Studies have shown that in-slab heating provides a most
enjoyable warming experience!
Fun on the floor!
Living with a warm floor opens up all sorts of possibilities!
Efficient, Luxurious, Simple:
Used in conjunction with our Air Sourced Cold Climate Hydronic Heat-Pump water heaters, home heating with hydronic (water-filled) heating coils in the slab provides luxurious comfort.
Hydronic Floor heating pipes are laid throughout the concrete slab in loops or circuits, during construction. Each circuit can be controlled independently to heat only the area(s) required. (Groups of circuits can be managed as one 'Zone' and controlled typically by room thermostat)
Warm water is circulated through the system of pipe work, the floor is heated and radiates warmth throughout the house.
Slab heating quote - email your house plan here
How much does it cost?
We specialise in working directly with the home-owner, but we are just as happy to work with Builders and other trades and hydronics specialists. The following is a guide to how much it costs to install a quality home heating system.
Generally, the larger the project the lower the overall cost per square meter.
- Floorcoils and manifolds can cost on average from $45 to $50 per sqm, supplied & installed
Water Heaters (boilers)
Note: Areas given are approximate for 5 star homes. Please call for sizing confirmation
don't recommend using traditional solar or evacuated
tube boosters, as these provide the least input when
- A natural gas boiler for up to 250sqm slab is approx.
$3,800 plus delivery & installation
- A natural gas Condensing boiler for up to 250sqm slab is approx.
$5,000 plus delivery & installation
- A natural gas Condensing boiler for up to 400sqm slab is approx.
$7,000 plus delivery & installation
- An air-sourced heat-pump system with buffertank, primary & zone circ pumps, expansion sub-system, can cost from approx $65/sqm to over $100/sqm depending on slab size, the larger the slab the lower the cost/sqm.
Geothermal or Air Sourced Heat Pump ?
Use an Air Sourced Heat Pump!
Invest the GEOTHERMAL groundworks money into solar electricity and get a much better return on investment, and a much more environmentally sound system!
A GEOTHERMAL heat-pump costs about the same as a Cold Climate Air Sourced heat-pump, but you have to add the substantial cost of groundworks . . . .
Instead, use a Skyline Energy Air Sourced Heat Pump and invest some of that money saved into Solar Electricty for a much higher return on your investment.
Air Sourced Heat-pumps:
*SIZING IS FOR SQM OF FLOORSPACE, IN NEW 5-STAR HOMES, BELOW 500m ALTITUDE, AND WITH STD CEILING HEIGHT OF 2.4M
CALL FOR FURTHER SIZING INFORMATION
Average system pricing includes 200Lt stainless steel buffertank, 1x primary circulation pump, 1x secondary (zone) pump, and 1x wall thermostat,
but does not include delivery or installation:
- An SX-04 (1kW input) 240v, 100Lt buffertank, system
for up to 40sqm floor space is about $6,400
- An SX-06 (1.4kW input) 240v, 100Lt buffertank, system
for up to 60sqm floor space is about $6,600
- An SX-08 (1.4kW input) 240v, 100Lt buffertank, system
for up to 80sqm floor space is about $6,900
- An SX-12 (2.3kW input) air-sourced heat-pump (240v) system
for up to 120sqm floor space is about $8,300
- An SX-13CC (2.6kW-3kW input) air-sourced heat-pump (240v) system
for up to 130sqm floor space is about $9,100
- An SX-13CCZA (2.6kW-3kW input) with super quiet, super efficient Ziehl-Abegg OWLET fans $10,000
- An SX-17CC (3kW-4kW input) air-sourced heat-pump (240v only) system for up to 170sqm floorspace is about $10,300
- An SX-17CCZA with super quiet, super efficient Ziehl-Abegg OWLET fans $11,300
- An SX-18 (2x2.6kW-3kW input) air-sourced heat-pump (240v) system
for about 180sqm floorspace is about $10,500
- An SX-20-3 (2x2.6kW-3kW input) air-sourced heat-pump (3ph only) system
for about 200sqm floorspace is about $11,200
- An SX-23-3 (2x2.6kW-3kW input) air-sourced heat-pump (3ph only) system
for about 230sqm floorspace is about $11,900
- An SX-24 (2x2.6kW-3kW input) air-sourced heat-pump (1ph or 2ph) system
for about 240sqm floorspace is about $13,400
- An SX-24ZA with super quiet, super efficient Ziehl-Abegg OWLET fans $14,300
- A V25 (2x2.6kW-3kW) air-sourced heat-pump (1ph or 2ph) system for up to about 250sqm floorspace is about $15,000
- A V25ZA with super quiet, super efficient Ziehl-Abegg OWLET fans $16,200
- A V35 (2x3kW-4kW) air-sourced heat-pump (1ph or 2ph) system for about 350sqm floorspace is about $16,200
- A V35ZA with super quiet, super efficient Ziehl-Abegg OWLET fans$17,300
Improved airflow and up to 15% higher efficiency compared to the standard fans.
Especially recommended for installations where noise could be an issue, the ZA model with low-noise Ziehl-Abegg "Owlet" fans.
High capacity models:
The following units are very powerful, however for domestic situations (houses over 340sqm heated floorspace) it may be more appropriate to use multiple smaller SX systems.
Average system pricing includes 400Lt stainless steel buffertank, 1x primary circulation pump, 1x secondary (zone) pump, and 1x wall thermostat,
but does not include delivery or installation:
- A V50-3 (2x4kW-6kW) air-sourced heat-pump (3ph only) system for about 500sqm floorspace is from about $16,700
- A V50-3ZAwith super quiet, super efficient Ziehl-Abegg OWLET fanst $18,300
- A V60-3 (2x5kW-7kW) air-sourced heat-pump (3ph only) system for about 600sqm floorspace is from about $18,800
- A V60-3ZAwith super quiet, super efficient Ziehl-Abegg OWLET fans$20,700
- We do NOT recommend using under-capacity
Heat-Pumps boosted by GAS/LPG/electric elements, as
these "HYBRID" systems may considerably reduce efficiency
and increase running costs, instead use the correct
sized heat-pump from our extensive range
- We do not recommend using multiple
domestic-type storage tank heat-pumps for hydronics,
as these work best with fairly static water - hydronics
requires continuous water flow, better suited to co-axial
heat exchangers which are more efficient
- We DO recommend using Solar
Electricty to offset heat-pump use!
- Although an LPG boiler is about the same cost as
a natural gas boiler - the LPG operating cost
is too high - use air-sourced Heat-Pump (only
use LPG if no mains electricity, but beware!
Note: we welcome trade enquiries, so get your builder/hydronics contractor to quote using our systems!
Hydronic Slab Water Heaters
THEY DON'T WORK WELL ENOUGH IN WINTER!
Ask this question of your Solar Hydronics supplier:
Over the heating season, what percentage of the total energy will come from the Solar, and how much from the "back-up" heater ?
For most homes, solar is just not a cost-efficient option for hydronic heating, typically providing
only about 25% of the energy required. (unless you have massive water storage - thousands of litres in insulated tanks, to collect and store lots of energy when it available, and deliver it over winter)
Note: The only other exception to this would be if the energy harnessed over summer could be fully utilised for a secondary purpose such as Pool heating. The additional cost of including a solar tube array system may then be justified.
In normal winter conditions, a Cold Climate Hydronics heat-pump will use less energy than the booster required in a solar-boosted GAS/LPG/Electric hydronics system. If you are in a natural gas area, you'll probably just use a straight gas boiler, if no gas use a correctly sized hydronic heat-pump.
We recommend Air-Sourced heat-pumps over Geothermal heaters, WHY?
click here for a more detailed explanation.
If you don't have natural gas or adequate electricity power supply for the required heat-pump, only then would you choose an LPG boiler.
- In summer, solar systems can provide 100% of the energy required for domestic potable hot water
- In winter and in the colder climates solar systems will need to run their boosters to ensure a safe water temperature.
- In the Southern States, home heating in winter requires far more energy than potable hot water.
In the Southern States where winter heating is a necessity, Solar systems (incl evacuated tubes) just do not provide enough energy when needed most, and for most home installations, can therefore at best only provide a token input.
- If you are in a natural gas area, you'll probably just use a straight gas boiler, if no gas use a heat-pump.
- In normal winter conditions, a heat-pump will use less power than the booster required in a solar or evacuated tube hydronics system.
- If you don't have adequate power supply for the required heat-pump, only then would you choose an LPG boiler.
Natural GAS is NOT a renewable resource and releases greenhouse gas emissions when burned. Historically Natural Gas has been cheap to buy in Australia - those days are over. The electricity used by air-sourced heat-pumps can be supplied by clean renewable energy systems.
Heat-Pump Hydronic Water Heaters:
Below ground, the temperature doesn't fluctuate as much as above ground. We can take advantage of that by burying pipes underground to extract heat. Generally, the deeper you go the ground gets warmer. The problem with Geothermal systems is that the cost of burying the pipes far outweighs the operating cost savings compared to an air-sourced heat-pump. (you will never save enough in lower operating costs, when compared to the installed cost of an air-sourced system)
Save your money and install a Cold Climate Air Sourced Heat Pump, or spend the extra on solar electricity - this will be a much more economical and sustainable option than geothermal.
HEATING THE NATURAL WAY:
An air-sourced Cold Climate hydronic heat pump uniquely extracts solar heat energy found abundant in the in air and transfers it to water.
Never buy a heat-pump that has an electric element - check first!
If it needs an electric element at any stage of its operation, then it's a hybrid not a true heat-pump.
The heat pump is probably undersized for the job.
As soon as the element kicks-in the electricity meter is going to start spinning faster and you've lost the entire reason for having a heat-pump in the first place!
This goes for domestic & commercial heat pumps too!
The air-sourced system is comprised of:
- Floorcoils laid in the slab to 1 or more manifolds
- Flow & return lines to/from manifolds
- 1 or more Heater Units
- Buffer Tank & expansion sub-system
- Recirculating pumps
- Wall mounted thermostat (Zone control)
Sensational air-sourced heat-pumps rated from 4kW to 200kW output.
These "21st Century" Hydronic Slab Water Heaters are unlike any other, because:
- They have sensationally low running costs
- They can keep your home warm all winter regardless of weather
- They are very durable and robust
- Multiple units can heat any sized slab
- Almost as efficient as Geothermal heat-pumps, but much cheaper to install
An Ecological Solution:
The mysterious air-sourced heat pump.
At first, our claims about this being a high efficiency solar system may seem outrageous, but really its quite simple - there is no magic, just science. Pushing refrigerant through a massive heat-exchanger at about -30oC, it readily absorbs solar energy in the form of heat out the air. Because they don’t rely on direct sunlight radiation, they can operate in all seasons of the year, under all conditions; shade, overcast, sun, rain, frost, even at night.
Long after a conventional solar collector array or evacuated tube system has given up and reverted to its booster, our air-sourced heat pump is still absorbing vast amounts of solar energy.
Geothermal systems provide the most efficient heating, however - unlike much of Europe where hydronic heating has been used for decades, in most area’s of Australia an air-sourced heat pump will provide similar performance to a ground sourced (Geothermal) heat pump, but there is no need bury hundreds of metres of pipes in the paddock.
With zoning control and even remote activation by telephone if required, used in conjunction with good building practices such as good insulation, hydronic heating with our state of the art, correctly sized air-sourced heat pumps can be an economical and ecological solution to your home heating requirements
During the life of this product, electricity will be generated more & more from renewable resources, making it the energy of choice:
. . . . “let us exceed your expectations”