How Heat Pumps Achieve High Efficiency
Unlike conventional electric resistive heating elements that must continually burn power to generate warmth, a heat pump works by extracting existing thermal energy from the air and concentrating it.
A clever refrigeration system with a compressor, evaporator and condenser coils allows ambient heat around 8-15°C to be absorbed, rapidly compressed into a higher temperate over 65°C then transferred to heat water. This process amplifies otherwise wasted environmental warmth rather than directly converting electricity to heat.
For each 1kW of electricity used to run the heat pump cycle, around 3-4kW of usable heat energy can be obtained in optimal conditions. By using freely available renewable thermal resources, over 75% less electrical input is required compared to traditional electric water heating. Continue to read the Apricus heat pump review and let’s learn more.
Advanced Proprietary Technology in Apricus Heat Pumps
While the fundamental technology of heat pumps offers high efficiency, Apricus models stand out with proprietary innovations that push performance even further. These include:
Optimised refrigerant flow allowing higher operating pressures and temperatures for greater heat extraction from ambient air. This widens the effective operating range in colder environments.
Larger heat exchangers featuring rifled tubing to maximise surface contact area for heat transfer while resisting corrosion and fouling.
Quieter high-efficiency customised compressor design improves reliability while minimising noise pollution. Carefully selected industrial grade components ensure longevity.
Sophisticated control board and operating modes fine-tuned over years uniquely for New Zealand conditions, optimising hot water delivery while maintaining top eco-efficiency.
This technology on Apricus 260L heat pump can save you a lot of money in the long run. Ask for the Apricus heat pump price list from us today and then we can help you realise how much you can save.
Real-World Savings of Apricus Heat Pump Hot Water Systems
Industry testing shows the coefficient of performance or COP for Apricus heat pumps consistently ranging from 3.5 up to 5.0 under normal operating conditions. This means for every 1kW of electricity consumed, 3.5 to 5kW of heat energy is produced for water heating purposes.
An average family home replacing a 24kW powered standard electric hot water cylinder could expect to save around $800 annually in reduced water heating bills by installing an Apricus system. This adds up to thousands in cost savings over just a few years – often paying for the entire system! This justifies the Apricus heat pump price as well.
Solar Integration for Even Greater Efficiency
Unique for a heat pump water heater, Apricus systems like the All In One model allow direct integration with rooftop solar PV systems by providing intelligent diverter functions. This enables free excess solar power generated during the day to heat water rather than wasting it by exporting to the grid at negligible buyback rates.
This provides a third layer of efficiency alongside the ambient thermal energy sourcing and electrical heat pump operation, now using renewable solar power without transmission losses for the ultimate in clean, green water heating at near zero marginal cost! Apricus heat pump manual explains more on how you can do it.
With advanced proprietary technology and solar integration capabilities, the exceptional efficiency delivered by Apricus heat pump water heaters makes them clearly New Zealand’s superior choice for sustainable and cost-effective hot water supply. Contact us to find out how making the switch could benefit your household or business!
Use our contact us page to reach us and we will be more than happy to discuss your hot water situation. Or give us a call on 0800 497658.
At Hot Water Solutions all we do is hot water!
