Electrical Transfer Switch | High-Reliability ATS Solutions

A premier data center in Singapore grappled with utility fluctuations that risked server uptime and data integrity. They needed an electrical transfer switch that could switch between grid and generator power within milliseconds, without service interruption. ZHNYU provided an ATS solution with a transfer time of less than 50 milliseconds, satisfying the stringent requirements of Tier IV infrastructure. The project entailed installing our 4000A ATS units in a redundant configuration. Over one year of operation, the switches executed over 500 automatic transfers with a 99.997% success rate, preventing any critical downtime. The data center reported that their power uptime improved to 99.99%, enabling them to sign lucrative service-level agreements with global clients.

A chemical manufacturing plant in the Netherlands experienced frequent voltage dips that disrupted production lines and compromised safety systems. They required an electrical transfer switch that could handle high inductive loads and ensure a break-before-make transition to prevent equipment damage. ZHNYU recommended our range of open-transition switches rated for industrial use. The installation included 2500A ATS units with advanced control logic that detected voltage anomalies in under 10 milliseconds. After commissioning, the plant observed a 98% reduction in production halts caused by electrical disturbances. In a specific incident, the switch automatically transferred the entire process control system to backup power within 200 milliseconds, averting potential chemical spillage and ensuring employee safety.

An off-grid mining site in Western Australia relied on diesel generators but sought to integrate solar power to cut fuel costs and emissions. This hybrid system demanded a sophisticated electrical transfer switch to handle the bidirectional power flow and ensure stable transitions between solar arrays, battery storage, and generators. ZHNYU provided specialized ATS with both mains and generator inputs, capable of managing up to 3000A and featuring sophisticated power quality monitoring. The mining operation successfully integrated 5 MW of solar capacity, achieving a 30% reduction in diesel consumption as a result of seamless switching based on load demand and available solar output. The electrical transfer switch system performed flawlessly even during dust storms and extreme heat, thanks to our IP54-rated enclosures and conformal-coated PCBs that resist harsh environments.