Whether in civil buildings or manufacturing factories, especially in data centers, HVAC systems are a critical component. The comprehensive energy consumption of HVAC systems is an important component of the production and manufacturing costs of enterprises.

In data centers, PUE (the ratio of all energy consumed by data centers to energy consumed by IT loads) has become an important indicator for judging the degree of greenization of data centers, which has led to the high attention and vigorous development of the theory of efficient data centers.

The current high-efficiency computer room design of   is mainly achieved through the use of high COP chillers, high-efficiency water pumps with test data, energy-saving and water-saving cooling towers, and reasonable pipeline design.

Based on the comprehensive system configuration mentioned above, VAN SHARE conducts online diagnosis of equipment health status through real-time monitoring of existing equipment operation data, and provides optimal operation control strategies according to system requirements and real-time meteorological conditions, achieving real-time accurate matching and efficient operation of the system and requirements, thereby maximizing the comprehensive energy saving of the system.

The control logic of  VAN SHARE is not limited to optimal control of individual devices, but achieves efficient end-to-end operation through monitoring system operation data, multivariable regulation, and the use of machine learning and fuzzy control theory.