Gui'an H Data Center A2 Project serves as a core computing infrastructure in the regional digital industry framework, tasked with delivering robust computing support and reliable emergency power supply. Complying with top-tier power supply criteria for the data center sector, the project sets stringent standards for power stability, redundant configuration and sustained equipment operation, laying a solid hardware foundation for the sound and long-term development of the regional digital economy.
The project is equipped with 28 sets of 1800kW 16VC high-power generator units. Built with a mature and proven V-cylinder design, the 16VC series ensures steady power output and broad load compatibility, delivering outstanding performance under long-term heavy-duty operating conditions. Custom-developed for mission-critical scenarios including large-scale data centers and high-end industrial parks, these generator units feature quick emergency startup, low failure rates and easy daily maintenance, fully catering to data centers' strict demands for 24/7 continuous operation and redundant power supply.
The complete batch of equipment was fully delivered and accepted to the site in May 2021. The large-scale deployment of these high-power units delivers stable, dependable backup power for on-site server clusters, precision cooling systems, computer room utilities and all auxiliary facilities. It effectively offsets risks such as grid volatility, scheduled power maintenance and sudden outages, avoiding potential computing suspension and business downtime, and greatly enhancing the data center's overall operational security and disaster resilience.
Regarded as a landmark reference for the large-scale application of 16VC high-power generating solutions in large domestic computing hubs, this project fully validates the product line's superior performance and strong engineering adaptability in high-intensity, high-standard operating environments. It also offers valuable practical experience and replicable references for the construction of backup power systems in similar large-scale data center projects.