Our solar hot water flat plate collectors heat up water. Hot water is stored in massive insulated tanks and used for space and process heating.
Geoflow is local partner with Savosolar and jointly provide solutions to Australia and New Zealand.
Savosolar is manufacturer of world’s most efficient collectors.
Collectors are made in Finland and carry on 10 year warranty for guaranteed performance.
For large gas users, we can reduce 50% of annual gas consumption.
A single system saving $500K per annum is installed in less than 3 months.
The highest efficiency means the least land required for our solution.
We can add an absorption chiller to our large solar thermal system to provide free cooling solution.
With government support on business energy assessment, we can assess your energy use profile and assess the annual energy production with our solution and calculate Return On Investment (ROI). Contact us to discuss how our large scale solar thermal heating can save for your business.
For the same installation cost, Geoflow/Savosolar solution delivers 55% more energy per annum per m2 in compared to conventional solar hot water collectors and 450% more energy in compared to solar PV.
Higher efficiency means less collector and less land/roof space is required for a specific amount of annual energy.
In Australian climatic condition and for most applications with less than 60C hot water demand, evacuated tubes can deliver less heat in compared to flat plate collectors. Read more
If heating is your major energy cost, solar electricity will be delivering 4.5 times less heat. In compared to solar thermal you might install heat pump with solar PV to generate heat but note that it will cost more to install and will never reach Geoflow/Savosolar solution heat output.
Solar thermal for heating space can be stored in low cost large hot water storage tank, Solar electricity is stored in battery which cost 10 folds and dies before paying back for itself.
With government support on business energy assessment, we can assess your energy use profile and assess the annual energy production with a range of solution and calculate ROI for different scenarios so you can decide what system suits best for your application. Contact us to discuss how we can assist you.
Geothermal energy uses 1 unit of electricity to provide 3-5 unit of free energy (heat) from ground.
Water is circulated in pipes buried in ground (installed in horizontal trenches, vertically drilled boreholes or in large dams) to absorb free energy from ground and water mass to heat and cool your home.
Geothermal system can also provide domestic hot water. During cooling, domestic hot water will be a by-product and absolutely free.
Geoflow is proud to have the only Australian Certified Geothermal Designer (CGD) on-board.
For houses with high heating demand, Geoflow combines geothermal with solar thermal to maximize efficiency and minimise installation costs.
Geothermal is not an off the shelf product. Only if designed correctly, Geothermal can be 3-5 times more efficient than conventional heaters and air conditioners and up to 2 times more efficient than the best conventional solutions like VRF. Read More
We first assess the energy performance of the existing system and compare it to benchmark data.
If required, we can install electricity meters and temperature sensors and use a thermal camera to assess how to minimize energy demand.
Waste energy recovery is assessed like boiler flue gas heat recovery or heat recovery on ventilation system.
Alternate fuel sourcing is assessed with emphasis on renewables like solar thermal heating and cooling and large tank storage, Geothermal and solar PV.
All energy-saving measures are proposed based on Return On Investment (ROI) and co-benefits so the business owner can decide if it suits the bussiness.
We identify a range of government subsidies that the business can apply.
New income sources like ERF payment from the government on the reduction of CO2 emissions are identified.
Unlike 6-Star rating, our hour by hour 3D modelling with TRNSYS is realistic modelling and results can be used to:
Work in conjunction with the architects to apply passive solar design principles and minimize house energy costs.
Accurately size heating/cooling system, ducting, hydronic, etc.
Design and assess energy performance of renewables to allow making decision based on annual and actual kWh’s and $ savings. Systems like Geothermal, Solar thermal, Solar PV and battery storage need to be assessed for every hour of a typical year.
Our assessment are based on NCC Section 126.96.36.199; Verification using a Reference Building method. It replaces 6-Star rating or deemed to satisfy method for energy compliance.