Description
Product Description
Experience the pinnacle of innovation, efficiency and sustainability with the Eco-Logical OMNI Split System Heat Pump Water Heater. By harnessing heat from the outdoor ambient air and transforming it into hot water, the Eco-Logical OMNI ensures an increased supply of hot water while maintaining an Eco-friendly profile with zero emissions.
The Eco-Logical OMNI seamlessly integrates everywhere, everything and into any home type, stick built, manufactured, multi-family, Alternative Dwelling Unit, or small business. You’ll achieve unparalleled efficiency, significantly lower energy consumption, and reduced utility expenses.
Certifications
• ENERGY STAR® 5.0
• ENERGY STAR® 1.2
• NEEA 8.1 Tier 3 & 4
• UL Listed
• Eco-port AHRI 1430 CTA-2045 certified
• California JA-13 Compliant*
• Title 24 Compliant
• Inflation Reduction Act Tax Credit 45L Eligible
• California Energy Commission Approved
Key Features and Specifications
• Voltage: 240V
• Tank Size: 50 Gallons
• Super Heated Water with included Mixing Valve
• 10 Year Warranty
• 513a Refrigerant Low GWP Score
• Panasonic DC Inverter Heat Pump for Optimal Performance
• COP 5.3 - 5.45
• UEF 3.3 - 4.23
• First Hour Rating 50 - 75
• 120v and 240v Versions
• Operating range (Heat Pump Only) 5°F to 120°F
• Operating range Hybrid Mode -35°F to 120°F
• Sound Pressure Outside Unit 48.7 - 49.7
• Sound Pressure 0db inside unit
• Micro Channel Heat Exchanger
• Blue Crystal - Microbial lining
• Dual Electric Resistance for Extreme Cold or High Demand
• WiFi User App
• Demand Response Capable
Energy Savings Comparison: Split Heat Pump Water Heaters vs. Traditional Models
A traditional electric water heater typically operates at an efficiency close to 1.0 UEF, meaning it produces roughly one unit of heat for every unit of electricity it consumes. In contrast, a split heat pump water heater like the Eco-Logical OMNI delivers a UEF between 3.3 and 4.2 and a COP as high as 5.45. That means it can generate 3 to 5 times more heat energy than the electricity it uses by pulling heat from the surrounding air instead of creating it directly.
That efficiency gap translates into real savings. A standard 50-gallon electric resistance water heater can cost around $500 to $700 per year to operate, depending on usage and local electricity rates. A high-efficiency split heat pump water heater can reduce that cost to roughly $150 to $300 per year. For many households or small commercial properties, that’s a savings of $300 to $500 annually.
Over time, those numbers add up quickly. Over a 10-year lifespan, a traditional unit might cost $5,000 to $7,000 in electricity alone, while a split heat pump system could land closer to $1,500 to $3,000. That creates a potential lifetime savings of $3,500 to $4,000, even before factoring in rebates, tax credits, or demand response incentives.
Another key advantage is how the system performs day to day. Split heat pump water heaters handle most heating in high-efficiency mode, only switching to electric resistance during extreme cold or peak demand. That keeps energy use low during normal operation while still delivering consistent hot water when you need it.
For property owners looking at long-term operating costs, the difference is clear. While the upfront investment is higher, the significantly lower energy consumption makes split heat pump water heaters a much more cost-effective option over time.
Frequently Asked Questions About Split Heat Pump Water Heaters
How does the Eco-Logical OMNI heat pump water heater work?
The system pulls heat from the outdoor air and transfers it into the water tank, using significantly less electricity than traditional electric water heaters. This process boosts efficiency while providing a steady supply of hot water.
What makes this water heater energy efficient?
With a high coefficient of performance (COP up to 5.45) and ENERGY STAR certification, this unit delivers more heat energy than the electricity it consumes. It reduces overall energy usage and helps lower utility bills over time.
Can this system operate in cold climates?
Yes, the OMNI system is designed to perform in a wide temperature range. It can operate in heat pump mode down to 5°F and in hybrid mode as low as -35°F, using built-in electric resistance when needed.
Is this water heater suitable for different types of properties?
This unit is designed for flexibility and can be installed in single-family homes, manufactured housing, multi-family units, ADUs, and even small commercial settings. Its split system design allows it to adapt to a variety of layouts.
Where can I find certified installers for split heat pump water heaters?
You can find certified installers through manufacturer directories, local HVAC contractors with heat pump experience, or programs like ENERGY STAR and utility rebate networks. These sources typically list qualified professionals who are trained to install high-efficiency systems correctly and up to code.