6000 btu cools how much

I often wondered how she could even sleep half her teenage day in there. We also upgraded it this summer. We moved the BTU to our room which is about sq ft I think it will be too big, but I shall see. Hopefully come 3 p. Thank you!!! Thanks for the information. I have. They both have energy efficiency settings and I can run the larger one to cool whole home only if I cooking or using the oven I might have to turn both on during the day. But at night use the one in bedroom.

Hi Amber, Thanks for the question! Hope this helps! Im looking to buy portable floor ac. I live in sq ft home. The kitchen livingroom combined. I wanna see how big of ac i should get btu. Your email address will not be published.

Save my name, email, and website in this browser for the next time I comment. Toggle navigation Learn Call Call Kara Zorn on May 13, 54 Comments. Cooling Capacity Calculator.

Calculate what size air conditioner you need this summer Area you want to cool in square feet: to to to to to to to to How many people are usually in the room? Yes No Is the room heavily shaded? Yes No Is the unit in a kitchen? About Our Team Kara Zorn is a wife and working mom who loves life hacks that help her schedule allow for as much quality family time as possible.

On the back of the unit is an exhaust hose that must be connected to a window kit that attaches to the window. The exhaust hose expels hot air out of the back of the unit and to the outdoors through the window. It is very rare to find a portable air conditioner that offers BTU output. However, it will actually only put out around BTUs of power and cool a room between to square feet. This rating refers to the amount of energy taken to expel heat from a room rather than the actual efficiency that the user will experience.

On the other hand, DOE ratings are much more up to date and should be the standard for portable air conditioner ratings. As we mentioned before, not every manufacturer will state the SACC rating. However, the latter is more true to real life and therefore should be sought after. Window air conditioners do not have this issue and the BTU ratings provided by the manufacturer are much more accurate.

The EER is a unit of measurement that is used for many heating and cooling systems, such as air conditioners. The EER will measure the ratio of cooling output compared to how much power is needed every hour to run the system. The higher the EER, the better the efficiency of the air conditioner. This is due to the fact that the BTU output is more impressive as the wattage per hour is increased. A lower EER will mean that your AC unit is less efficient and will require more power to cool your room.

The better the effectiveness, the less electricity the unit will be using while trying to cool your room down. When purchasing an air conditioner, you should always consider the EER to keep operating costs low. ECO mode can make your air conditioner quieter due to the fact that this mode allows the unit to run at a slower rate. This reduces the wattage per hour used and therefore lowers the running cost for your bills. Energy saving mode also helps to improve the EER rating, allowing you to save much more money in the long run.

Air conditioners can be incredibly beneficial in the hottest months to keep the heat from interfering with your daily life. However, they can also be rather loud when running. For an air conditioner to be considered quiet, the noise level needs to be around 40 to 60 decibels. Any higher than this will be considered too noisy to be quiet.

To put this sound level into context, bird calls or a library is considered to be around 40 decibels. A lively conversation is about 60 decibels. The majority of air conditioners will also come with a dehumidification setting. When activated, the dehumidifier mode focuses more on reducing the amount of moisture in the air rather than the temperature. Air will be drawn into the machine and the moisture will be wicked out of it and collected in a water bucket or expelled out the back of the unit to the outdoors.

The amount of humidity in your location will determine how much you need to rely on the dehumidification function. You also might get an LCD display with your digital controls which will tell you the exact settings being used at that time.

Being able to connect your air conditioning unit to your Wi-Fi network allows you to use more of its capabilities and even use it alongside other devices such as Amazon Alexa and Google Home. A Wi-Fi enabled air conditioner will be more expensive than one without this capability, but it makes the system much more usable and convenient. Remote controls are always convenient to have. Cement floor. According to your BTU calculator I would need 18, Not sure if they make that size AC in a portable?

In your situation, you would probably need two units, yes. Hello Pond, your dilemma is understandable. An average sq ft room would need a 7, BTU unit.

However, the 3 big windows can really increase the size of the air conditioner you need. Of the two choices, 8, BTU would be the optimum one. However, if the choice falls between 8, BTU and 13, BTU, an optimistic view is that 8, BTU should do the job well without increasing the electricity bill significantly. I am also thinking to add window films like reflective one to help cut down the sunlight and the heat. Why do you think he is saying that? Hello Mela, for the bedroom, 4, BTU device would be more than enough.

Basically, 5, BTU is usually a minimum you can get. I have a lanai square feet with aluminum enclosure and acrylic windows. What size portable AC would work? In the summer here central Florida the room fells like an oven! Hello Ron, for a sq ft you would need a 5,, BTU portable air conditioner. The minimum size of small portable air conditioners is 8, BTU.

The room has a 48 in open doorway to a 90 sq foyer directly opposite the window with the AC unit and a 30 open doorway to a sq ft dining room to the side. The current 8, BTU unit does not cool the living room sufficiently. Could I go with a 10, or 12, BTU unit? Thanks for the advice! Hello David, in most cases 8, BTU should be more than enough for a sq ft room.

However, in your situation with a big window area, the 8, BTU unit might struggle to achieve the required temperature. Here are the specs of my apartment: Ceilings: 8. I have my doubts. What do you think?

I live in southwestern Connecticut. Humidity is high and in recent summers the temperatures are sweltering for weeks. Hello Meg, the total area to cool down is sq ft. According to the EPA, you would have to multiply that number with 20 to correctly size your air conditioner unit. Of course, other factors such as sun exposure and your location can significantly increase the size of the AC unit that would be most appropriate.

Your friend is right. The fans are also useful in order to distribute the cooled air throughout the apartment. What size are the 2 window units that are currently installed? I use them only for those rooms. The BTUs are more than adequate for the spaces, but the units are too old to work properly and need to be replaced. The configuration problem I anticipate with using a single unit for the whole apartment is that the air flow from bedroom to living room involves passing through a narrow doorway and make a dog-leg turn.

I look on fans as efficiency boosters, not as mandatory links in the cooling chain, if you see what I mean. Nor do I want to end up blasting the AC in one room but still getting an inferior result in the other. Cooling the living room and the kitchen as one consolidated space is a much easier proposition. But with the need to work from home now, it would be a huge benefit to have another fully habitable room.

They get excellent reviews, and the sturdiness of the mounting looks like it might save wear and tear on the units, given that I must install and uninstall them every year.

Get two air conditioners. A less powerful one just for the bedroom, a more powerful one to handle the two hottest rooms living room and kitchen together. I need to keep an eye on the finances, but this is an infrastructure upgrade.

Have a cool summer! Considering this is for a normal housing with wood structure. For example, when I put in the specs for my apartment, 32 ft by 15 ft, 8 ft ceiling and heavily shaded, the BTUs come out to a little over 10, However when I checked off kitchen, it jumps up to over 14, Is that extra BTUs necessary whether or not the kitchen is actually being used? I am no cook and, except for using my microwave and toaster every everyday, I hardly ever use my kitchen except to go to the refrigerator to get something to drink or find something to heat up in the microwave.

Is there something about the mechanics of the kitchen that will automatically necessitate an increase of BTUs or is there an assumption that the kitchen is actively being used, i.

Hello Scott, thank you for your kind comment. The question is very on point; a rule of thumb is to add 4, BTU for the kitchen because people who have kitchen usually use it kitchen appliances, oven, stove, even fridge all create surplus energy.

There is nothing in the nature of the kitchen itself that would call for a more powerful air conditioner. My kitchen is open to the living room with an attached hallway. I have a total of 5 windows. Kitchen is All open and connected to each other. Please can someone help. Hello Miguel, the square footage of the kitchen, living room, and hallway combined is about sq ft. The minimum size of the mini split unit for sq ft would be 8, BTU. You might want to get an additional fan in order to create indoor airflow that will distribute the cool air evenly, even as far as the end of the hallway.

All in all, 12, BTU mini split air conditioner would make a whole lot of sense in your situation. Any help will do thanks Manny. Hello Manuel, you would need an 8, BTU air conditioner. If there is a hole in that wall, the air-conditioned air will reach both rooms. You can easily put it in the 1st room and then in the 2nd room. The smallest capacity for a portable AC unit is 8, BTU, you can check other small air conditioner choices here.

The room is 12 x Then there is a 5 x 5 casement on the east wall. Hello Bob, the space-wise structure you have there is quite complex. Hello, I am trying to get an AC unit for my fifth-wheeler. The ceiling has a height of 8 ft. Do you think a 15, BTU unit would be an overkill? Also, I am considering that since it is pretty long 32 ft 15, BTU could do a great job.

Thank you. Hello Julio, for sq ft, 15, BTU would be an overkill. The best solution here would be a 10, BTU unit with a strong airflow. Strong airflow — something above CFM — is better for long spaces because it can push the air along the space much better. As great as it is, unfortunately, it cannot be left in the window during cold winter.

Midea owners manual and Midea comments on Amazon recommends that the unit be taken out and stored for winter. I suggested that most people in cold climates never remove their window units, especially heavy 10k BTU models. This is especially true for apartment dwellers, who also have no place to store big AC units. I fear that Midea will get lots of warranty calls next summer when these units fail.

Hopefully they can fix this. Hello Jeffrey, thank you for the insight. I just bought a little single wide in Texas. I am thinking of buying a mini split. You would need about 20, BTU device, or even a bit more. I just want to start out by saying this is an awesome website and super helpful. I have a sq. I plan on installing a 2. It is insulated very well with decent heat load as I live in California.

Hello James, thank you for the compliments. You have the right idea about the placements of the 2 head units; a 2. I have a sq ft garage. The mini split system I am looking at comes in or btu. What is best for this size garage? Now, 18, BTU would definitely do the job but it might be an overkill. According to the calculation, the 12, BTU is nearly enough. Basements tend to be colder because they have less sun exposure and are located near the ground.

I have 3 large, sun drenched windows in the front room. The ceilings are 8 feet. Hello Missy, 8, BTU is the optimum capacity. The 10, BTU would be overkill; it would cool the space better due to 2, BTU more cooling power but the electricity bill and the initial portable AC cost would be higher.

You have to close the door somewhere in order to create a sq ft isolated area. I am building a small L shaped home. How climate is mostly in the 80s year round and very humid Hawaii problems? What air cooling system would you recommend. Thank you for your help. The best option are the 3-zone mini-split units ; you get 1 outside unit and 3 indoor air handlers you distribute evenly around the house.

What btu would I need for a window unit? But not sure if this will be correct?? Hello Tracy, for a big house with big rooms bedroom, 2 other rooms , you can buy a multi-zone mini-split system. My girls just moved into a small 2 bedroom house without ac. We need to decide on portable ac or a window unit. Also I love your calculator. In most literature I see it measured by square footage per room and that it wont cool anymore than that and it wont cool correctly if unit is too big for that room.

Hello Joy, thank you for your kind words. These are the kind of issues you get with window ACs. The total square footage is about sq ft. Normally, you would need a 13, BTU unit for that.

If you account for hallways, a 15, BTU portable AC unit placed on the hallway between the rooms might be the most optimum option. You can check some of the best portable ACs with a high-efficiency rate here. Hello…I live in Mesa, Az and want to install a Mitsubishi mini-split for my garage. I want to be able to cool the garage down to 80 to 85 degrees from to degrees outside temp.

Even in those conditions, the safer way is 25 BTU per sq ft. For a 9 foot garage, 30 BTU per sq ft might be more appropriate. With 1 window, good insulation, 18, BTU might just be enough, yes. You can check some of the air conditioners appropriate for the garage her e, maybe it could help a bit. This subject can be much more complicated…. My room is High ceilings or unusual floor plans also require additional cooling power, which means you should plan for another 10 percent above the standard BTU level.

Living in a warmer climate also means you need to add on between percent more BTUs per room. Read on:. If your air conditioner has a bigger BTU rating than the room size needs, it will cycle off too quickly, waste energy, and will not adequately dehumidify the space.