Best 10000 BTU Air Conditioner 2023 ~ Top AC With 10000 BTUs

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Table of Contents_

• Top 10000 BTU Air Conditioners
  •  #1  Frigidaire FFRE103WAE Air Conditioner
  •  #2  GE AHEK10AC Air Conditioner
  •  #3  TCL 10W3E1-A Air Conditioner
  •  #4  LG LW1016ER Air Conditioner
  •  #5  HOmeLabs HME030341N Air Conditioner
  •  #6  Midea MAW10R1BWT Air Conditioner
• Beginner’s Guide to 10000 BTU Air Conditioners
  • What Is a 10000 BTU Air Conditioner?
  • 10000 BTU Air Conditioners vs Other Air Conditioners
  • How 10000 BTU Air Conditioners Work
  • Why Should You Buy a 10000 BTU Air Conditioner?
    • Is a 10000 BTU Air Conditioner Worth Buying:
    • Why a 10000 BTU Unit May Not Be For You:
  • How Long will a 10000 BTU Air Conditioner Last?
    • Amount of Use
    • Maintenance and Cleaning
    • Direct Sunlight
• How to Choose the Best 10000 BTU Air Conditioner
  • 10000 BTU Air Conditioner Key Factors
    • 1. What is its cooling power?
    • 5. Do you need advanced or extra features?

Cooling power and efficiency are the most important qualities to look for in the best air conditioners. This includes models that fall into the best 10000 BTU air conditioner category. These two aspects are closely intertwined, as cooling power is measured by BTUs (British thermal units), and BTUs inform how efficiently a unit can cool a room. That’s why most manufacturers feature this measurement prominently.

Frigidaire FFRE103WAE Window Air Conditioner,…

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GE Window Air Conditioner 10000 BTU, Wi-Fi…

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TCL 10W3E1-A Home Series Window Air Conditioner,…

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10000 BTU AC units are among the most powerful available as window units, and using the EPA’s minimal standard of “20 BTU per square feet,” this means that a 10000 BTU air conditioner can efficiently and quickly cool a room of about 400-500 square feet. That makes it a great choice for large spaces like master bedrooms, mid-sized kitchens, and mid-sized rooms with high ceilings. And, if it has any noise issues, we have a guide to help you fix a buzzing AC unit, especially large ones.

There are several important factors you should consider when shopping for an AC unit in this BTU range. 10000 BTU models are more energy-efficient than the top 12000 BTU A/C models while still being capable of cooling spaces of similar size on the lower end. They also tend to offer more features than lower-BTU units, such as full-function remote control, 24-hour timer, advanced digital controls, voice control, and more.

Keep reading our buying guide to learn more about the best 10000 BTU air conditioners and what they offer.

Top 10000 BTU Air Conditioners

 #1  Frigidaire FFRE103WAE Air Conditioner

1,241 Reviews

Our #1 Pick is the Frigidaire FFRE103WAE Air Conditioner

Award: TOP PICK

WHY WE LIKE IT: This model features impressive cooling power and multi-speed fans that deliver cool air to a small apartment or office space. Additionally, this model features simple onboard controls and multiple operating modes to keep a home from feeling stuffy or humid.

Pros

• Impressive coverage area
• Multi-speed fan
• Reusable filter

Cons

• Loud on highest power

The Frigidaire FFRE103WAE air conditioner is an excellent pick for users needing year-round comfort and temperature management in a small room or garage workshop. This model offers superior cooling power and a multi-speed fan to deliver comfortable conditions within minutes. Additionally, this model features a 24-hour timer so users can create an air conditioning schedule to save time and money. While this model gets loud at full power, users will love the Sleep Mode, that’s meant to keep them comfortable during the evening hours.

In addition to an excellent Sleep Mode and a 24-hour timer, the Frigidaire FFRE103WAE air conditioner delivers efficient temperature management thanks to a strong compressor. This AC unit features automatic temperature management that targets a user’s preset temperature. Additionally, the ECO mode reduces energy costs by cycling the unit’s power while maintaining the desired temperature. Lastly, the wireless remote control is fully-featured, and users can control this AC unit from their bed, couch, or office desk.

 #2  GE AHEK10AC Air Conditioner

Sale

1,701 Reviews

Our #2 Pick is the GE AHEK10AC Air Conditioner

Award: HONORABLE MENTION

WHY WE LIKE IT: This model offers simple maintenance and a removable filter so users can keep their device in peak operation. Additionally, users will love staying comfortable and refreshed on hot summer days with smart home connectivity and a dedicated application.

Pros

• Simple to maintain
• Lightweight
• Smartphone connectivity

Cons

• Remote misses some inputs

The GE AHEK10AC air conditioner is a compelling option for users needing efficient temperature control that effortlessly fits into a smart home or interconnected workspace. This model features WiFi connectivity and a dedicated smartphone app so users can monitor and control their indoor conditions from anywhere. Additionally, this model works with Amazon Alexa and Google Assistant for voice-activated temperature adjustments. While the remote misses some inputs, users can use the smartphone app instead.

In addition to a dedicated smartphone app and smart home connectivity, the GE AHEK10AC air conditioner delivers strong cooling power to tight office spaces, bedrooms, or small apartments up to 450 sq. ft. The efficient ECO mode automatically turns off the AC compressor and fans when the desired temperature is reached, saving users money on energy costs. Additionally, users will love the easy installation that only takes minutes and the strong fixed chassis that even fits in a double-hung window.

 #3  TCL 10W3E1-A Air Conditioner

2,246 Reviews

Our #3 Pick is the TCL 10W3E1-A Air Conditioner

Award: BEST FOR EASY INSTALLATION

WHY WE LIKE IT: This model delivers a great coverage area and multi-directional vents to disperse comfort and circulation to a crowded office or small apartment. Additionally, the display is bright, and the onboard controls are responsive and straightforward.

Pros

• Bright LED display
• Great coverage area
• Easy installation

Cons

• Somewhat heavy

The TCL 10W3E1-A air conditioner is an excellent choice for users wanting to cool their home or ensure that the air never gets stale or stuffy. This model cools spaces up to 450 sq. ft. thanks to multi-speed fans that evenly distribute cool air around the garage, office, or studio apartment. This Energy Star Certified model features an efficient ECO mode to target the desired temperature without constantly running the AC unit. While this model is heavy for some users, the sturdy mounting kit ensures that the unit stays secure.

In addition to a strong mountain kit and a great coverage area, the TCL 10W3E1-A air conditioner delivers a sound-conscious AC unit for light sleepers or users with small children. This model operates at 54 decibels, which is about the volume of light rainfall. Users will love the 8-way cooling power that utilizes two 4-way vents to distribute and circulate air around the room evenly. Additionally, this model features a crystal-clear LED display that keeps users informed about their indoor conditions and the current operating mode.

 #4  LG LW1016ER Air Conditioner

Sale

16,326 Reviews

Our #4 Pick is the LG LW1016ER Air Conditioner

Award: BEST FOR OFFICES

WHY WE LIKE IT: This model features a simple installation and straightforward onboard controls to deliver circulation and comfort to a mid-sized room or shared workspace. Additionally, this model features multiple operating modes and a removable filter to meet numerous needs.

Pros

• Included mounting kit
• Removable filter
• Multiple operating modes

Cons

• Loud on high power

The LG LW1016ER air conditioner is a stellar pick for users needing a modern and user-friendly device to keep their private office or mid-sized workspace relaxed and comfortable through hot summer months or humid days. This model features multi-speed fans that offer three cooling and fan speeds to maintain spaces up to 450 sq. ft. While this model can get loud on maximum power, users will love the focus-inducing low power mode that operates at 52 decibels.

In addition to a low-noise mode and multi-speed fans, the LG LW1016ER air conditioner features a durable and user-friendly design ideal for a shared workspace with multiple workers or roommates. The wireless remote allows for complete control over the AC unit’s current operating mode, the preset temperature, and fan speed. Additionally, the onboard buttons are straightforward and responsive. Lastly, this model features a removable filter that washes with soap and water, and it catches dust, dirt, and large airborne particles.

 #5  HOmeLabs HME030341N Air Conditioner

2,163 Reviews

Our #5 Pick is the HOmeLabs HME030341N Air Conditioner

Award: BEST FOR APARTMENTS

WHY WE LIKE IT: This durable device features a reusable and washable filter that keeps dust, dirt, and large airborne particles to a minimum. Additionally, this model offers powerful fans to stop hot rooms or tight office spaces from feeling stuffy or stale.

Pros

• Strong fans
• Great display
• Good remote

Cons

• Only 4-way airflow

The hOmeLabs HME030341N air conditioner is an excellent choice for users needing efficient and convenient cooling power to refresh their office space, studio apartment, or multi-car garage, even during hot and humid summer months. This model features a 24-hour clock that allows users to schedule their air conditioning or set the unit to turn off or on automatically. Additionally, this model features a user-friendly ECO mode that saves users energy costs. While this model only offers 4-way airflow, users will appreciate the powerful fans that evenly disperse fresh air.

In addition to powerful fans and a 24-hour timer, the hOmeLabs HME030341N air conditioner delivers a user-friendly and responsive onboard control panel. With the crystal-clear LED display and straightforward controls, users can choose between three fan speeds and multiple operating modes. This model features a cooling mode, fan-only, and dehumidifying mode to keep the room or office from feeling humid. Additionally, users will love the removable filter that is easy to wash and keeps large airborne particles to a minimum

 #6  Midea MAW10R1BWT Air Conditioner

Sale

732 Reviews

Our #6 Pick is the Midea MAW10R1BWT Air Conditioner

Award: BEST FOR COMFORT

WHY WE LIKE IT: This model offers multiple operating modes that work to keep a user’s home comfortable and refreshing during the hot and humid summer months. Additionally, users will love this unit AC unit for the responsive onboard buttons and wireless controller.

Pros

• Extremely user friendly
• Great remote control
• Easy installation

Cons

• Sub-par filter

The Midea MAW10R1BWT air conditioner is an excellent pick for users needing a multifaceted device to keep their home, office, or hardware garage cool, dry, and comfortable during the hot and humid summer months. This model features three operating modes to keep a space up to 450 sq. ft. cool, dry, and well-circulated for hours. Additionally, this model features an Energy Star Certification and a dedicated ECO mode that cycles the power when the AC unit reaches the desired temperature. While the filter isn’t the best, it is reusable and washable.

In addition to a great coverage area and multiple operating modes, the Midea MAW10R1BWT air conditioner is ideal for light sleepers and focused office staff that needs a quiet unit to cool their space. Thanks to the included mounting accessories and simple instructions, this unit was installed in under an hour. Additionally, the included accordion-style side panels ensure that users don’t leak cold air from their homes.

Beginner’s Guide to 10000 BTU Air Conditioners

What Is a 10000 BTU Air Conditioner?

A 10000 BTU air conditioner, like the best 12,000 BTU air conditioners, is an appliance designed to efficiently and quickly cool large to very large rooms between 400-500 square feet.

With 10000 BTUs, you’re getting into the range of the most powerful window AC units without quite approaching the power of a central air conditioner. This factor means it’ll be way too much for standard small or medium spaces, where it will cause extra humidity while also raising your power bill.

However, if you’re looking to cool a large space, this model is perfect as it offers an affordable price and ample square footage coverage with the air conditioner cool.

Though there are reasons you may want to look at models larger than this, such as if you’re trying to cool kitchens or high-ceiling rooms over 450 square feet, a 10000 BTU unit will be more than adequate for even the biggest spaces in most people’s homes.

10000 BTU Air Conditioners vs Other Air Conditioners

The primary difference between a 10000 BTU air conditioner and other models is the cooling power, which determines how large a space it can effectively cool without wasting energy. An air conditioner model with 8000 BTUs, for example, should be able to cool a 350 square foot room and use about 750 watts of power.

As a rule, more BTUs mean less efficiency when it comes to window air conditioners, and it scales exponentially. This is why 5000 BTU models are generally considered the most efficient, even more so than battery-powered portable models with lower BTU ratings. Investing in the best 5000 BTU air conditioner will help you save on your energy bills.

10000 BTUs is close to the highest amount of air conditioning power available in a window or other home air conditioners, but with that comes decreased efficiency and higher energy costs. This makes it a good idea to choose a model that’s neither overpowered nor underpowered for the size of the space you’ll be cooling. Additionally, look for models with a fan-only mode that can be adjusted from your smart device to minimize power consumption and create the perfect environment.

On the positive side, models in the higher tiers of cooling power operate at lower sound levels and have more advanced features and quality-of-life extras than many in lower power classes. However, it varies from model to model. These can include Wi-Fi and mobile device connectivity, auto timer modes, variable fan speed, and more.

How 10000 BTU Air Conditioners Work

All air conditioners (including 10000 BTU models) function the same, by removing heat and humidity from the air and replacing it with cooler, drier air. Setting the temperature to its lowest setting does not cool the room any faster, but it does ramp up the electricity bills. Therefore, it’s recommended to keep your temperature setting at a moderate level to save money and energy.

An air conditioner uses a refrigerant and three primary components: a compressor, a condenser, and an evaporator coil, which change the refrigerant from a gas to a liquid, then back into a gas.

The compressor then raises the pressure and heat of the refrigerant and sends it into the condenser, turning it into a liquid and sending it outside. The refrigerant is then sent back inside and converted again to gas where it cools the evaporator coil. The fan then blows the air inside across the cooled evaporator coil and the cold air is sent back into the room.

Last, the heated and evaporated refrigerant gas is directed through the compressor, and the refrigerant returns to a liquid state. This cycle continues until the indoor room air reaches the temperature intended. The inverter compressor found in modern central air conditioning systems provides a more consistent temperature, better energy efficiency, and quieter operation through its ability to match the air flow with the required cooling or heating needs.

Why Should You Buy a 10000 BTU Air Conditioner?

Air conditioners of this size are best for large spaces. So, if you need to cool a 400-500 square foot space with an average ceiling height, a 10000 BTU air conditioner will do the job quickly and efficiently.

Kitchens are a different matter, however. A kitchen over 450 square feet will be slightly harder for a 10000 BTU unit to cool with the same efficiency as a normal space. This is because of the heat that ovens and other kitchen appliances create. Depending on the specific model’s EER and Energy Star status, the difference in performance and efficiency likely won’t be huge. Still, it’s something to be aware of.

Similarly, rooms with especially high ceilings, or shapes that make air circulation more difficult may not be serviced as well by a 10000 BTU unit if they’re over 450 square feet.

Of course, the inverse is also true. A 10000 BTU unit can be a better choice for cooling a mid-sized kitchen or high-ceiling space of 250-350 square feet than even the best 8000 BTU unit if your budget allows for the upgrade in power.

Is a 10000 BTU Air Conditioner Worth Buying:

• You need to cool a large to very large space: A 10000 BTU air conditioner has enough cooling power to cool a typical 400-500 square foot room effectively. Plus, if you set it for an efficient air conditioner temp, it’ll last longer.
• You need to cool a mid-sized kitchen: 8000 BTU models like the one in our Frigidaire 8000 BTU air conditioner review are designed to cool 250-400 square foot spaces, however, a 10000 BTU unit will likely do the job more efficiently if your budget allows for it.
• You’d like a less noisy air conditioner: Higher BTUs generally mean a quieter air conditioner. So, if noise is a primary concern, you may want to consider a more powerful model than your room otherwise requires.
• Your budget allows for it: If you’re less concerned about efficiency and have a generous budget, you may want to go for a more powerful unit for its performance and advanced features.

Why a 10000 BTU Unit May Not Be For You:

• You’re on a tight budget: A 10000 BTU air conditioner can be an investment of over $500. If the initial investment is too much for you and you’re willing to accept a slower cooling time and less efficiency, you could opt for a lower BTU model.
• You need to cool a very large kitchen: A kitchen bigger than 500 square feet may be too big for even a 10000 BTU unit to cool with optimal performance. While it’ll still get the job done, it will take longer and waste more energy than necessary. In that case, you’ll want to check out the model in our Kenmore AC review, which is 12000 BTUs.
• You’re in an older house or apartment: Even if you have large spaces to cool, older homes often don’t have circuit breakers that can handle the more than 20 amp requirements of units in this class, which can cause serious electrical issues.

How Long will a 10000 BTU Air Conditioner Last?

Most air conditioners have a lifespan of around 10 years with normal use, with many manufacturers offering 5-year warranties. If properly cared for, high-BTU models can often last longer than that. Of course, there are a few factors that contribute significantly to a unit’s lifespan.

Amount of Use

For starters, a unit that’s only used for a few weeks each year will have a longer life than one used for several months each year. A unit that’s used continuously for many hours during a period of use will similarly have a short life span.

Maintenance and Cleaning

Keeping your AC unit clean and regularly maintaining it will also extend its life considerably. Dirty, dust-filled filters don’t allow for proper airflow and make components work harder to do the same job, so it’d be wise to learn how to change an AC filter.

Air with excess dust or other pollutants also affects the evaporator coil, making it harder for it to absorb heat. Cleaning washable filters or replacing disposable ones regularly will help a unit maintain optimal performance and increase its lifespan.

Direct Sunlight

Continued exposure to direct sunlight will overheat an air conditioner’s casing and components, making it work harder to cool a room.

If you can, install your unit in a shady, north-facing window. While some sunlight exposure won’t shorten an air conditioner’s lifespan, a constant amount of it for long periods of use definitely will. To avoid sunlight through windows, you can also consider the best in wall air conditioner and place it in a spot that doesn’t receive much if not any sunlight.

How to Choose the Best 10000 BTU Air Conditioner

Now that you’ve decided to purchase a 10000 BTU air conditioner, you can look at the factors and features that will help you choose the right model for you.

10000 BTU Air Conditioner Key Factors

1. What is its cooling power?

10000 BTU air conditioners are designed to cool 400 to 500 square foot spaces optimally. Though they’re powerful enough to cool larger spaces than that adequately, it’s usually at a cost to efficiency depending on the model, which means a bigger impact on your power bill.

2. Are you using it in a large kitchen?

8000 BTU air conditioners, like in our TOSOT 8000 BTU window air conditioner review, are designed for 250-400 square foot spaces, but if used in kitchens with those dimensions, they may take a performance hit, shortening lifespan and efficiency. Budget allowing, you may want to consider upgrading to a 10000 BTU unit for that reason.

3. What are its power demands?

This is especially relevant on 10000 BTU and higher units, which generally require circuits of 20 amps or more. This could be a problem in older homes with lower-capacity breakers or outdated electrical systems. It can cause serious problems, like flickering lights and breaker trips that can damage appliances.

4. How efficient is it?

An AC unit’s efficiency decreases as its BTU rating increases. Any 10000 BTU unit will be significantly less efficient than a 5000 BTU unit, even considering the difference in efficiency between models within its class. Two key factors determine efficiency in all AC units:

• Energy Efficiency Ratio: An air conditioner’s EER rating indicates its BTUs per watt of power. The higher the EER rating, the more efficient the unit. The U.S. Department of Energy recommends an EER rating of 10.0 or over for the best cost-to-performance ratio in an air conditioner.
• Energy Star Certified: Energy Star-certified air conditioners use 10 percent less power than other models for increased energy savings and decreased carbon footprint. Most states in the U.S. also give rebates on Energy Star air conditioners, further incentivizing choosing one.

5. Do you need advanced or extra features?

Smaller, lower-BTU models tend to have fewer extra features like remote control, mobile device connectivity, and Wi-Fi network access. Budget allowing, if such features are important to you, you may want to upgrade to a more powerful model than your room size demands, keeping in mind that you’ll lose some efficiency for a model with more innovative design features.

Best 10000 BTU Portable Air Conditioner

A 10,000 BTU portable air conditioner doesn’t really have 10,000 BTU of cooling capacity.

Total cooling capacity is reduced by

the unit exhausts warm air that heats up the ducting used to remove it from the room. This ducting is usually made of a thin plastic that readily radiates heat back into the room which effectively reduces cooling BTUs

a portable AC unit exhausts warm air from the room being cooled which creates an area of low pressure inside the room. This causes higher pressure hot outdoor air – “infiltration air” – to get sucked into the room

The end result is that total BTUs are drastically reduced. Units that would have a total cooling capacity of 10,000 BTUs have a total capacity as low as 5,500 BTUs when accounting for these inefficiencies.

The end result is so egregious that the Department of Energy now requires portable AC manufacturers to test all new units released to market by a new standard for measuring BTUs. This new standard is called Seasonally Adjusted Cooling Capacity – SACC.

The equation to calculate SACC looks like this

SACC = ACC₉₅ × 0.2 + ACC₈₃ × 0.8

In which

ACC₉₅ = Capacity_SD − Q_{duct_SD} − Q_{infiltration_95}
ACC₈₃ = Capacity_SD − Q_{duct_SD} − Q_{infiltration_83}

First, note how SACC takes into account each AC unit’s performance at two different outdoor temperatures – 83° F and 95° F. Its performance at 83° F counts for 80% of the total SACC. The unit’s performance at 95° F accounts for 20% of the total SACC.

Two different temperatures are used because the two inefficiencies we listed above – heat added by ducting and heat added by infiltration air – are heavily influenced by outdoor temperature. The inefficiencies are more pronounced at higher temperatures (95° F) than they are at lower temperatures (83° F). The DOE believes most portable AC units will be used closer to 83° F the majority of the time – hence why the score is weighted in its favor.

Second, note how the building blocks for SACC are ACC₉₅and ACC₈₃. ACC is simply “Adjusted Cooling Capacity”. The “Seasonal” component of SACC involves weighting ACC at different temperatures. ACC is the baseline measurement that takes the total cooling capacity from before (10,000 BTUs for 10,000 BTU units) and subtracts out BTUs lost by ducting and infiltration air.

Now that you understand what SACC is and how it impacts total cooling capacity, the BTUs listed under the SACC column in the table below shouldn’t surprise you.

Model	Traditional BTUs	SACC BTUs
Whynter ARC-102CS	10,000	7,000
Frigidaire FHPC102AC1	10,000	6,500
Black + Decker BPP06WTB	10,000	6,000
LG LP0621WSR	10,000	6,000
Black + Decker BPACT10WT	10,000	5,500

Units are listed from highest SACC down to lowest SACC.

Note how even the most efficient 10,000 BTU unit still loses 3,000 BTUs when accounting for heat added by ducting and infiltration air at 83 and 95° F.

The most inefficient unit loses almost half of its total BTUs to these inefficiencies under the conditions outlined for calculating SACC.

We see similar trends in other size classes.

The most efficient 8,000 BTU unit has a SACC of only 6,000 BTUs.

The most efficient 14,000 BTU unit has a SACC of 12,000 BTUs.

Our Recommendations

Clearly, 10,000 BTU portable AC units don’t really have a total cooling capacity of 10,000 BTUs under real life circumstances – in which heat from ducting and infiltration air is added back into the cooled room.

But what can you do with this information?

You can use it to easily locate the best units on the market in each respective size category.

In the 10,000 BTU size category, the Whynter ARC-102CS has a SACC of 7,000 BTUs – the best in the category. This is the model we recommend as the best 10,000 BTU portable air conditioner.

The Whynter also has the best CEER (combined energy efficiency ratio) and is the best value in its size class, which further cements its number one position in the category.

The next highest SACC in the category belongs to the Frigidaire FHPC102AC1 with a SACC of 6,500 BTUs. The Frigidaire isn’t a bad option by any means. It only offers 500 BTUs less cooling capacity than the Whynter. And it’s even more energy efficient on its cooling mode.

CEER accounts for energy efficiency on all modes, including drying mode and fan only mode.

You can use SACC/watts of power draw to determine a portable AC unit’s energy efficiency only on its cooling mode. And by this metric the Frigidaire actually does better than the Whynter.

It is usually more expensive though, which along with its lower SACC, puts it behind the Whynter in our 10,000 BTU rankings.

Check the Frigidaire FHPC102AC1’s current price on Amazon.

10,000 Traditional BTU Models	SACC	CEER	SACC/watts	SACC/$
Whynter ARC-102CS	7000	6. 9	6.3	21.5
Frigidaire FHPC102AC1	6500	6.7	7.0	17.3
Black + Decker BPP06WTB	6000	6.6	5.7	15.4
LG LP0621WSR	6000	6.5	6.5	18.8
Black + Decker BPACT10WT	5500	8.7	4.8	13.1

The 9,000+ BTU SACC alternative

If you’re shopping in the 10,000 BTU size class, chances are that you’re not looking to cool the smallest space. Chances are you’re not trying to cool the easiest to cool space.

If you were, you would be looking for a smaller 8,000 BTU unit instead.

Here’s the thing:

Our own testing showed a quantum leap in performance going from sub 9,000 to 9,000+ BTU seasonally adjusted cooling capacity even in a relatively small 150 sq. ft. test environment.

9,000+ BTU (SACC) units cooled the room much faster and were able to get the room to much lower temperatures.

Portable AC units are inherently inefficient. And our testing showed that you have to cross the 9,000 BTU (SACC) threshold to get to a cooling capacity that can handle the majority of applications.

Yes, you can certainly get away with a 10,000 BTU or even 8,000 BTU (assuming high SACC for the category) unit in

• A small space
• A non-challenging space (e.g. outdoor temperatures aren’t very hot, the room being cooled isn’t on a second story with a lot of windows, etc.)

But, the only way to guarantee that you’re buying the best possible portable air conditioner for any potential space under any conditions is to buy at least a 9,000+ BTU (SACC) unit.

If you’re more of a value-oriented buyer, we recommend the 10,000 SACC BTU Black + Decker BPP10WTB. This unit more than exceeds the 9,000 SACC BTU threshold, and it’s not that much more expensive than top rated 10,000 (traditional) BTU models.

The best high SACC portable air conditioner, and the best portable air conditioner we’ve tested overall is the Midea Duo. It is the highest SACC, the most energy efficient (by CEER and SACC/watt metrics), and one of the best value portable air conditioners on the market. It’s highly recommended if you have a larger space or a space that’s more challenging to cool (like a room on a second story or a room with a lot of large windows, for example).

Otherwise, for smaller and less challenging spaces, the best 10,000 BTU portable air conditioners are

• 1. Whynter ARC-102CS
• 2. Frigidaire FHPC102AC1
• 3. LG LP0621WSR
• 4. Black + Decker BPP06WTB
• 5. Black + Decker BPACT10WT

For an in-depth discussion on portable air conditioner sizing see our general buyer’s guide.

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China AC DC Hybrid 26GW 1hp Solar Air Conditioners Suppliers & Manufacturers & Factory – Made in China

• Fast Shipping
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Product Introduction

Quick Parts

90 022

Cooling capacity: 9000 Btu

Condition: New	Brand: DS New Energy
Place of origin: Zhejiang, China (Mainland)	Application: Room
Power Source: Solar	Type: Split Wall Air Conditioners
Cooling / heating: cooling / heating	Certification: CB, European certificate compliance, EMC, RoHS, SASO
Capacity (BTU): 9000	Power (W): 630
Voltage (V): 220	Model Number: KFR-26GW / BPACDC-TWA1
Color White	Product Name: Gi bred solar AC dc air conditioner
function : Air conditioner	Refrigerant: R410A
Power supply: 220-240 V / 1 phase / 50 Hz, 50-350 V DC

product description

AC/DC hybrid solar air conditioners don’t need batteries and only need a few photovoltaic panels to deliver huge savings. During the daytime, when air conditioning is most needed, you can use this device 100% with the energy generated by the solar panel. At night, you keep saving due to the rating > SEER 21 on this device.

Dislike conventional DC inverter air conditioners, hybrid solar air conditioner compressor runs on direct current from solar energy during the day. Thanks to intelligent power management technology, this system takes DC power directly from the solar panels, without the need for an inverter, controller or batteries.

Capacity up to 24,000 BTU, 97% energy saving

Wide operating temperature range: -10°C to -52°C

Low Energy: SEER 20 ~ 23 (North America)

Get your money back in 2-3 years

Designed to UL and CSA standards.

Approval: ETL, AHRI

Estimated life, 12 years – very long life under normal installation conditions

Super-cooling performance is provided by a large compressor together with an excellent heat exchange system.

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Overview

The AC/DC hybrid solar air conditioner is designed to keep indoor air conditioning running all day long, but without energy costs. Electricity from solar panels is supplied directly to the room & outdoor fan motor and compressor. When there is not enough solar energy, the system automatically switches to grid operation.

The AC/DC hybrid solar air conditioner does not require batteries and only needs a few photovoltaic panels to provide great savings. During the daytime, when air conditioning is needed the most, you can use this device 100% with solar power.

Like all inverter DC air conditioners, the HYBRID compressor is powered by AC and DC with intelligent power management technology. This system can also receive DC power directly from solar panels without the need for an inverter, controller or batteries. DC solar power directly replaces the equivalent AC power from the utility grid and can cut daily energy costs for air conditioning or heating by up to 80-90%.

Key Features
• Energy Saving Solar Bill

• 50Hz and 60Hz AC compatible.

• Solar Powered & AC Power

• Cooling 9,000 BTU & 10,000 BTU Heating

• Plug and Play Solar

• No Batteries Required

Composition

Hybrid Solar AC/AC DC is mainly composed of indoor unit, outdoor unit, solar panel, PV cables and brackets:

How it works

The HYBRID compressor operates on AC and DC power with intelligent power management technology. This system can also use direct current from solar panels, without an inverter, controller or batteries. DC solar power directly replaces the equivalent AC power from the utility grid and can cut daily energy costs for air conditioning or heating by up to 80-90%.

System Information

AC DC Hybrid Solar Air Conditioner
Solar air conditioner	9000 btu	12000 btu	18000 BTU	24000 BTU
Solar PV panel	4pcs, 32V, 300W	4pcs, 32V, 300W	8pcs, 32V, 300W	8pcs, 32V, 300W
	3 panels in series , 2 groups in parallel		2 panels in series, 4 groups in parallel

Air conditioner technical data

Model

KFR-26GW / BPACDC-TWA1

KFR-35GW / BPACDC-TWA1

KFR-50GW / BPAC DC-TWA1

KFR-70GW / BPACDC-TWA1

Power supply

AC

F-V-Hz

1 phase / 220-240 V / 50-60 Hz

DC

V

50-350V

Cooling

Rated capacity

W

9002 2

2600

(1000-3500)

3500

(1000-4100)

5275

(1200-6000)

7000

(2500-8200)

Btu/hr 9 0018

9000

(3400-12000)

12000

(3400-14000)

18000

(4100-20400)

24000

(85 00-28000)

Power input

W

630

(200 – 980)

860

(190 – 1250)

1550

2050

(450-3300)

Heating 9W

4300

(1000-4500)

6200

(1200-6800)

7800

(2000-9000)

Btu/h

13000

(2700- 13400)

14600

(3400-15300)

21000

(4100-23000)

26600

(10200-30800)

Power input 9001 8

W

1030

(160-1300)

1080

(150-1700)

1650 18

Indoorairflow

(Turbo/Hi/Mi/Low)

m3/h

580/520/440/370

650/620/500/400

90 025

1020/1000/800/700

1200/1150/850 /740

Interior noise level

(Turbo / Hi / Mi / Low)

dB(A)

9 0025

41/39/35/27

42. 5/ 42/37/29

46/46/42/35

50/50/45/39

Indoor unit

Size (W * D * H)

900 15 mm

823*300*244

823* 300*244

1150*300*260

1150*300*260

L * H)

mm

890*360*300

890*360*300

1230*360*320

1230*360*320

Net/gross weight

Kg

10.8/13

10.8/13

14 /18

15/18.5

Outdoor unit

Size (W * D * H)

900 22

mm

800*325*550

800*325 *550

800*325*550

912*375*712

Package (W*D*H)

mm

900*400*610

Weight 900*400*610

900*400*610

net / gross

Kg

30/34

32. 5 /36.5

35.5/40

51/61

Refrigerant type

R410A

R410A

R410A 0018

Operating Temperature

℃

16-32

Ambient temperature (cooling / heating) 90 018

℃

16-55/-20-31

Application area

m2

8-15

15-20

20-30

32-42

Capacity (20GP/40HQ)

set

9 0022

80/210

80/210

70/180

50/125

Details

79

• Compatible with 50 Hz and 60 Hz AC power.

• Solar Powered & AC Power

• Cooling 12,000 BTUs & 13,000 BTUs of Heating

• Solar Powered Plug and Play

• No Batteries Required

2. Solar panel:

• Long service life: ≥25 years; Less power loss.
• Highest solar cell conversion efficiency of 18.3%.
• Anti-reflective coating, high transmittance glass and mechanical strength.
• High quality EVA and TPT to resist shatter and water.
• Good protection against adverse weather conditions such as wind and hail.

Packaging and logistics

hot label : ac dc hybrid 26gw 1hp solar air conditioner, China, suppliers, manufacturers, factory, made in China

UPS SIP380A 10-500 kVA – LLC “Trend Engineering”

UPS SIP380A 10-500 kVA with double conversion are used to protect three-phase power supply systems. UPS SIP380A 10-500 kVA are designed to provide power to equipment for which the cost of downtime is very high, namely data centers, databases, server rooms, airports, industrial and medical equipment, shopping centers, office space. These three-phase UPSs provide reliable equipment protection against power failures, voltage and frequency fluctuations and distortions, impulse and high-frequency interference.

System reliability can be increased by parallel redundancy and a second power input.

Flexible power and runtime scaling can be achieved by connecting SIP380A 10-500 kVA three-phase UPS in parallel or high capacity external battery cabinets.

UPS connection features

SIP380A 10-500 kVA

• at the UPS output – voltage in the form of a sinusoidal wave, switching time to batteries is zero
• power increase or redundancy up to N+3 by connecting up to 4 UPSs in parallel
• possibility of extending the runtime by connecting high capacity external battery packs
• reducing the load on the mains or generator due to the fact that the input power factor is close to 1
• availability of an additional bypass input in models 30 kVA and above
• additional input or output isolating transformer for galvanic isolation of input and output or for changing the neutral mode
• due to the high output power factor (0. 9) it is possible to connect more equipment with a high input power factor
• due to the low THDi value, there is no effect of the UPS on other critical loads that are connected to the same electrical network

Characteristics

• overload capacity – up to 150% for 1 minute
• in parallel mode due to the presence of a ring parallel bus, three-phase UPS SIP380A 10-500 kVA will work even if the parallel bus cable breaks
• SIP380A 10-500kVA 3-phase UPS compatible with generator sets
• Intelligent 3-stage battery charging for longer battery life
• Extra chargers for high capacity external battery cabinets
• Automatic self-test system available for system reliability

90 003 to save electricity – ECO mode

• three-phase UPS SIP380A 10-500 kVA are compact and occupy a small area
• high efficiency allows to reduce energy consumption
• it is possible to complete according to the requirements of the Customer (installation of internal batteries, isolation transformer, control cards, etc. )

Monitoring and control capabilities

• 485 (Modbus), USB
• internal slots for dry contact cards and SNMP cards for monitoring and managing the power grid and UPS
• touchscreen text LCD in Russian
• emergency shutdown port (EPO)
• external humidity, temperature and environmental sensors

UPS specifications

SIP380A 10-500 kVA

Voltage Temperature Compensated Smart Three-Stage Charge

Model 9 0025	SIP380A 10BD.9-33	SIP380A 15BD.9-33	SIP380A 20BD.9-33	SIP380A 30BD.9-33	SIP380A 40BD.9-33	SIP380A 60BD.9-33	SIP380A 80BD.9-33
Power	10 kVA	15 kVA	20 kVA	30 kVA	40 kVA	60 kVA	80 kVA
	9 kW	13.5 kW	18 kW	27 kW	36 kW	54 kW	72 kW
Input
Rated voltage	380/400/415 VAC
Maximum input current	15 A	22 A	29 A	44 A	58 A	88 A	106 A
Connection	Terminal block: three phases, neutral and ground
Voltage range	208-478 V
Frequency range	40-70 Hz
Power factor	>0. 99
Input THD	≤ 3% (100% non-linear load)
Outlet
Rated voltage	380/400/415 VAC
Output frequency	50/60 Hz ± 0.2% on battery, 50/60 Hz ± 1/2/4/5/10% on mains (adjustable)
Output voltage form	Sinusoidal
Output voltage accuracy	± 2%
Output voltage distortion	≤ 2% on linear load, ≤ 5% on non-linear load
Cross factor	3:1
Overload capacity	Mains operation: up to 110% – 60 minutes, up to 125% -10 minutes, up to 150% – 1 minute, over 150% – transfer to bypass
Surge protection	4*150 J	4*150 J	4*150 J	4*300 J	4*300 J	4*450 J	4*450 J
Mains efficiency	≥92. 5%
Eco efficiency	≥98%
Outlet connection	Terminal block: three phases, neutral and ground
Bypass circuit (bypass)
Type	Electronic and manual maintenance bypass
Voltage range	Maximum voltage: + 15% (optional + 5%, + 10%, + 25%), Minimum voltage: -45% (optional – 20%, – 30%)
Frequency range	± 10%
Circuit breaker	20A	32A	40A	50A	80A	100A	125A
Batteries
Type	Sealed Lead Acid Valve Regulated Leak Proof
Battery configuration	32/34/36/38/40 pieces (adjustable DC bus)
Charge mode
Charge current (max. )	5.7A	5.7A	5.7A	5.7A	12A	12A	18A
Switchover time to batteries	0 ms
Battery protection	Overdischarge, overvoltage, short circuit protection, charge current temperature compensation
Interfaces
Interface ports	RS232/485, USB (optional – parallel port, connection of an external temperature compensation sensor)
Internal slots for expansion cards	SNMP card slots and AS400 dry contacts
Emergency stop (EPO)	Yes
LCD display and indication	LCD text display and LED indication
Horn	Mains failure, low battery, overload, UPS error
Operating conditions
Operating temperature	0°C – 40°C (recommended 20°C – 25°C)
Relative humidity	0-95%
Altitude	0 – 3000 meters – up to 85% load, 0 – 1500 meters – 100% load
Storage temperature	-25°C – +55°C – without batteries, -20°C – +40°C – with batteries
Storage altitude	0 – 10000 meters (recommended)
Housing protection class	IP20, other versions available as an option
Mains heat dissipation, BTU/hour	1510	1970	2730	3920	5460	7840	10920
Noise level	<55 dB	<55 dB	<58 dB	<58 dB	<58 dB	<65 dB	<65 dB
Physical
Size (W×D×H), mm	600×780×1200 (models without built-in batteries)
Package size (W×D×H), mm	730×910×1437
Net weight, kg	129	131	133	163	170	194	199
Gross weight, kg	183	185	187	217	224	248	253
Compliance
Security	IEC 62040-2, IEC 62040-1-1
EMC	IEC 62040-2
Installation requirements
Introductory machine	20 A	40 A	40 A	63 A	80 A	100 A	125 A

Temperature Compensated Intelligent Three-Stage Charge

Model	SIP380A 100BD. 9-33	SIP380A 120BD.9-33	SIP380A 160BD.9-33	SIP380A 200BD.9-33
Power	100 kVA	120 kVA	160 kVA	200 kVA
	90 kW	108 kW	144 kW	180 kW
Input
Rated voltage	380/400/415 VAC
Maximum input current	160 A	200 A	240 A	350 A
Connection	Terminal block: three phases, neutral and ground
Voltage range	208-478 V
Frequency range	40-70 Hz
Power factor	>0.99
Input THD	≤ 3% (100% non-linear load)
Outlet
Rated voltage	380/400/415 VAC
Output frequency	50/60 Hz ± 0. 2% on battery, 50/60 Hz ± 1/2/4/5/10% on mains (adjustable)
Output voltage form	Sinusoidal
Output voltage accuracy	± 1%
Output voltage distortion	≤ 2% on linear load, ≤ 5% on non-linear load
Cross factor	3:1
Overload capacity	Mains operation: up to 110% – 60 minutes, up to 125% -10 minutes, up to 150% – 1 minute, over 150% – transfer to bypass
Surge protection	4*600 J	4*600 J	4*600 J	4*600 J
Mains efficiency	≥95%
Eco efficiency	≥98%
Outlet connection	Terminal block: three phases, neutral and ground
Bypass circuit (bypass)
Type	Electronic and manual maintenance bypass
Voltage range	Maximum voltage: + 15% (optional + 5%, + 10%, + 25%), Minimum voltage: -45% (optional – 20%, – 30%)
Frequency range	± 10%
Circuit breaker	225 A		250 A	400 A
Batteries
Type	Sealed Lead Acid Valve Regulated Leak Proof
Battery configuration	32/34/36/38/40 pieces (adjustable DC bus)
Charge mode
Charge current (max. )	30 A	30 A	40 A	50 A
Switchover time to batteries	0 ms
Battery protection	Protection against overdischarge, overvoltage, short circuit, temperature compensation of charge current
Interfaces
Interface ports	RS232/485, USB (optional – parallel port, connection of an external temperature compensation sensor)
Internal slots for expansion cards	SNMP card slots and AS400 dry contacts
Emergency stop (EPO)	Yes
LCD display and indication	LCD text display and LED indication
Horn	Mains failure, low battery, overload, UPS error
Operating conditions
Operating temperature	0°C – 40°C (recommended 20°C – 25°C)
Relative humidity	0-95%
Altitude above sea level	0 – 3000 meters – up to 85% load, 0 – 1500 meters – 100% load
Storage temperature	-25°C – +55°C – without batteries, -20°C – +40°C – with batteries
Storage altitude	0 – 10000 meters (recommended)
Enclosure class	IP20, other versions available as an option
Mains Heat Dissipation, BTU/hour	21502	25802	34403	36860
Noise level	<65 dB
Physical
Size (W×D×H), mm	600×780×1600 (models without built-in batteries)
Package size (W×D×H), mm	714×966×1819
Net weight, kg	320	320	360	421
Gross weight, kg	360	360	400	476
Compliance
Security	IEC 62040-2, IEC 62040-1-1
EMC	IEC 62040-2
Installation requirements
Introductory machine, A	225	225	250	400

Temperature Compensated Intelligent Three-Stage Charge

Model	SIP380A 250BD. 9-33	SIP380A 300BD.9-33	SIP380A 400BD.9-33	SIP380A 500BD.9-33
Power	250 kVA	300 kVA	400 kVA	500 kVA
	225 kW	270 kW	360 kW	450 kW
Input
Rated voltage	380/400/415 VAC
Maximum input current	366 A	440 A	586 A	733 A
Connection	Terminal block: three phases, neutral and ground
Voltage range	208-478 V
Frequency range	40-70 Hz
Power factor	>0.99
Input THD	≤ 3% (100% non-linear load)
Outlet
Rated voltage	380/400/415 VAC
Output frequency	50/60 Hz ± 0. 2% on battery, 50/60 Hz ± 1/2/4/5/10% on mains (adjustable)
Output voltage form	Sinusoidal
Output voltage accuracy	± 1%
Output voltage distortion	≤ 2% on linear load, ≤ 5% on non-linear load
Cross factor	3:1
Overload capacity	Mains operation: up to 110% – 60 minutes, up to 125% -10 minutes, up to 150% – 1 minute, over 150% – transfer to bypass
Surge protection	lightning protection with discharge current 20 kA – 40 kA
Power efficiency	≥95%
Eco efficiency	≥98%
Outlet connection	Terminal block: three phases, neutral and ground
Bypass circuit (bypass)
Type	Electronic and manual maintenance bypass
Voltage range	Maximum voltage: + 15% (optional + 5%, + 10%, + 25%), Minimum voltage: -45% (optional – 20%, – 30%)
Frequency range	± 10%
Circuit breaker	500 A		800 A
Batteries
Type	Sealed Lead Acid Valve Regulated Leak Proof
Battery configuration	32/34/36/38/40 pieces (adjustable DC bus)
Charge mode
Charge current (max.