Author: Jeff O'Hara
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Severe winter weather is no longer an anomaly here in Houston, TX. Weve been enduring colder-than-average conditions for the last three years, including the most recent Christmas Eve freeze of . Many of us, including your humble blog writer, found ourselves surprised by how inadequately many of our home heating systems performed.
Now, of course, Houston area homes arent built with brutal winter weather in mind, considering we spend 70 80% of the year with the air conditioner on. This means furnaces are often an afterthought when its time to replace our HVAC systems, especially when we see what that new air conditioner costs. Usually, homeowners will opt to install a less expensive furnace to save money on the unexpected installation costs.
Since the s, whole-house HVAC systems have been the standard for residential comfort systems; for the most part, they have served us well. But, much for the same reason, you wouldnt drive a car based on 50-year-old technology and wouldnt want to continue heating and cooling your home with outdated methods.
As part of our exclusive partnership with Trane® Technologies, Nicks Air Conditioning is proud to offer the complete line of Mitsubishi Electric ductless, mini-split heat pumps. The purpose of this blog, however, will not be to persuade you to install a Mitsubishi Electric heat pump well get to that in a future blog. Instead, well introduce you to the concept of the inverter heat pump, what makes them different from whole-house HVAC systems, and why one may be a good choice for your home.
Right out of the gate, Id like to clear up the misconception that a heat pumps only purpose is to provide heat. Heat pumps, or mini-splits named for their small size and dual functiondo not function like a standard air conditioner or furnace. When in heating mode, the pump draws heat out of the outdoor air to transfer into your home. In cooling mode, the pump instead draws the heat out of your home and disperses it outside. Heat pumps use a liquid refrigerant to facilitate the movement of heat from one set of pump coils to another.
The best way to explain what an inverter heat pump does is to first look at how our current, standard HVAC systems operate. With a traditional HVAC system, window AC units, and even space heaters, a continuous on-off-on cycle must be maintained to keep your home comfortable.
The length of each on or off cycle will vary, based on weather conditions and thermostat settings, with your HVAC system constantly playing catch up to the thermostat once the temperature drops below the set point. The repetitive cycling is because your central AC or furnace can only operate at one speed: full blast. Its either on or its off. There is no in-between. Instead of being restricted to a single operating speed, inverter heat pumps use a fully variable-speed compressor motor that can run at any power level.
To generate heat, a furnace requires a combustible fuel source to provide the energy, usually natural gas, propane, electricity, or a combination of two of those. Heat pumps do not use combustible fuels to generate their heat; they use standard 110-volt electrical power. As a bonus, during the summer, your heat pump can operate in reverse to extract air from your home to cool it down using it as an air conditioner.
As an inverter heat pump is designed to change motor speeds to continually react to temperature sensors instantly, it never completely shuts off. Consider an inverter heat pump compared to a car running in cruise control mode without manual intervention, the inverter pump will not start or stop. Instead, it will run in a variable-speed mode where the amount of energy used is continually adjusted as needed to maintain the desired temperature and humidity levels.
Under normal usage conditions, mini-split heat pumps can last between 12 15 years, especially if maintained properly. Since inverter heat pumps are relied upon for twenty-four-hour-a-day operation for much of their lifespan, it can be expected that the replacement of moving parts or motor brushes may be required.
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Its no secret that the home heating and air conditioning industry is changing for the better, as environmental concerns and the need for higher efficiency to reduce energy use and cost. Nicks Air Conditioning is at the forefront of that change, offering the newest products from our manufacturing partners Trane® Technologies and Mitsubishi Electric, as well as the training and expertise to install and service them.
If you still have questions about inverter heat pumps and if theyre suitable for your home, call Nicks Air Conditioning, and ask for one of our HVAC experts.
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he difference between the inverter and non-inverter heat pumps lies in the manner in which they deliver their energy. Non-inverter heat pumps usually work by turning on and turning off the system. When turned on they operate at 100% capacity to supply the high heat demand in the property. In addition, they will function as such till the demand has been catered for. Afterward, they will cycle on and off to regulate the temperatures.
On the contrary, a variable speed compressor is used by inverter heat pumps to modulate those temperatures by increasing and decreasing its speed to match the exact property demand requirements as the external temperature changes
.For more information, please visit Advanced technology evi heat pump supplier.
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