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Is the Temperature and Humidity Test Chamber a Big Energy Consumer in the Laboratory?

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In the laboratory environment, the energy consumption of constant temperature and humidity test chamber has been concerned. Its long running time and constant need for temperature regulation makes people curious. It's not the invisible electric tiger in the lab.

The power consumption of the temperature and humidity test chamber is basically determined by the power of the equipment: the power of the temperature and humidity test chamber and the integrated constant temperature and humidity test chamber is usually between a few kilowatts and tens of kilowatts, and the greater the power, the greater the power consumption per hour. At the same time, the running time of the equipment is also an important factor affecting the power consumption. If the device runs for a long time, the cumulative power consumption will increase. In the final test, the temperature and humidity are set for heating, cooling, dehumidification and humidification, and the frequency and duration of these operations will directly affect the power consumption of the equipment.

Traditional temperature control technology VS LIB temperature control technology

1. Extensive temperature control logic	1. Dynamic frequency conversion technology
The traditional PID algorithm is lagging in response and frequently starts and stops the compressor, which is like a car that "forcefully presses the brake accelerator".	Adjust the compressor speed in real time according to the heat load in the chamber to reduce invalid power consumption.
2. Thermodynamic design defects	2. Dynamic frequency conversion technology
Insufficient sealing results in inefficient heat and cold exchange. Single point temperature measurement is easy to cause local supercooling/overheating, forcing the extension of temperature control time.	Adjust the compressor speed in real time according to the heat load in the chamber to reduce invalid power consumption
3. Low degree of intelligenc	3. Remote test management
Most of the test chamber can not dynamically adjust the power according to the load, and still operate according to the full load power when no load.	Test according to the programmed test process, energy consumption is more reasonable

Core advantages of LIB temperature and humidity test chamber

Power saving visible: equipped with cascade refrigeration technology, measured comprehensive energy saving improvement

More accurate and reliable: ±0.1℃ precision temperature control, fluctuation value can be controlled at ±0.5℃

Intelligent management: Temperature and humidity test chamber can be connected remotely, real-time control of the test process, automatic production of experimental data report

LIB has a perfect after-sales service policy and a 3-year long no-reason warranty period. If you have a trial request, please contact LIB and we will provide you with the latest product information and quotes.

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