Four system collaborative control‌

refrigeration‌：High temperature environment cools down by absorbing heat through evaporator（Low temperature refrigerant evaporates and absorbs heat）‌；

heat‌：Electric heating wire in low-temperature environment/Heat pump start-up heating（Reverse Carnot cycle heat transfer）‌；

dehumidify‌：Air flows through the low-temperature evaporator（＜dew point temperature）Precipitation of condensate water‌；

humidify‌：Steam jet or ultrasonic atomization of water molecules，Quickly increase humidity‌。

Intelligent regulation logic‌

Real time monitoring of temperature and humidity by sensors，passPIDAlgorithm dynamically switches operating modes（precision±1℃/±5%RH）

field‌      ‌typical scenario‌     ‌Core requirements‌

industrial manufacturing‌     Pharmaceutical workshop、Precision electronic production     anti-oxidation（humidity≤30%）‌

Cultural preservation institutions‌     Museum display cabinets、Archives      Prevent cultural relics from deforming（50%RH±3%）‌

laboratory‌  Humidity Chamber       Material weather resistance test‌

data center‌     server room anti-condensation（temperature22±2℃）‌

type‌      Applicable scenarios     Body dimensions（wide×deep×tall） temperature range     Humidity accuracy

Showcase specific type‌ Museum artifact cabinet    30×25×15cm‌     18~28℃      ±3%RH‌

Laboratory test chamber‌    Material Testing     70×80×60cm‌     -70~180℃‌  20~98%RH

Industrial floor standing‌ workshop/warehouse   80×45×180cm‌   -40~50℃‌    ±5%RH‌

Embedded ceiling‌ Precision Instrument Room Customized thickness≤30cm‌      15~30℃      ±5%RH