It has a higher efficiency rating (SEER Rating) and is energy star certified. It can heat to a temperature of -13 F. Mitsubishi’s FH hyperheat technology is definitely a suitable choice for you if you live in a region where extremely low temperatures are frequent.
In This Article...
What distinguishes Mitsubishi super heat from regular?
Hyper heating systems offer immediate relief in only a few minutes if you’re continuously battling the cold and looking for strategies to remain warm. Winter blues are over!
Above 47 degrees Fahrenheit, conventional heat pumps can only deliver their full heating potential. In contrast, the patented Mitsubishi Electric Hyper-Heating heat pumps can guarantee heating capability down to -13 degrees Fahrenheit and can deliver up to 100% heating capacity at 5 degrees Fahrenheit.
Mitsubishi hyper heat: what is it?
A more recent home heating system created by Mitsubishi is called Hyper-Heat. It has the benefit of being a heating and cooling system that doesn’t rely on ductwork, making it the ideal home comfort solution for a variety of homes and sizes.
Mitsubishi heat pumps: Are they worthwhile?
Strong Points: When it comes to ductless mini-split systems, Mitsubishi gives homeowners a wide range of alternatives. This includes a large range of product types in addition to a variety of SEER performance ratings to best fit consumer budgets. To meet all needs in your home, the company excels by providing wall-mounted, floor-mounted, and ceiling-cassette style units.
Customers will also appreciate the variety of cutting-edge innovations Mitsubishi incorporates into its products. The increased level of control that these technology add-ons give homes boosts efficiency.
One of the greatest and most dependable manufacturers of ductless heat pump systems is Mitsubishi.
Room for Improvement: Although ductless systems make installation simple, many households will find the cost of Mitsubishi mini-split systems to be prohibitive. Because of the nature of mini-split systems, the price will keep going up if you need to install units for more than one zone. However, like with most things, you get what you pay for, and part of what you’re paying for with Mitsubishi is its strong reputation and track record.
The Verdict: Mitsubishi is a great choice if you have a flexible budget and are seeking for a complete and typically dependable mini-split system for your home. A wide range of cutting-edge technology further enhance the value of their products, which have exceptional SEER and HSPF performance ratings. Mitsubishi is a top-tier company that offers top-notch goods.
Mitsubishi Average Price Range
The size, heating or cooling output, number of indoor heads, and installation aspects of the model you select will all have an impact on the final cost.
Mitsubishi Mini-Split System Series
Wall-mounted units are the most adaptable and widely used type of indoor heating and cooling systems, making them ideal for practically any home. These can be used for either a single zone or numerous zones and are made to sit high on the wall.
The floor-mounted units offered by Mitsubishi are ideal if you’re replacing a radiator or have a small space. They have H2i Hyper-Heating technology installed to maintain acceptable inside temperatures even in harsh external weather.
Consumers wishing to enhance their home’s heating and cooling system might choose sleek, ceiling-mounted cassette units. You won’t even be aware that these units are there because they are flush with the ceiling unless you really need them.
Top Models
Mitsubishi’s most outstanding ductless heating and cooling system is the ENERGY STAR-certified FH06NA Wall-Mounted System, which has a SEER performance rating of up to 33.1 and an HSPF value of up to 13.5. To ensure peak performance, the system comes equipped with a number of high-end technologies as standard, including a 3D i-See SensorTM, Econo Cool, and Blue Fin coating.
Thanks to its ENERGY STAR-certified efficiency, the Mitsubishi FH09NA Wall-Mounted System provides great heating and cooling comfort. Thanks to the unit’s SEER performance rating of up to 30.5 and HSPF ratings of up to 13.5, homeowners can make significant monthly savings.
For top-notch airflow across your entire room, choose between single-zone or multi-zone models of the floor-mounted Mitsubishi KJ09NA system. The KJ Series unit has H2i Hyper-Heating technology to maintain comfortable indoor temperatures even in extremely cold weather.
Large, open floor plans are perfect for the Mitsubishi PLA-A12EA7 Ceiling-Cassette System, which has a SEER performance rating of up to 27 and an HSPF value of up to 13. Additional comfort and control are offered with the 3D i-See SensorTM, which is optional.
The Mitsubishi GL06NA Wall-Mounted System’s compact form makes it ideal for rooms of almost any size. In addition to the unit’s remarkable performance, homeowners will appreciate the GL Series’ lowest noise levels in the market.
What is the lifespan of a Mitsubishi hyper heat unit?
Some HVAC systems have longer lifespans than others, but no HVAC system will ever endure forever. The following list includes some of the most popular HVAC systems and their typical life expectancies:
Heat pumps: While more sophisticated choices like Mitsubishi Electric heat pumps and Mitsubishi Electric micro splits can last longer with proper maintenance, heat pumps typically last for 15 years.
Although the lifespan of a ductless mini split varies, these systems can last up to 30 years with routine maintenance.
Furnaces: The typical lifespan of a gas furnace is between 20 and 30 years, and they can survive a very long time. On the other hand, oil furnaces can only operate for ten years before failing.
Boilers: With an average lifespan of 2035 years, boilers are one of the solutions that endure the longest.
Air conditioners: Depending on the environment and usage, air conditioners can last anywhere between 15 and 20 years.
While these figures are significant, life expectancy isn’t the only thing to take into account when selecting a new HVAC system. Consider efficiency and the amount of equipment you’ll need as well.
Even though a heat pump won’t last as long as, say, a boiler, it will operate considerably more efficiently and use less energy. Additionally, you won’t need to build separate heating and cooling systems because it can heat and cool your home.
It’s also crucial to remember that all HVAC equipment loses efficiency as it ages, and because of this, many homeowners decide to replace their HVAC units before they completely stop functioning.
A Mitsubishi heat pump can operate in how much cold?
Do not worry if you reside in a location with extremely cold weather. Mitsubishi Electric produces heat pump systems with Hyper-Heating INVERTER (H2i) technology, which can operate without additional heat down to -13 F and give up to 100% of heating capacity at 5 F.
How effective are heat pumps made by Mitsubishi?
Yes, but a heat pump wouldn’t completely stop operating until it became extremely, extremely cold.
There are many ratings for how cold a heat pump can withstand before losing efficiency. We will utilize the rating for a Mitsubishi Hyper HeatTM heat pump for the sake of this example, which is rated to deliver adequate heat production down to -13 degrees Fahrenheit.
Heat pumps have a rating “output. In this case, a heat pump may easily deliver 100% of its output at its optimum efficiency when the outside temperature is 30 degrees. However, as temperatures decrease, output decelerates along with them. When output decelerates, the heat pump will “Work more to maintain the warmth in your home. This is where heat pump efficiency rates start to fall since more energy is consumed to create a less amount of output, similar to when you have to press your foot on the accelerator to get your automobile up a steep slope.
The efficiency rate of the Mitsubishi Hyper HeatTM heat pump will start to decline at about 2 degrees Fahrenheit. You will receive about 87% of the unit’s output at -2 degrees. Additionally, you will receive about 76% of the unit’s output at -13 degrees. It is unknown at what temperature the device will completely stop functioning. Although some Mitsubishi paperwork suggests that the Hyper HeatTM heat pumps have a stopping point of -18 degrees, we haven’t yet experienced a day that was cold enough to test that.
A heat pump will also have to work harder to keep up with the quick loss of heat in older homes that have inadequate insulation, significant heat loss, or drafts. However, contemporary homes frequently have excellent insulation and are constructed to prevent heat loss. In these instances, the heat produced by a heat pump is kept inside the property and aids in the heat pump’s performance.
Can I heat my home with heat pumps without any other heat source?
Heat pumps may serve as the only source of winter heating in some climes with a warmer environment. In Maine, however, we advise that most households maintain a primary or backup source of heat in case of really chilly days or prolonged low temperatures when heat pumps could struggle to recoup from heat loss. While True North recommends biomass wood pellet heat or natural gas heat for reduced heating fuel costs and lower carbon emissions that contribute to climate change, these alternative sources can be oil, gas, propane, electric, or biomass.
What degree of heat does a heat pump not work at?
By absorbing heat from the outside air and transferring it to the air moving inside your home, an air source heat pump may heat it. Even though it might feel cold outside, there is frequently enough heat to heat your home adequately.
The typically mild winters in Atlanta make it possible for heat pumps to function effectively in most situations. But eventually, the outside temperature becomes too low for efficient operation. Most systems require temperatures between 25 and 40 degrees Fahrenheit for heat pumps to function effectively.
When the temperature is over 40, a heat pump performs well. Heat pumps begin to lose efficiency once the outside temperature falls below 40 degrees, and they need more energy to operate. The most effective heating choice for an Atlanta home is a heat pump until temperatures drop to 25 to 30 degrees.
Your heat pump will still work at 25 degrees. Because there isn’t enough thermal energy in the outdoor air for the heat pump to use in heating your interiors at this temperature, the system will need more energy as it operates.
What distinguishes a super heat mini split?
This means that it is made up of an exterior device called the compressor and an indoor one called the air handler. As ductless mini splits, hyper-heat solutions are reversible systems, allowing you to choose whether you want your space to be heated or cooled.
How quiet is a heat pump from Mitsubishi?
Decibels (dB) are used to measure noise levels, and the range of noises that you might hear throughout the course of a day is fairly broad, ranging from natural breathing (10 db) to fireworks (140150 db), which are so loud that they can inflict pain and ear damage.
The CDC lists a few more examples here:
How noisy are heat pumps? Mitsubishi Electric mini split heat pumps are ultra quietthe indoor unit operates as low as 19 db, and the outdoor unit operates as low as only 58 db!
These heat pumps have vibration dampeners and an insulated compressor chamber because they were made with quiet, dependable operation in mind. You also won’t hear any of the noise from loud fans coming out of the vents and ducts of your central forced air system because tiny splits don’t need ductwork.
Additionally, Mitsubishi Electric mini splits operate in a cutting-edge and effective manner, with variable speed fans that adapt to keep your living space at a constant temperature. Many customers state their new HVAC system often runs without them even realizing it, as there is no longer any loud clanging or whooshing as their furnace or central air conditioner switches on and off!
Are mini-splits energy-intensive?
Individual rooms or regions of your home can be cooled or heated using mini-split systems. They might therefore use less energy than central HVAC systems. But you’ll probably want to ask yourself, “Do mini-splits use a lot of electricity? ” before you put one in your house.
Mini-splits are an energy-efficient solution because they typically use much less electricity than central air conditioning and heating systems. The majority of them use 600 watts per hour or less. However, energy use varies according to use, temperature settings, and the state of the appliance.