Hydronic Heat Pumps - Embrace the Future

Eco-Friendly Hydronic Heat Pump Systems Melbourne

New Builds or Upgrades to Stiebel Eltron Hydronic Heat Pumps and Transition from Gas Boilers 

Transitioning from a gas boiler to a Stiebel Eltron heat pump is a strategic move towards a sustainable, energy-efficient, and comfortable indoor environment throughout the year. 

Why Stiebel Eltron? 

  • Market leading brand: Superior technology, quality manufactured products 
  • Energy Efficiency: These heat pumps excel in energy efficiency by converting environmental energy into heat, resulting in reduced energy consumption and, consequently, lower energy bills. 
  • Eco-Friendliness: Utilizing renewable energy from the air, ground, or water, Stiebel Eltron heat pumps contribute to a reduction in carbon footprint. Unlike gas boilers, they do not emit carbon dioxide or other harmful gases. 
  • Reliability: The hallmark of German engineering is quality and reliability, traits embodied by Stiebel Eltron heat pumps. These durable systems ensure reliable heating and cooling for years to come. 
  • Versatility: The multifunctional Stiebel Eltron heat pumps provide heating, cooling, hot water, and pool heating, eliminating the need for separate systems and thereby saving space and installation costs.

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Transitioning from Gas Boilers 

While gas boilers have been a prevalent heating solution for years, they are neither environmentally friendly nor cost-effective. Transitioning to a Stiebel Eltron heat pump offers several advantages: 

  • Reduced Carbon Emissions: Gas boilers emit carbon dioxide and other harmful gases, exacerbating climate change. In contrast, Stiebel Eltron heat pumps harness renewable energy sources, minimizing carbon emissions and environmental impact. 
  • Cost-Effectiveness: Although the initial investment for a heat pump may exceed that of a gas boiler, the operating costs are substantially lower. With the escalating cost of gas, this differential will only widen over time. 
  • Minimal Maintenance: Gas boilers necessitate regular maintenance to ensure safe and efficient operation. Conversely, Stiebel Eltron heat pumps are virtually maintenance-free, resulting in time and cost savings. 
  • Enhanced Property Value: A modern, efficient heating and cooling system can augment property value. It also appeals to potential buyers seeking an eco-friendly and economical heating solution. 
  • Victorian Government Ban: Gas connections will be banned next year (2024) in Victoria's new homes and government buildings.


How Does a Hydronic Heat Pump Work?

A Hydronic heat pump system converts environmental energy into heat. As the Earth has natural heat coming from the ground, it can be used to heat your home or commercial property. 

A heat exchanger (or evaporator) will transfer the heat to a refrigerant with help from a compressor. The refrigerant boosts this energy to a higher temperature level, making it suitable, via another heat exchanger (condenser), for heating & cooling your home or your domestic hot water system. 

First, the ground or outdoor air heat is transferred to a refrigerant via a heat exchanger (evaporator). With help from a compressor, the refrigerant boosts this energy to a higher temperature level, making it suitable, via another heat exchanger (condenser), for heating & cooling your home or your domestic hot water system.

Embrace the Future 

Ready to transition to a more sustainable and cost-effective heating solution? Contact our expert team today for a complimentary consultation and quote. We will assess your property and recommend the most suitable Stiebel Eltron heat pump system for your needs.

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What Types of Hydronic Heat Pumps Are There?

There are three primary sources of hydronic heat pumps.

Air Sourced

The hydronic heat pump draws heat from the outside air during the heating season and pushes heat outside during the summer cooling season. 

It may be surprising that when outdoor temperatures are cold, a lot of energy is still available, which can be extracted and delivered to the building, even in temperatures as low as -20c.

Ground Sourced

Geothermal heat pumps absorb the heat from the ground through pipes laid underground. Inside these pipes is an eco-friendly brine, which absorbs the heat into a heat pump evaporator. There are two types of geothermal heat pumps, with two very different installation methods. 

The pipework needed for these systems can either be inserted into boreholes drilled deep into the ground or laid horizontally near the surface. Geothermal probes, inserted up to 100 metres below the ground in vertical boreholes, have the advantage in that they do not take up a lot of space. 

The horizontally laid geothermal collectors are only 1.5 metres below ground level but need about two to three times as much surface area as the living area you’re heating. If your property is large enough, you can use a geothermal heat pump to take advantage of the almost inexhaustible supply of energy available to you from the ground. Even better, these heat pumps are virtually maintenance-free.

Water Sourced

Groundwater can be great storage for solar heat. Even on the coldest days in winter, it can maintain temperatures of +7 °C to +12 °C. The steady temperature level of this energy source means your hydronic heat pump can achieve an almost consistent performance all year round. 

The only downside – groundwater in high enough quantities isn’t always readily available. It’s still worth checking if it’s an option for your home, though delivery and returns well will need to be drilled on your property.

Unsure which type of hydronic heat pump will best suit your property? 

Contact our expert team today, who can assess your property and install the highest-quality hydronic heat pumps.

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