
Lots of POWER! Lots of BACKUP JUICE! Reinforces/surpasses expectations, maintained confidence in reliability and build-quality of CyberPower products. Finally, can toss miniature nuclear power source and depleted uranium rods in garbage or over fence into neighbor's back yard.



very reliable.

Has built in ethernet to provide status and alerts through APC's cloud. Easy to read and use LCD display Great Mobile interface for use on table or smart phone







I have several APC Back-Ups and have never had a problem.

+ • 5 Battery backup outlets • All outlets protected with surge suppression. • USB charging port (1.5A) • PC power monitoring software (PowerChute) • LED power mode indicator (AC, battery backup) • Muted aesthetics, not an eye catcher. • 45º angled power plug is great for crowded outlets or power strips. • Seamless backup power in the event of power loss. I set this battery backup for use with my PC and monitor, and has been a great addition to my set up. The PowerChute software provides almost real-time power consumption and estimated battery run time on power failure. The PowerChute software can be configured to shut down your PC for you in the event of power loss, at a set interval of time. For my hardware scenario I set the software to 5 minutes on battery before shutting down my PC, given my current PC hardware configuration. Current specs: i7 5820k x99 motherboard GTX 1060 6GB OC 16GB DDR4 1.35v (2x 8GB) 2 SSD’s, and one 3TB WD black HD. 1x BD/DVD optical. 4 140mm fans, 2 120mm fans 630W 80+ gold rated PSU This battery backup is sufficient for my use, as even under load (gaming) the software reports that I should have more than 6 minutes of battery run time. At idle the PowerChute software reports that I should have 18+ minutes on battery, which is plenty of time to save work and shut down should I choose to extend the battery run time before auto shutdown. Some other nice features of the PowerChute software is that it can report daily cost of operating attached equipment, total energy usage per month in kWh and interestingly estimated carbon dioxide emissions per day. Perform firmware updates, run self diagnostics, set hours at which alarms are active (if you dont want to be alerted to an alarm at 3 a.m.) What I’ve checked most often is the current energy consumption and load on battery backup. I was surprised to see that my system uses much less energy than I thought, with an average of 115 Watts at idle, and 265 +/- Watts under load, this is including my 144Hz monitor drawing 23 Watts. I really like the addition of a USB charging port, which also provides power on battery. This is a great way to charge your phone in a power outage, a 1.5 amp capacity should be enough for most phones and most tablets.