The Voltex® Hybrid Electric Heat Pump water heater has been designed to dramatically decrease the cost of operation and translates into significant savings for the homeowner.It’s twice as efficient as a standard electric water heater and can cut annual operating costs by more than half.
Voltex® AL combines annual savings up to $521 per year* on utility bills with new anti-leak features for added peace of mind. It offers premium features including iCOMM™ Smart Connectivity, a user-friendly display, vacation mode to save money while you are away, and a heavy duty smart anode that adapts to local water conditions to protect and extend the life of the water heater. In addition to the heat pump technology, this model also has two backup electric heating elements that help the water heater recover quickly during periods of high demand. The Voltex® AL is Northwest Energy Efficiency Alliance (NEEA) Tier 4 qualified.
Product Features & Options
Exceptional Energy Efficiency
Improved efficiency designed to ensure available hot water at the lowest possible cost. Up to a 4.02 Uniform Energy Factor (UEF) rating which conserves energy and meets ENERGY STAR® qualifications.
Leak Protection Technology
Smart sensor alerts user in the event a leak occurs for added peace of mind. This water heater is also compatible with an accessory automatic water shutoff valve for enhanced protection.
iCOMM™ Smart Connectivity
Monitor and control your water heater through the free A. O. Smith app and receive alerts and notifications on your phone.
Flexible Design
This water heater has both top and front water connections for easy installation. No clearance is required on the sides and back and the unit features integrated ducting adapters for easier installation in tight spaces.
How it Works
The Voltex Hybrid Electric water heater utilizes heat pump technology to provide a more efficient way to heat water with electricity.
• Heat from the surrounding air is pulled into the heat pump through a fan at the top
• The heat is absorbed by the refrigerant in the heat pump’s evaporator coil
• The temperature of the refrigerant is increased as it is pumped by a compressor
• Hot refrigerant is passed through the condenser coil around the tank and transfers the heat to the water
