Our power systems have been engineered with fault tolerance at every layer. Incoming utility power first routes to our automatic transfer switch which monitors power level and quality, and automatically transfers to emergency generators in the event that utility supply is interrupted. Each facility is also protected by one or more Uninterruptible Power Supply (UPS) systems which feature full maintenance bypass switching which allows for service and upgrades without interruption of power to equipment.

Generator power is activated automatically in the event of a utility failure by the transfer switch. The data center load is maintained by the UPS systems during the 15 seconds that is required for generator automatic start-up.

Our power system is engineered to support high density hosting deployment, optimized for virtualization hosting platforms and high-availability demands of today's mission critical applications.

Our power systems have been engineered with fault tolerance at every layer. Incoming utility power first routes to our automatic transfer switch which monitors power level and quality. By using clean power, client equipment will run longer and cooler as compared to running off typical unfilitered electric feeds.

Incoming power is also automatically transferred to emergency generators in the event that utility supply is interrupted. Each facility is also protected by one or more Uninterruptible Power Supply (UPS) systems which feature full maintenance bypass switching which allows for service and upgrades without interruption of power to equipment.

The backup electricity also powers our climate control systems to ensure that these systems are not interrupted.

Generator power is activated automatically in the event of a utility failure by the transfer switch. The data center load is maintained by the UPS systems during the 15 seconds that is required for generator automatic start-up. The generator is capable of maintaining full load for at least 48 hours.