VEELGESTELDE VRAGEN

Your savings depend on many factors such as your local cost per kWh, how much hot water usage you require, and what other systems are in place. Typically payback is reached within 5 years, with a 25 year product lie. For a free financial analysis and expert consultation please get in touch. Here are some examples:

Domestic hot water (DHW) only, without heating
Let’s consider a conservative example of a 5 inhabitant home with a local kWh average cost of €0.13 (EU average is €0.20*). With an average power consumption using a standard electric hot water boiler, the annual consumed power of 4500 kWhs would cost €585. With a TermoPlus domestic hot water pump the consumption would drop to 1100 kWhs annually costing €143. That would be an annual saving of €442 which over the 25 year life of the product would amount to €11.025, and that isn’t even taking into account the rising cost of electricity. If the cost per kWh was €0.29 as it was for an average household in Germany in 2016, the annual savings would be €986 and the lifetime savings would amount to €24.650.

Air-source (with and without DHW)
Let’s consider an example of a 200m² house with average insulation and underfloor heating. With the existing heating system an estimated annual requirement of 2700lts of heating diesel at a current estimated cost of €0,9 per litre would result in a yearly cost of €2.430. If this same house switched to a TermoPlus Hydrobox / Zubadan combo with an annual consumption of 5450kWh, the annual cost would be €709 assuming a rate of 0,13 EUR/kWh. That would be an annual saving of €1721 which over the 25 year life of the product would amount to €43.025 and that isn’t even taking into account the expected rise of fuel costs. Besides the above savings from the use of the air-source heat pump installation you would also have the additional savings from lower domestic hot water heating costs by using a Hydrotank instead of a Hydrobox. Let’s consider the above conservative example of a 5 inhabitant home with a local kWh average cost of €0.13 With an average power consumption using a standard electric hot water boiler, the annual consumed power of 4500 kWhs would cost €585. With a TermoPlus Hydrotank the consumption would drop to 1100 kWhs annually costing €143. That would be an annual saving of €442 which over the 25 year life of the product would amount to €11.025, and that isn’t even taking into account the rising cost of electricity. If the cost per kWh was €0.29 as it was for an average household in Germany in 2016, the annual savings would be €986 and the lifetime savings would amount to €24.650.

Geothermal
Let’s consider an example of a 200m² house with average insulation and a radiator system. With the existing heating system an estimated annual requirement of 3000lts of heating diesel at a current estimated cost of €0,9 per litre would result in a yearly cost of €2.700. If this same house switched to an Aquapump installation with an annual consumption of 6300kWh, the annual cost would be €819 assuming a rate of 0,13 EUR/kWh. That would be an annual saving of €1881 which over the 25 year life of the product would amount to €47.025 and that isn’t even taking into account the expected rise of fuel costs.
Air-source Eco Inverter with domestic hot water (DWH)
Let’s consider a small apartment of 60m² using liquid natural gas for heating 5 months a year at a monthly cost of €250 and €40 monthly for domestic hot water (DHW) all year round (totalling €1.730). Installing a passive heat pump with DHW tank would reduce the monthly cost of heating to €40 and of hot water to €8. That would be an annual saving of €1434 which over the 25 year life of the product would amount to €35.850 and that isn’t even taking into account the potential rise of natural gas costs. This real example achieved payback in less than 3 years with a 33% annual return on the investment.

Commercial / industrial
Since TermoPlus commercial / industrial heat pumps are custom built for specific needs, savings exceed any other commercial out of the box solution and any other existing technology. Particularly if a processes from which thermal energy can be harnessed exists.

*http://ec.europa.eu/eurostat/statisticsexplained/
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Dit is afhankelijk van de warmtepompfabrikant. Alle TermoPlus units kunnen gecombineerd worden met een bestaande verwarmingsketel, houtkachel of biomassa-installatie.

TermoPlus warmtepompen kunnen geïnstalleerd worden in nieuwe gebouwen en oudere gebouwen. De units kunnen samenwerken met vloerverwarming, radiatoren en convectoren. De TermoPlus Hydrotank kan bestaande warmwatervoorzieningen vervangen of upgraden.
In de meeste gevallen kan een warmtepomp het bestaande systeem vervangen. Zo kunt u ruimte besparen, maar u kunt ook het bestaande systeem behouden als backup.

Elke onderneming die verwarming en koeling vereist op een middelgrote tot grote schaal kan profiteren van de installatie van een geothermische warmtepomp. Hoe hoger de vraag naar verwarming en/of koeling, hoe groter het rendement op de investering in een warmtepomp. Fantastische resultaten zijn bereikt voor hotels, sportscholen, spa’s, welnesscentra, zwembaden, ziekenhuizen, onderwijsinstellingen, restaurants, winkelcentra, kantoorgebouwen, woongebouwen, lichte en zware industrie, fabrieken, opslag, wijnhuizen, medicijnfabrikanten, voedselverwerking en distributie, en energie-intensieve toepassingen.