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Heat Pump Hot Water System
Key Features
- Optimal Energy Utilisation: Both models use advanced technology to store 4 kW of heat energy for every 1 kW of power consumed.
- Significant Energy Savings: Consumes 75% – 85% less energy compared to traditional hot water systems.
- Environmental Benefits: Reduces household CO2 emissions significantly (2.9 tonnes for 180L and up to 4 tonnes for 270L annually).
- Ease of Installation:Designed as all-in-one integral units for quick and easy installation.
- Government Incentives: Eligible for federal and state incentives, offering substantial financial savings.
iStore 180L: Perfect for Smaller Homes
Offering premium efficiency and performance, the iStore 180L – Air to Energy is the perfect choice for smaller homes that want the best in hot water all year round, powered by the sun’s rays.
- Energy Storage: Efficiently stores 4 kW of heat energy for every 1 kW of power consumed.
- Environmental Impact: Offsets approximately 2.9 tonnes of CO2 annually.
- Operating Modes: Four intelligent modes, including a hybrid mode for additional guests.
- Energy Consumption: Consumes approximately 500 W per hour during the air-to-energy heating process.
- Thermal Efficiency: External wrap-around all-copper heating coil and dual anodes for superior system longevity.
iStore 270L: Ideal for Larger Homes
The iStore 270L is the perfect solution for homes in need of a constant, reliable supply of steaming hot water, all powered by the sun’s rays.
- Energy Storage: Also stores 4 kW of heat energy for every 1 kW of power consumed.
- Environmental Impact: Reduces your home’s carbon emissions by up to 4 tonnes annually.
- Energy Consumption: Similar to the 180L model but with a larger capacity for more total energy storage.
- Thermal Efficiency: Features an external wrap-around heating coil for maximum thermal energy transfer.
How iStore Heat Pumps Achieve 400% Efficiency
- Air Intake: A fan draws in air containing heat energy across the evaporator.
- Refrigerant Conversion: The evaporator turns the liquid refrigerant into a gas.
- Compression: The compressor pressurises the refrigerant into a hot gas.
- Water Heating: The hot gas inside the condenser coil heats the water in the coil-wrapped tank.
- Cycle Continuation: The refrigerant reverts to liquid and the process repeats.
Water Heating Cost Comparison
Heating hot water for your home accounts for up to a quarter of your electricity costs for the average Australian household. The iStore reduces hot water heating consumption by two-thirds from conventional electric or gas storage systems while reducing CO2 emissions by up to 4 tonnes annually. Installing an iStore could save you up to $1,000 per year on your energy bills.
Significant Reduction in Running Costs While Providing a Sustainable Source of Hot Water
The iStore reduces energy consumption by two-thirds when compared to conventional electric or gas storage systems, all while reducing the CO2 emissions of your home by up to 4 tonnes annually. Both the 180L and 270L models use exclusive technology to provide 400% efficiency, offering a sustainable and cost-effective solution for your hot water needs.
Choose the iStore Heat Pump with Max Power Electrical
Max Power Electrical is committed to providing top-quality solutions that combine efficiency, sustainability, and cost-effectiveness. Whether you choose the 180L or the 270L, you’ll enjoy reliable, eco-friendly hot water all year round. Upgrade to an iStore heat pump today and start experiencing the benefits of premium performance and environmental responsibility.
Get An Electrical
Solution Today
- Max Power Electrical, Unit 6/8 Oleander Dr, Mill Park VIC 3082, Australia
-
EMAIL
sales@maxpowerelectrical.com.au -
PHONE
1300 795 922 -
WEBSITE
maxpowerelectrical.com.au
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