Description
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.
The iStore does more than just heat water though, using its revolutionary air to energy technology, it acts as an effective battery alternative, tapping into your solar PV system in order to save you money.
- Make the most of your solar power system with this effective battery alternative
- Reduce your electricity bills
- Lower your annual carbon emissions
- Increase the value of your property
- Access Federal & State Government incentives
Benefits of iStore Heat Pumps
Considering an upgrade to your hot water system? Here are some compelling reasons to choose one of our iStore heat pumps:
- Easy Installation
iStore hot water systems are straightforward to install. They can replace existing electric or gas storage systems without requiring additional piping.
- Low Operating Costs
Operating an iStore heat pump is more cost-effective compared to traditional gas and electric systems. You can achieve even greater savings by integrating solar panels with your iStore heat pump.
- Multi-Mode Programming
These systems feature multi-mode programming to meet all your household hot water needs.
- Multi-Tap Pressure
A single iStore heat pump can maintain adequate pressure for multiple taps and outlets simultaneously.
- Enhanced Durability with Dual Anodes
iStore heat pumps are equipped with dual anodes, ensuring better durability and a longer lifespan.
- Quiet Operation
Designed for minimal noise, iStore heat pumps operate very quietly.
For more information about our iStore hot water systems or other water heating solutions, contact Hilton Plumbing. Our team possesses extensive knowledge of iStore heat pumps and all the products we offer. We are eager to assist you with any questions you may have.
Here’s how it works:
- A fan draws in air containing heat energy across the evaporator.
- The evaporator transforms the liquid refrigerant into a gas.
- The compressor pressurizes the refrigerant into a hot gas.
- The hot gas inside the condenser coil heats the water in the coil-wrapped tank.
- After heating the water, the refrigerant reverts back to a liquid and returns to the evaporator, starting the process again.
- This cycle continues until the target temperature is reached.