Energy saving Path of Monoblock Unit in Industrial Cold Storage: From System Optimization to Intelligent Control

The energy consumption problem of industrial cold storage has long constrained operating costs, while the integrated design of Monoblock Unit provides new ideas for energy-saving optimization. Compared to traditional split type equipment, the Monoblock Unit reduces pipeline length and cooling loss through a modular structure, increasing refrigeration efficiency by 10% -15% and directly reducing unit energy consumption.

At the level of system optimization, the Monoblock Unit adopts the coordinated control of variable frequency compressor and electronic expansion valve, which can dynamically adjust the operating frequency according to the cold storage load, avoiding energy waste caused by frequent start stop. For example, in low-temperature storage scenarios, this intelligent regulation can reduce daily electricity consumption by more than 8%.

In addition, the compact design of the Monoblock Unit shortens the distance of cold air transportation, and with optimized air duct layout, it can reduce the loss of cold air during transmission. Some models are also equipped with heat recovery modules, which use waste heat for defrosting warehouses or employee domestic water, further tapping into energy-saving potential.

With the transformation of industrial cold storage towards green, Monoblock Unit are driving the dual reduction of energy consumption and cost through technological innovation, becoming an important choice for energy-saving transformation in the cold chain industry.