Perfect Pressure With 40% Less Energy: The Yimai VFD Controlled Booster System
In high-rise buildings and extensive industrial parks throughout China, traditional fixed-speed booster pumps consume significant amounts of energy by constantly cycling on and off to maintain water pressure, resulting in an additional 35% power consumption. With increasing tenant complaints regarding pressure fluctuations, the Yimai VFD controlled booster system offers a permanent solution by maintaining optimal pressure while reducing energy consumption by up to 40%, thereby transforming water delivery into a quiet and seamless process.
A luxury hotel in Shanghai serves as a compelling example of this transformation. The hotel’s outdated system led to a 25% complaint rate from guests due to inconsistent shower pressure and incurred monthly energy costs of $9,500. Following the installation of Yimai’s variable frequency controlled booster water supply system, water pressure was immediately stabilized, eliminating guest complaints and reducing energy consumption by 38%, resulting in annual savings of $43,300. Additionally, disruptive 3 AM disturbances caused by pump surges were completely eliminated.
The Yimai VFD pressurization water booster system incorporates full variable frequency control technology, enabling variable pressure operation and intelligent automated control. Capable of handling flow rates up to 1,000 m³/h and operating within a pressure range of up to 2.5 MPa, the VFD booster water system is compatible with a working voltage of 380V/50Hz or 60Hz. Constructed with a 304 stainless steel base, the VFD booster system offers enhanced durability and corrosion resistance. Furthermore, the adjustable pump bracket design facilitates ease of maintenance.
By adapting to local conditions and specific requirements, the Yimai VFD controlled booster system transforms water supply systems from cost centers into silent, efficient powerhouses—ensuring every drop flows with precision. Trust Yimai to elevate water pressure without elevating operational costs!
Keywords:
variable frequency controlled booster water supply system