度控制 (19)
围绕结露、水损、干燥、防霉，以及商业空间和建筑湿度问题中的设备选择提供实用说明。
浏览该分类 → 05加湿与空气质量 (4)
围绕加湿、通风、过滤、湿度测量，以及湿度控制与整体空气系统的协同关系提供技术文章。
浏览该分类 → 06湿度科学与工程 (15)
解释相对湿度、露点、结露、湿度测量、监控与控制，帮助理解工业湿度控制中的关键判断。
浏览该分类 → 07全部文章 (180)
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Condensation on Greenhouse Pipes: Find the Water Source and the Cold Surface
Trace the first water on a greenhouse pipe, compare the pipe surface with nearby-air dew point, and route leaks, insulation and humidity issues separately.
Leaf Condensation in a Greenhouse: Verify Where the Water Forms
Separate direct leaf dew from roof drips and irrigation using event-time leaf temperature, local dew point and a water-path record.
Condensation on Greenhouse Glazing: Identify the Wet Layer Before Changing Controls
Identify which face, cavity or joint is wet on greenhouse glass, film or rigid panels before changing climate controls.
Condensation on a Greenhouse Roof: Find the Water Path Before Choosing a Fix
Trace water on the inside of a greenhouse roof from its first wet point to the gutter or crop before choosing a correction.
Greenhouse Duct Condensation: Find Where the Water Starts
Use the first wet point, local dew point and air-path checks to investigate water on a greenhouse duct before choosing a correction.
Greenhouse Equipment Surface Condensation: Trace the Wet Cabinet Before Changing Humidity Control
Diagnose a wet greenhouse air-treatment cabinet by tracing the first water source, pairing local air and surface readings, and checking the next comparable event.
Lettuce Greenhouse Humidity Control: Crop Symptoms, Airflow and Dehumidification Inputs
Separate lettuce propagation and production conditions, read tipburn and wet lower leaves correctly, then prepare canopy measurements and equipment inputs.
Cucumber Greenhouse Humidity Control: Day, Night, Airflow and Equipment Inputs
Compare cucumber crop evidence with day and night operating states, then prepare measured moisture and airflow inputs for equipment review.
Sealed Greenhouse Humidity Control: Define the Water-Removal Duty
A closed greenhouse still receives crop moisture. Define the actual air boundary, water-removal equipment and crop-zone delivery before accepting a humidity-control plan.
Semi-Closed Greenhouse Humidity Control: Prove Each Air-Treatment Mode
A semi-closed greenhouse may recirculate, admit outside air or mix both. Trace each mode's actual water-removal route and equipment conditions before accepting the humidity plan.
Greenhouse Humidity Sensor Measurement Uncertainty: A Practical Budgeting Method
A practical method for defining a greenhouse humidity measurand, separating calibration and field contributions, checking covariance and double counting, and reporting a bounded uncertainty budget with a clearly hypothetical example.
Greenhouse Humidity Under Thermal Screens: Diagnose the Moisture Path Before Changing the Gap
Separate below-screen and above-screen humidity, material moisture transport and screen gaps before comparing ventilation, controlled opening and mechanical drying.
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