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Description
With lower operating costs compared to electric resistance water heaters, Haier’s Heat Pump WaterHeaters help reduce how much carbon is generated in heating water for your home. This is achieved by using highly efficient heat pump technology, use of low GWP refrigerant and the ability to run entirely on electricity.
Reduced Running Costs
The heat pump technology results in a 70-79%*reduction in electricity used to heat the same volume of water compared to an electric-resistance water heater, which is likely to lower your electricity bill,saving you money every year
Low GWP Refrigerant
Our Heat Pump Water Heater uses R290 which has a GWP of 3. Many heat pumps use R134A.R290 has a global warming potential that is 476 times lower than R134A. As many refrigerants are strong greenhouse gases, the use of refrigerants with low global warming potential (GWP) is seen as a way to minimise the effect of refrigeration systems on global warming
Eco Mode
Eco mode optimises the benefits of Solar PV and lower cost, time-of-use electricity.The solar optimisation mode (PV) and time-of usemode (HC) receive a communication signal from an energy management control system (if you havean existing Solar PV system). Alternatively, a timer is used to set heating to the low cost periods of atime-of-use tariff
Solar PV Ready
Surplus solar energy generated by your Solar PV system can be stored in the tank.In PV mode, the Heat Pump Water Heater receives a signal from the Solar PV system, notifying it that generated energy is available to use. It uses the available Solar PV energy to heat water at up to 75 degrees, storing it for later use.
Effiecient Design
Designed to make installation as simple and familiar as possible. The inner tank has been designed tominimise heat loss, protect from corrosion, and isthoroughly tested for durability.
Connected Home
Built in Wi-Fi module and SmartHQ™ allows controlof the appliance from anywhere. Change between five user modes at the tip of your fingers by opening SmartHQ™ on your smartphone.
Easy Installation
Requires the same installation procedure as an electric storage water heater. If located in the same position, there’s minimal need for additional valves or pipe layout changes, making it easy to swap from an electric resistance water heater.
Longevity
Using patented technology with a triple layer protection creates a long lasting, acid and alkali corrosion resistant inner tank. The inner tank is tested to over 160,000 cycles to ensure durability over the expected lifetime.
Quiet Operation
With an operating noise level of43dBA at a distance of 1m, the Haier Heat Pump Water Heater is quiet.
General Energy Savings Analysis
Haier Heat Pump 250L All-in-One w/ Backup Element w/ Boost & TPR Valve
The Haier 250L Heat Pump All-in-One with a backup element and TPR valve offers a highly efficient and cost-effective solution for hot water heating. With a coefficient of performance (COP) of 3.6:1, this system drastically reduces electricity consumption compared to standard electric water heaters. This overview breaks down the energy usage and savings potential of running the Haier 250L heat pump on a continuous tariff and details how you can further reduce costs by using excess solar energy at 80% efficiency.
System Overview
Haier 250L Heat Pump Hot Water System:
- Tank Capacity: 250L
- Coefficient of Performance (COP): 3.6:1
- Energy Usage: 4.16 kWh per day (to heat the tank on a continuous tariff)
- Continuous Tariff: $0.40 per kWh
- Solar Efficiency: 80% (when using excess solar energy)
Energy Usage and Costs Without Solar
- Energy Required to Heat the Tank:
The heat pump requires 4.16 kWh per day to heat 250L from 20°C to 60°C. - Daily Cost of Heating (Continuous Tariff):
Cost: 4.16 kWh x $0.40/kWh = $1.66/day. - Annual Cost Without Solar:
Total Annual Cost: $1.66/day x 365 = $605.90/year.
Energy Usage and Costs with Solar
- Using Excess Solar Energy (80% Efficiency)
- Energy Provided by Solar (80% of the Time):
Solar Contribution: 4.16 kWh x 80% = 3.33 kWh/day. - Cost of Using Solar Energy:
Opportunity Cost: If the excess solar energy were exported to the grid, it would earn $0.05/kWh. - Daily Cost of Using Solar:
3.33 kWh x $0.05/kWh = $0.17/day. - Annual Cost of Using Solar:
Total Annual Cost: $0.17/day x 365 = $62.23/year.
- Energy Provided by Solar (80% of the Time):
- Using Grid Electricity When Solar Is Insufficient (20% of the Time)
- Energy Provided by Continuous Tariff (20% of the Time):
Grid Contribution: 4.16 kWh x 20% = 0.83 kWh/day. - Cost of Using Continuous Tariff:
Daily Cost of Grid Usage: 0.83 kWh x $0.40/kWh = $0.33/day. - Annual Cost of Using Continuous Tariff:
Total Annual Cost: $0.33/day x 365 = $120.45/year.
- Energy Provided by Continuous Tariff (20% of the Time):
- Total Annual Cost with Solar for the Haier Heat Pump System
- Total Annual Cost (Solar + Grid):
Total: $62.23/year (solar) + $120.45/year (grid) = $182.68/year.
- Total Annual Cost (Solar + Grid):
Why Choose the Haier 250L Heat Pump Hot Water System with Solar?
- Optimised Solar Usage:
Maximise the use of your excess solar energy to heat water, reducing your dependence on grid electricity and significantly lowering energy costs. - Substantial Financial Savings:
By leveraging solar energy, you can reduce your annual hot water heating costs to just $182.68/year—providing a substantial reduction compared to using grid electricity alone. - Energy Efficiency:
With a COP of 3.6:1, the Haier Heat Pump is much more efficient than conventional electric systems, leading to lower electricity consumption and costs. - Enhanced Safety and Performance:
The integrated TPR (Temperature Pressure Relief) Valve offers an added safety measure, ensuring that your system operates reliably and safely by automatically releasing excess pressure. - Environmental Benefits:
Reduce your household’s carbon footprint by using renewable solar energy and improving the efficiency of your hot water system.
Get an Accurate Savings Estimate with Our AI Energy Analyser
This analysis provides a solid estimate of potential savings, but actual savings may vary depending on your household’s solar production and energy usage. To get a personalised and accurate estimate, try our AI Home Energy Analyser.
Ready to Save?
Discover how much you can save with the Haier 250L Heat Pump Hot Water System and solar integration. Use our AI Home Energy Analyser to find the perfect energy solution for your home!
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