Does the isothermal container have a mechanism to regulate and control the internal temperature?

Yes, isothermal containers usually have mechanisms to regulate and control internal temperature. A isothermal container is a device that can maintain a constant internal temperature and is commonly used in scientific experiments, biological cultivation, industrial production, and other fields. In order to achieve constant temperature, isothermal containers are usually equipped with temperature adjustment and control devices.
The temperature regulation and control device generally consists of two parts: heating and cooling. The heating part usually uses heating elements such as electric heating wires or heating rods to increase the temperature inside the container through heating. The cooling part usually uses refrigeration components such as refrigerators or chillers to reduce the temperature inside the container through heat dissipation.
The temperature regulation and control of a isothermal container are usually achieved by a control system. The control system will automatically adjust the output of the heating and cooling parts based on the temperature values measured by the temperature sensors inside the container to maintain a constant temperature inside the container. At the same time, the control system will also monitor the operating status of the heating and cooling parts to ensure their normal operation.
In summary, a isothermal container has a mechanism for adjusting and controlling the internal temperature, which can maintain a constant temperature inside the container by automatically adjusting the output of the heating and cooling parts.