Air to Water Full Inverter Heat Pump

Core Strengths

18 years experience - FANTASTIC company has manufactured over 52,000 DC inverter  heat pumps worldwide

Save Money & High Performance  -
a. 4-core Full Inverter Design 
FANTASTIC air to water DC inverter heat pump is real full-inverter technology, not only DC inverter compressor, but also with DC water pump and DC fan motor, what's more, the expansion tank & water flow switch are also built-inside of the heat pump.

b.High Cop and 30% energy-saving more than a transitional heat pump
FANTASTIC inverter heat pump with inverter compressor and DC fan motor, and PFC control method, the heat pump can regulate the operation capacity. With no frequent start-up and stop running, the heat pump work in stable condition with high efficiency. The emery consumption is 30% less than that of a traditional heat pump. And with Intelligent curve control and, any weather available, meet the needs of summer cooling, winter heating and hot water throughout the year

Long life with famous brand high-quality components - CAREL controller and CAREL expansion valve for option, Panasonic or MITSUBISHI compressor, SHIBAURA inverter fan motor, and also built-in expansion tank, and WILO water pump, SWEP plate heat exchanger, and with an element under button plate, and so on. All the heat pump with famous international brand components and built-in the expansion tank and water pump inside, convenient to install

Super Quiet - FANTASTIC inverter heat pumps are 10 times quieter than another normal heat pump by the dc fan motor and dc water pump.
Stable operation under -20 ℃ ambient - FANTASTIC inverter heat pump with smart inverter control could work under ambient temperature range: -20 degree~43 degrees.

A geothermal heat pump works with the concept of earth-thermal heat. This occurs because the earth continually heats and cools, even in seasons when the outside temperature does not change very much. During summer, the earth absorbs heat from the sun while it remains relatively cool to the touch. During winter, when the earth is extremely cold, it quickly heats up as it reaches its freezing point and stores heat in the soil for later use.

So, in order to take advantage of these earth changes, a geothermal heat pump uses a closed Loop system. The end result is that the pump does not have to work as hard or as long as other types of open-loops such as air-source heat pumps. This means that they can operate at a lower cost. Closed-loop systems are also more efficient because they do not need to run continuously to maintain their operation. There are two main types of geothermal heat pump systems: open-loop systems and closed-loop systems.

The most common geothermal heat pump used in homes is an open-loop system. A ground loop system is one in which the pump itself is located inside the house, usually in the crawl space under the foundation. In this system, the pump circulates air through ductwork, then into the home. If you choose this type of system, you will need to be especially careful of noise, which can be significant if the home's interior is a basement. Open-loop systems are cheaper to install and run, but they are also noisy and tend to overheat during the winter.

For those who do not want to go with an open loop system, there are options like hydronic and geothermal heat pumps. These types are installed below ground and can actually save money. Geothermal and hydronic pumps both are geothermal, or heat sucking, whereas open-loops suck air in through vents. With either installation costs or energy savings, both are relatively low. Depending on your location, you may even qualify for state and federal grants to offset some or all of the installation costs of your geothermal and hydronic systems.

As for the cooling component, your geothermal systems are much like your air conditioning and heating systems. They use Freon to absorb heat during the day and use it to keep the home cool. Depending on the size of your home and your climate, you may need a cooling system of some kind to offset the heat absorption.

Once installed, you can expect your geothermal heat pumps to last for many years. Because the systems work from ground up, they are not as likely to break down because of wear and tear. Your local geology will play a large role in the longevity of your installation. The thickness of the ground will greatly influence the life of your system. You should plan on having your geothermal heat pumps installed by professionals who use the latest technology and materials.