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Air conditioning has become a necessity in many parts of the world, including Bangladesh, where the hot and humid climate can be unbearable. With the increasing demand for air conditioners, the AC price in Bangladesh has become a topic of interest for many consumers. Have you ever wondered why the prices of ACs vary so much in Bangladesh? In this article, we will explore the factors that affect the AC price in Bangladesh, the different types of ACs available in the market, and the best brands to consider when purchasing an AC in Bangladesh. By the end of this article, you will have a better understanding of the AC market in Bangladesh and be able to make an informed decision when buying an AC.
Air Conditioner(AC)
An air conditioner is a device that is commonly used to control and regulate the temperature, humidity, and air quality in indoor spaces. It works by extracting heat from the indoor air and transferring it to the outside environment, thereby cooling the indoor space.
Air conditioners consist of various components that work together to provide the desired cooling effect. The main parts include a compressor, condenser, expansion valve, and evaporator. The compressor compresses and circulates a refrigerant gas, which absorbs heat from the indoor air as it evaporates in the evaporator coil. The heated refrigerant gas is then pumped to the outside unit, where it releases the absorbed heat to the outside air through the condenser coil. The refrigerant is then cooled and condensed back into a liquid form, and the cycle continues.
Air conditioners are used in a wide range of applications, including residential homes, offices, retail spaces, hospitals, and vehicles. They provide relief from hot and humid weather, create a comfortable indoor environment, and help to improve air quality by filtering out dust, pollen, and other airborne particles.
In addition to cooling, many modern air conditioners offer additional features such as heating, dehumidification, and air purification. They can be controlled manually through a control panel or remotely through smart devices, allowing users to adjust the temperature and other settings according to their preferences.
Overall, air conditioners play a vital role in creating a comfortable and healthy indoor environment, especially in regions with hot climates or during the summer months.
Air Conditioning System
An air conditioning system is a device or a set of devices that are used to cool and control the temperature, humidity, and air quality in indoor spaces. It works by extracting heat from the indoor air and transferring it outside, resulting in a cooler and more comfortable environment. Air conditioning systems are commonly used in homes, offices, commercial buildings, and vehicles to provide relief from hot weather and maintain a desirable indoor climate.
Air conditioning systems consist of several key components that work together to provide cooling and climate control. These components typically include:
Compressor
The compressor is the main component of the system and is responsible for circulating and pressurizing the refrigerant gas.
Condenser
The condenser is located outside the building or vehicle and facilitates the transfer of heat from the refrigerant gas to the outside air. It cools down the refrigerant and helps it change from a gas to a liquid state.
Evaporator
The evaporator is located indoors and helps extract heat from the indoor air. It allows the refrigerant to evaporate, absorbing heat and cooling the air in the process.
Expansion Valve
The expansion valve regulates the flow of the refrigerant from the high-pressure side (condenser) to the low-pressure side (evaporator), which helps maintain the desired cooling effect.
Refrigerant
Refrigerant is a special fluid that circulates through the system, absorbing and releasing heat as it changes between liquid and gaseous states. Commonly used refrigerants include R-410A, R-22, and R-134a.
Blower or Fan
The blower or fan is responsible for circulating the cooled air throughout the indoor space. It helps distribute the conditioned air and maintains a consistent temperature.
Ductwork
In central air conditioning systems, ductwork is used to distribute the conditioned air to different rooms or areas. It consists of a network of pipes or channels that deliver the air from the air conditioner to various vents or registers.
Thermostat
The thermostat serves as the control interface for the air conditioning system. It allows users to set the desired temperature and provides control over the system’s operation.
These are the basic components of an air conditioning system, but there can be variations depending on the type and size of the system. Additionally, modern air conditioning systems may include features such as air purification, humidity control, and energy-saving modes to enhance comfort and efficiency.
Compressor Of AC
The compressor is a critical component of an air conditioner that plays a key role in the cooling process. It is typically located in the outdoor unit of the system. Here’s a brief overview of the air conditioner compressor:
Function
The compressor’s primary function is to circulate and compress the refrigerant gas in the air conditioning system. It raises the pressure and temperature of the refrigerant, allowing it to absorb heat from the indoor air.
Compression Process
The compressor operates on the principle of increasing the pressure and temperature of the refrigerant. It draws in low-pressure refrigerant gas from the evaporator coil and compresses it, resulting in a high-pressure, high-temperature gas.
Types of Compressors
There are different types of compressors used in air conditioning systems, including reciprocating compressors, rotary compressors, and scroll compressors. Each type has its own design and mechanism for compressing the refrigerant gas.
Reciprocating Compressors
These compressors use a piston-cylinder arrangement to compress the refrigerant gas. The piston moves back and forth to create a pumping action, increasing the pressure of the gas.
Rotary Compressors
Rotary compressors use rotating mechanisms, such as vanes or screws, to compress the refrigerant gas. They operate with less vibration and noise compared to reciprocating compressors.
Scroll Compressors
Scroll compressors use two spiral-shaped scrolls, one fixed and one orbiting, to compress the refrigerant gas. They provide smooth and efficient operation, making them popular in many modern air conditioning systems.
Importance
The compressor is often referred to as the “heart” of an air conditioning system. It plays a crucial role in the heat exchange process, as it raises the pressure and temperature of the refrigerant gas, allowing it to release heat outside and cool the indoor air.
Efficiency
The efficiency of an air conditioner is influenced by the performance of the compressor. A well-functioning compressor ensures proper refrigerant circulation and optimal cooling capacity, leading to energy-efficient operation.
Maintenance
Compressor maintenance is essential for the proper functioning of an air conditioning system. Regular maintenance includes checking refrigerant levels, ensuring proper lubrication, and inspecting for any signs of wear or damage.
The compressor is a vital component of an air conditioning system, responsible for pressurizing and circulating the refrigerant gas to facilitate the cooling process. Its proper functioning is crucial for the overall performance and efficiency of the air conditioner.
Capacitor Of AC
The air conditioner capacitor is an electrical component that plays a crucial role in the operation of the air conditioning system. It is responsible for storing and releasing electrical energy to provide the necessary power for starting the compressor and fan motors. Here’s some key information about air conditioner capacitors:
Function
The main function of an air conditioner capacitor is to provide a surge of electrical energy to start the compressor and fan motors. It stores an electrical charge and releases it when needed to initiate motor rotation.
Types of Capacitors
There are two primary types of capacitors used in air conditioners: the start capacitor and the run capacitor.
- Start Capacitor: The start capacitor provides an extra boost of power during the startup of the compressor motor. It helps overcome the initial resistance and provides the necessary torque for the motor to begin rotating.
- Run Capacitor: The run capacitor is used to continuously provide electrical energy to the motor while it is running. It helps maintain the motor’s performance and ensures smooth operation.
Capacitor Ratings
Capacitors are rated in terms of their capacitance, measured in microfarads (μF), and their voltage rating. The capacitance value determines the amount of charge the capacitor can store, while the voltage rating specifies the maximum voltage the capacitor can handle.
Failure and Replacement
Capacitors can fail over time due to various factors, such as age, electrical surges, or manufacturing defects. Common signs of a faulty capacitor include difficulty starting the air conditioner, motors not running or running intermittently, and unusual noises. If a capacitor is defective, it should be replaced by a professional technician to ensure the proper functioning of the air conditioner.
Safety Precautions
Capacitors store electrical energy even when the power is disconnected, so it’s important to take safety precautions. Before handling or replacing a capacitor, it’s necessary to discharge the stored electrical charge to prevent electric shock.
Regular Maintenance
Capacitors should be inspected during routine air conditioner maintenance to check for signs of swelling, leakage, or other damage. If any issues are detected, it is recommended to have a professional technician replace the capacitor.
The air conditioner capacitor is an essential component that provides the necessary electrical energy for starting and running the compressor and fan motors. It helps ensure the proper functioning and performance of the air conditioning system.
AC Watt
The power consumption of an air conditioner, commonly measured in watts, can vary depending on several factors, including the capacity (BTU or tonnage) of the unit, the energy efficiency rating, the temperature set point, and the operating conditions. Generally, air conditioners have a range of power consumption based on their cooling capacity. Here are some approximate power consumption ranges for different types of air conditioners:
- Window AC: Window air conditioners typically range from 500 watts to 1,500 watts, depending on their cooling capacity. Smaller units with lower BTU ratings will consume less power, while larger units with higher BTU ratings will consume more.
- Split or Ductless AC Split air conditioners or ductless systems come in various capacities. The power consumption can range from around 500 watts for smaller units to 3,500 watts or more for larger units.
- Central Air Conditioning: Central air conditioning systems vary widely in terms of cooling capacity and efficiency. The power consumption can range from 1,500 watts to 5,000 watts or more, depending on the size and efficiency of the system.
It’s important to note that these are general estimates, and the actual power consumption of an air conditioner may vary. Additionally, newer air conditioning units often come with energy-saving features and higher efficiency ratings, which can help reduce power consumption compared to older models.
To determine the specific power consumption of an air conditioner, it is best to refer to the manufacturer’s specifications or consult the appliance documentation. The power consumption is typically provided in watts or in terms of the unit’s energy efficiency ratio (EER) or seasonal energy efficiency ratio (SEER).
AC Circuit
An air conditioner circuit refers to the electrical circuitry and components that are involved in the operation of an air conditioning system. It encompasses the wiring, switches, controls, and safety devices that allow for the flow of electricity and control the various functions of the air conditioner. Here are some key components commonly found in an air conditioner circuit:
Power Supply
The air conditioner circuit is connected to a power source, typically the electrical grid or a generator. The power supply provides the necessary voltage and current to operate the air conditioner.
Circuit Breaker
The circuit breaker is a safety device that protects the air conditioner circuit from electrical overload. It automatically trips and interrupts the power supply in the event of excessive current flow, preventing damage to the circuit and potential hazards.
Thermostat
The thermostat is a control device that allows users to set the desired temperature for the air conditioning system. It monitors the ambient temperature and sends signals to the circuit to turn the system on or off based on the temperature settings.
Control Board
The control board, also known as the PCB (Printed Circuit Board), is a crucial component that manages the operation of the air conditioner. It receives signals from the thermostat, sensors, and other inputs, and controls various functions such as compressor operation, fan speed, and mode selection.
Capacitors
Capacitors, as discussed earlier, store and release electrical energy to start and run the compressor and fan motors. They are part of the circuit and provide the necessary power for motor operation.
Relays and Contactors
Relays and contactors are electrical switches that control the flow of electricity to different components of the air conditioner circuit. They are used to activate or deactivate various elements, such as compressors, fan motors, and auxiliary devices.
Sensors
Sensors are often incorporated into the air conditioner circuit to provide feedback and control. For example, temperature sensors monitor indoor and outdoor temperatures, while pressure sensors can monitor refrigerant pressure levels.
Wiring
The air conditioner circuit includes the electrical wiring that connects all the components, ensuring the proper flow of electricity and signals between them.
These are some of the key components and elements found in an air conditioner circuit. The specific configuration and design can vary depending on the type, capacity, and features of the air conditioning system. It’s important to note that working with electrical circuits should be performed by trained professionals to ensure safety and proper installation.
Air Conditioning and Refrigeration
Air conditioning and refrigeration are closely related concepts that involve the transfer of heat and the cooling of spaces or substances. While they share similarities, there are some key differences between the two:
Purpose
The primary purpose of air conditioning is to cool and control the temperature, humidity, and air quality in indoor spaces, providing comfort for occupants. On the other hand, refrigeration focuses on the cooling and preservation of perishable items or substances, such as food, beverages, and medicines.
Scale
Air conditioning is typically used for smaller to larger enclosed spaces, such as homes, offices, or commercial buildings. Refrigeration systems, on the other hand, are designed for specific applications like refrigerators, freezers, and cold storage facilities.
Components
Air conditioning systems and refrigeration systems share many similar components, such as compressors, condensers, evaporators, and expansion valves. However, the specific design and configuration of these components may vary to suit the particular requirements of air conditioning or refrigeration.
Temperature Range
Air conditioning systems generally focus on maintaining comfortable temperatures within a range of around 20 to 25 degrees Celsius (68 to 77 degrees Fahrenheit). In contrast, refrigeration systems aim to achieve much lower temperatures, often below freezing point, to preserve perishable items.
Humidity Control
Air conditioning systems often incorporate humidity control mechanisms to maintain a comfortable level of humidity in indoor spaces. Refrigeration systems typically focus solely on temperature control and may not include specific humidity control features.
Application
Air conditioning is commonly used in various settings, including homes, offices, retail spaces, and vehicles, to provide a comfortable environment. Refrigeration, on the other hand, finds applications in industries such as food and beverage, pharmaceuticals, and cold storage, where the preservation of perishable items is crucial.
Despite these differences, air conditioning and refrigeration share fundamental principles of heat transfer, refrigerant cycles, and the use of similar components. Both systems rely on the evaporation and condensation of refrigerants to transfer heat and achieve the desired cooling effect.
Air conditioning focuses on cooling and controlling indoor environments for human comfort, while refrigeration centers around cooling and preserving perishable items. Although they have distinct applications, both air conditioning and refrigeration rely on similar principles and components to achieve their cooling objectives.
Difference between Air Conditioner & Air Cooler
Air Conditioner
- Cooling Mechanism: Air conditioners use a refrigeration cycle to cool and dehumidify the air. They extract heat from indoor air and transfer it to the outside, resulting in cooler and drier air indoors.
- Temperature Control: Air conditioners can cool the air to a specific temperature, allowing precise control over the desired indoor climate.
- Energy Efficiency: Modern air conditioners can be highly energy-efficient, especially those with high SEER (Seasonal Energy Efficiency Ratio) ratings. However, they consume more electricity compared to air coolers.
- Indoor Installation: Air conditioners are typically installed indoors, either as window units or central systems with ductwork. They require professional installation and proper insulation.
- Cost: Air conditioners are generally more expensive than air coolers, both in terms of the initial purchase cost and ongoing energy consumption.
Air Cooler (Evaporative Cooler)
- Cooling Mechanism: Air coolers use the natural process of evaporation to cool the air. They draw in warm air, pass it through water-soaked pads or a water reservoir, and circulate the cooled air back into the room.
- Temperature Control: Air coolers reduce the temperature of the air but cannot cool it as effectively as air conditioners. They provide a more natural and milder cooling effect.
- Energy Efficiency: Air coolers are known for their energy efficiency, as they consume significantly less electricity compared to air conditioners.
- Ventilation: Air coolers require good cross-ventilation to work effectively. They work best in dry climates where the air is not already saturated with humidity.
- Portable and Outdoor Use: Air coolers are often portable and can be moved from room to room. They are also suitable for outdoor use, such as on patios or in garages.
- Maintenance: Air coolers require regular maintenance, including cleaning the water pads and ensuring proper water supply. They may also require periodic servicing to prevent the growth of mold or mineral deposits.
- Cost: Air coolers are generally more affordable than air conditioners, both in terms of the initial purchase cost and operating expenses.
The choice between an air conditioner and an air cooler depends on various factors such as climate, budget, desired cooling effect, and installation options. Air conditioners provide precise temperature control and higher cooling capacity but come with higher costs, while air coolers offer more natural cooling and energy efficiency at a lower price point.
AC Cleaning Kit
An air conditioner cleaning kit typically includes various tools and products designed to help you clean and maintain your air conditioning system. While specific contents may vary depending on the brand or type of kit, here are some common items you might find in an air conditioner cleaning kit:
Coil Cleaner
This is a specialized cleaning solution designed to clean the evaporator and condenser coils of the air conditioner. It helps remove dirt, dust, and debris that accumulate on the coils, improving the system’s efficiency.
Fin Comb
A fin comb is a tool with thin metal teeth or blades used to straighten bent or damaged fins on the condenser or evaporator coils. Straightening the fins helps maintain proper airflow and enhances the unit’s performance.
Condensate Drain Pan Treatment
This is a chemical treatment or tablet designed to prevent the growth of algae, mold, or mildew in the condensate drain pan. It helps keep the drain clear and prevents clogs or water leaks.
Brush or Vacuum Cleaner
These tools are handy for cleaning the exterior of the air conditioner and removing dust, dirt, and debris from the unit’s housing, grills, and vents.
Filter Cleaning Solution
Some cleaning kits may include a specific cleaning solution or spray for cleaning and maintaining the air filters. It helps remove accumulated dust and debris, allowing for better air circulation and filtration.
Gloves and Safety Gear
It’s important to protect yourself during the cleaning process, so some kits may include gloves or other safety gear like goggles or masks to safeguard against chemicals or dust.
User Manual or Instructions
A cleaning kit may provide a user manual or instructions on how to properly use the included tools and products, as well as guidelines for maintaining and cleaning your air conditioner effectively.
When choosing an air conditioner cleaning kit, consider the specific needs of your air conditioning system, such as the type of unit and its maintenance requirements. It’s essential to follow the instructions provided with the kit and ensure that the cleaning products and methods are suitable for your specific air conditioner model. If you’re unsure or uncomfortable with cleaning your air conditioner yourself, it’s recommended to seek professional assistance.
AC price in Bangladesh
AC Price in Bangladesh can range from affordable options for budget-conscious consumers to premium models with advanced features for those seeking top-tier cooling solutions.
Here is the list of AC Price in Bangladesh below
Walton AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | CompressorType | Price |
| WSI-INVERNA (EXTREME SAVER)-12C [SMART] | 1 Ton | 12000 BTU/Hr | Rotary (Inverter) | 64,900 Taka |
| WSI-INVERNA (SUPERSAVER)-12A [PLASMA] | 1 Ton | 12000 BTU/Hr | Rotary (Inverter) | 53,900 Taka |
| WSI-INVERNA (SUPERSAVER)-12A [SMART PLASMA] | 1 Ton | 12000 BTU/Hr | Rotary (Inverter) | 55,900 Taka |
| WSI-INVERNA (SUPERSAVER)-18H [PLASMA] | 1.5 Ton | 18000 BTU/Hr | Rotary (Inverter) | 72,900 Taka |
| WSI-INVERNA (SUPERSAVER)-18H [SMART PLASMA] | 1.5 Ton | 18000 BTU/Hr | Rotary (Inverter) | 74,400 Taka |
| WSI-INVERNA-24H [PLASMA] | 2 Ton | 24000 BTU/Hr | Dual Rotary (Inverter) | 87,900 Taka |
| WSI-INVERNA-24H [SMART PLASMA] | 2 Ton | 24000 BTU/Hr | Dual Rotary (Inverter) | 89.900 Taka |
| WSI-INVERNA (EXTREME SAVER)-12C | 1 Ton | 12000 BTU/Hr | Rotary (Inverter) | 62,900 Taka |
| WSI-INVERNA (ULTRASAVER)-12C | 1 Ton | 12000 BTU/Hr | Rotary (Inverter) | 61,900 Taka |
| WSI-INVERNA (ULTRASAVER)-12C [SMART] | 1 Ton | 12000 BTU/Hr | Rotary (Inverter) | 63,900 Taka |
| WSI-INVERNA (SUPERSAVER)-12A | 1 Ton | 12000 BTU/Hr | Rotary (Inverter) | 52,900 Taka |
| WSI-INVERNA (SUPERSAVER)-12A [SMART] | 1 Ton | 12000 BTU/Hr | Rotary (Inverter) | 54,900 Taka |
| WSI-INVERNA (SUPERSAVER)-18C | 1.5 Ton | 18000 BTU/Hr | Rotary (Inverter) | 72.000 Taka |
| WSI-INVERNA (SUPERSAVER)-18C [SMART] | 1.5 Ton | 18000 BTU/Hr | Rotary (Inverter) | 73,500 Taka |
| WSI-INVERNA (SUPERSAVER)-18C [PLASMA] | 1.5 Ton | 18000 BTU/Hr | Rotary (Inverter) | 72.000 Taka |
| WSI-INVERNA (SUPERSAVER)-18C [SMART PLASMA] | 1.5 Ton | 18000 BTU/Hr | Rotary (Inverter) | 73,500 Taka |
| WSI-INVERNA-24C | 2 Ton | 24000 BTU/Hr | Dual Rotary (Inverter) | 87,100 Taka |
| WSI-INVERNA-24C [SMART] | 2 Ton | 24000 BTU/Hr | Dual Rotary (Inverter) | 88,700 Taka |
| WSI-OCEANUS (VOICE CONTROL)-12F [UV-CARE] | 1 Ton | 12000 BTU/Hr | Rotary (Inverter) | 53,800 Taka |
| WSI-OCEANUS (VOICE CONTROL)-18F [UV-CARE] | 1.5 Ton | 18000 BTU/Hr | Rotary (Inverter) | 72,500 Taka |
Gree AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| GS-18CZ/CT | 1.5 Ton | 18000 BTU | 57,990 Taka |
| GS-12XFV32 | 1 Ton | 12000BTU/h | 49,990 Taka |
| GS-30XTWV32 | 2.5 Ton | 30000 BUT/h | 1,26,000 Taka |
| GS-36XTWV32 | 3 Ton | 30000 BTU | 1,47,990 Taka |
| GS-24XPUV32-Pular | 24000 BTU | 75,990 Taka | |
| GS-24MU | 2 Ton | 24000 BTU | 66,000 Taka |
| GS-12MU410 | 1 Ton | 12000BTU/h | 39,990 Taka |
| GS18LM410 | 1.5 Ton | 18000 BTU | 54,990 Taka |
| GS-48XTWV32 | 4 Ton | 48000 BTU/hr | 1,72,000 Taka |
| gsh-24lmv | 2 Ton | 24000BTU | 75,000 Taka |
| GS-18XFV32 | 1.5 Ton | 18000 BTU | 66,000 Taka |
| GS-18XPUV32-Pular | 1.5 Ton | 18000BTU | 66,999 Taka |
| GSH-12PUV | 1 Ton | 12000 BTU/h | 51,500 Taka |
| GS-24NFA410 | 2 Ton | 24000 BTU | 65,990 Taka |
| gsh-12fv410 | 1 Ton | 12000BTU | 51,500 Taka |
| GSH-24PUV410 | 2 Ton | 24000 BTU | 81,990 Taka |
| GSH-24PUV | 2 Ton | 24000BTU | 79,999 Taka |
| GSH-18PUV | 1.5 Ton | 18000 BTU | 67,500 Taka |
| GS-18NFA410 | 1.5 Ton | 18000 BTU | 54,999 Taka |
| GS-24XLMV32 | 2 Ton | 24000 BTU | 75,990 Taka |
| GS-18XLMV32 | 1.5 Ton | 18000 BTU | 67,500 Taka |
| GS-12XPUV32-Pular | 1 Ton | 12000 BTU | 46,900 Taka |
| GS-24XFV32 | 2 Ton | 24000BTU | 75,999 Taka |
| GP-12NLF | 1 Ton | 12000 BTU | 44,000 Taka |
| GS-18MU | 1.5 Ton | 18000 BTU | 53,990 Taka |
| GS-12FA410 | 1 Ton | 12000BTU | 39,000 Taka |
| GS-18CT | 1.5 Ton | 18000 BTU | 56,89 Taka |
| GS-24XTWV32 | 2 Ton | 24000BTU | 1,13,000 Taka |
| gsh-12lmv410 | 1 Ton | 12000 BTU | 51,600 Taka |
| GS-36XDWV32 | 3 Ton | 36000 BTU/hr | 1,65,400 Taka |
| gs-60xdwv32 | 5 Ton | 60000 BTU | 2,20,000 Taka |
| GS-30TW410 | 2.5 Ton | 30000 BTU | 1,49,600 Taka |
| Lomo GS-24LM410 | 2 Ton | 24000BTU | 79,990 Taka |
| GS-60XTWV32 | 5 Ton | 60000 BTU | 2,20,000 Taka |
General AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| asga18fmtb | 1.5 Ton | 18000 btu | 80,990 Taka |
| ASGG12CPTA | 1 Ton | 12000 BTU/h | 50,000 Taka |
| ASGA-3FETA | 2.5 Ton | 30000 BTU/hr | 1,22,000 Taka |
| AUG54ABAS | 5 Ton | 54000 BTU/hr | 2,40,000 Taka |
| ASGG18CPTA-V | 1.5 Ton | 18000 BTU/hr | 95,999 Taka |
| ASGA-24SEFT | 2 Ton | 24000 BTU | 90,000 Taka |
| ASGA18AFMTA | 1.5 Ton | 18000 Btu | 84,999 Taka |
| ASGA30FETA-A | 2.5 Ton | 30000 BTU/hr | 1,22,000 Taka |
| asga24fmta | 2 Ton | 24000 btu | 82,000 Taka |
| asga30feta | 2.5 Ton | 30000 BTU / H | 1,23,000 Taka |
| abg45aba3w | 5 Ton | 54000 BTU | 1,74,999 Taka |
| asga12bmta | 1 Ton | 12000 btu | 64,999 Taka |
| AXGT18AATH | 1.5 Ton | 18000 BTU/Hr | 42,000 Taka |
| ASH12USCCW | 1 Ton | 12000BTU | 41,990 Taka |
| asga24fetaha | 2 Ton | 24000 btu | 1,11,000 Taka |
| ASGG-24CPTA-V | 2 Ton | 24000Btu/Hr | 99,990 Taka |
| AXGT24AATH | 2 Ton | 24000Btu/Hr | 51,999 Taka |
| ASGA-18SEFT | 1.5 Ton | 18000 BTU | 82,000 Taka |
| FJ118GW | 1.5 Ton | 18000 BTU | 44,000 Taka |
| FJ124GW | 2 Ton | 24000 BTU | 52,990 Taka |
| ASGA18FUTB | 1.5 Ton | 18000 BTU | 97,000 Taka |
| aug54fuas | 5 Ton | 54000 BTU | 2,57,000 Taka |
| asga24fmtb | 2 Ton | 24000 btu | 96,000 Taka |
| asga18fmta | 1.5 Ton | 18000 BTU | 90,000 Taka |
| ASGG18CPTA-V | 1.5 Ton | 18000 BTU/h | 96,500 Taka |
| aoga 24fetaha | 2 Ton | 24000 | 1,10,000 Taka |
| ABG-45FBAGZSKU | 4 Ton | 45000 BTU | 70,000 Taka |
| ASGA24ABC | 2 Ton | 24000 BTU | 38,000 Taka |
| ASGA18AET | 1,5 Ton | 18000 BTU | 35,000 Taka |
| ASGA12FNTA | 1 Ton | 12000 BTU | 79,000 Taka |
| ASGA36FETA | 3 Ton | 36000 BTU | 2,16,000 Taka |
| axgt24fhta | 2 Ton | 24000 BTU | 80,000 Taka |
| axgt18fhta | 1.5 Ton | 18000 btu | 69,000 Taka |
LG AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| LG S4UQ24K22PD IN | 2 Ton | 22,000 Btu/h | 1,54,900 Taka |
| LG S4UQ24K23AD/LG S4UQ24K23AE | 2 Ton | 22,000 Btu/h | 1,36,899 Taka |
| LG S4UQ18KL2PE IN | 1.5 Ton | 18,000 Btu/h | 1,33,900 Taka |
| LG S4UQ12JA3AC | 1 Ton | 12,000 Btu/h | 86,900 Taka |
| LG S4UQ12JA2PC IN | 1 Ton | 12,000 Btu/h | 90,899 Taka |
| LG S4UQ18KL3AB/LG S4UQ18KL3AE | 1.5 Ton | 18,000 Btu/h | 1,19,900 Taka |
| LG HSC-24CR4FTV | 2 Ton | 24000 BTU | 80,000 Taka |
| LG S4UQ18KL3AB | 1.5 Ton | 18000cc | 88,300 Taka |
Singer AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| SRAC-SAS12CBR32LVSGRIH-CO | 1 Ton | 12000 BTU | 65,990 Taka |
| SRAC-SAS18CBR32LVSGRIH-CO | 1.5 Ton | 18000 BTU | 84,990 Taka |
| SRAC-SAS22CBR32LVSGRIH-CO | 1.8 Ton | 22000 BTU | 95,900 Taka |
| SRAC-SAS184L78WVMGA | 1.5 Ton | 18000 BTU | 64,990 Taka |
| SRAC-SAS60BMDN | 5 Ton | 60000 Btu/hr | 1,92,990 Taka |
| SRAC-SAS18IFLVSWT | 1.5 Ton | 18000 BTU | 71,990 Taka |
| SRAC-SAS24IFLVSWT | 2 Ton | 24000 BTU | 89,990 Taka |
Vision AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| Vision AC 1.0 Ton-APCI Inverter (3D Pro) | 1 Ton | 12000 BTU/h | 50,000 Taka |
| Vision AC 1.5 Ton-BPCI Inverter (3D Pro) | 1.5 Ton | 18000 BTU/h | 69,400 Taka |
| VAC 4 TON | 4 Ton | 48000BTU/H | 1,75,000 Taka |
| VISION AC 3.0 Ton – T36K (Ceiling) | 3 Ton | 36000 BTU/Hr | 1,50,000 Taka |
| Vision AC 2.0 Ton-CPCI Inverter (3D Pro) | 2 Ton | 24000 BTU/h | 82,400 Taka |
| Vision AC 1.0 Ton-APHCI WiFi Inverter (3D Pro) | 1 Ton | 12000 BTU/h | 52,400 Taka |
| VAC-5.0 TON | 5 Ton | 60000BTU/H | 1,95,000 Taka |
| Vision AC 1.5 Ton-BPC (3D Pro) | 1.5 Ton | 18000 BTU/h | 60,900 Taka |
| ision AC 1.0 Ton-APC (3D Pro) | 1 Ton | 12000 BTU/h | 45,900 Taka |
| Vision AC 2.0 Ton-CPC (3D Pro) | 2 Ton | 24000 BTU/h | 75,900 Taka |
| VAC-2.5TON | 2.5 Ton | 30000BTU/H | 1,30,000 Taka |
| VAC-3.0TON | 3 Ton | 36000BTU/H | 1,50,000 Taka |
| Vision 1.5 Ton BPHCI Wi-Fi Inverter AC 3D Pro | 1.5 Ton | 18000 BTU/h | 71,400 Taka |
| VAC-5 TON | 5 Ton | 60000BTU/H | 1,95,000 Taka |
| Vision AC 2.0 Ton-CPHCI Wi-Fi Inverter (3D Pro) | 2 Ton | 24000 BTU/h | 84,400 Taka |
| VISION AC 4.0 Ton – T48K (Ceiling) | 4 Ton | 48000 BTU/Hr | 1,75,000 Taka |
Samsung AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| AR18TVHYDWKUFE | 1.5 Ton | 81,990 Taka | |
| AR18TVHYDWK1FE | 1.5 Ton | 18000 BTU | 81,500 Taka |
| AR12TVHYDWKU1FE | 1 Ton | 59,500 Taka | |
| AR24TVHYDWK1FE | 2 Ton | 24000 BTU | 92,000 Taka |
| AR24KV5HBWK | 2 Ton | 6000-watts | 96,900 Taka |
| AR12J | 1 Ton | 12000 BTU | 72,000Taka |
| AR24J | 2 Ton | 24000 BTU | 90,000 Taka |
| AR18J | 1.5 Ton | 18000 BTU | 81,000 Taka |
Sharp AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| AH-A18SEV | 1.5 Ton | 18000 BTU/hr | 62,000 Taka |
| AH-XP13XHVE | 1 Ton | 12000BTU/h | 67,000 Taka |
| AH-A18ZEVE | 1.5 Ton | 18000BTU/h | 78,000 Taka |
| AH-XP18XHVE | 1.5 Ton | 18000 BTU/hr | 93,000 Taka |
| AH-XP24XHVE | 2 Ton | 24000 BTU/hr | 1,03,000 Taka |
| AH-A24ZEVE | 2 Ton | 22860 BTU | 97,000 Taka |
| AH-A12PEV | 1 Ton | 2000 BTU/H | 62,000 Taka |
| AH-XP24SHVE | 2 Ton | 24000 BTU | 99,000 Taka |
| AH-AH-A12PEV | 1 Ton | AH-AH-A12PEV | 39,000 Taka |
Hitachi AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| RAS F18CF | 1.5 ton | 18000 BTU | 78,000 Taka |
| RAS-SD13CD/RAC-SX13CD | 1 Ton | 95,500 Taka | |
| RAS-X18CD/RAC-X18CD | 1.5 Ton | 17,740 (3,070 – 18,430) BTU/h | 1,25,000 Taka |
| RAS F18CF | 1.5 Ton | 18000 BTU | 88,000 Taka |
| RAS-X24CAT | 2 Ton | 23,900(5120-27,315)BTU/h | 1,35,000 Taka |
| RAS-S24HPA (RAC-S24HPA) | 2 Ton | 24000 BTU | 88,000 Taka |
| RCI-4.0TNZ1NH | 3 Ton | 2,10,000 Taka | |
| RAS-DX18CJ | 1.5 Ton | 18000 BTU | 78,000 Taka |
Jamuna AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| JEDC-24DUAL S-2Ton | 2 Ton | 24000 BTU/hr | 86,800 Taka |
| JEDC-24DUAL-2Ton | 2 Ton | 24000 BTU/hr | 87,800 Taka |
| JEDC-18SAVER-1.5Ton | 1.5 Ton | 18000 BTU/hr | 72,800 Taka |
| JEDC-12SAVER-1Ton | 1 Ton | 12000 BTU/hr | 50,000 Taka |
| JEDH-24DUAL SAVER-2Ton | 2 Ton | 24000 BTU/hr | 88,800 Taka |
| JEDC-12SMART-1Ton | 1 Ton | 12000 BTU/hr | 52,800 Taka |
| JEDH-18 DOCTOR-1.5Ton | 1.5 Ton | 18000 BTU/hr | 74,800 Taka |
| JEDH-12 DOCTOR-1Ton | 1 Ton | 12000 BTU/hr | 54,800 Taka |
| JEDC-18SMART-1.5Ton | 1.5 Ton | 18000 BTU/hr | 74,800 Taka |
| JEC-18QC-1.5Ton | 1.5 Ton | 18000 BTU/hr | 63,800 Taka |
| JEDC-18BC-1.5Ton | 1.5 Ton | 18000 BTU/hr | 73,800 Taka |
| JEDC-18BB-1.5Ton | 1.5 Ton | 18000 BTU/hr | 70,800 Taka |
| JEC-18K-1.5Ton | 1.5 Ton | 18000 BTU/hr | 63,800 Taka |
| JEDC-24BC-2Ton | 2 Ton | 24000 BTU/hr | 87,800 Taka |
| JEDC-24BB-2Ton | 2 Ton | 24000 BTU/hr | 86,800 Taka |
| JEC-24QC-2Ton | 2 Ton | 24000 BTU/hr | 77,800 Taka |
| JEC-24OD-2Ton | 2 Ton | 24000 BTU/hr | 76,800 Taka |
| JEC-24K-2Ton | 2 Ton | 24000 BTU/hr | 76,800 Taka |
| JEC-12OD-1Ton | 1 Ton | 12000 BTU/hr | 46,000 Taka |
| JEDC-12BC-1Ton | 1 Ton | 12000 BTU/hr | 51,800 Taka |
| JEC-12K-1Ton | 1 Ton | 12000 BTU/hr | 45,800 Taka |
| JEC-12QC-1Ton | 1 Ton | 12000 BTU/hr | 47,800 Taka |
| JEC-12QA-1Ton | 1 Ton | 12000 BTU/hr | 46,800 Taka |
Marcel AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| MSI-KRYSTALINE-12A [DEFENDER] | 1 Ton | 12000 BTU/hr | 49,900 Taka |
| MSI-DIAMOND (SUPERSAVER)-12A | 1 Ton | 12000 BTU/hr | 53,400 Taka |
| MSN-KRYSTALINE-12F | 1 Ton | 12000 BTU/hr | 46,900 Taka |
| MSN-DIAMOND-12F | 1 Ton | 12000 BTU/hr | 45,900 Taka |
| MSN-KRYSTALINE-12A | 1 Ton | 12000 BTU/hr | 42,900 Taka |
| MSN-DIAMOND-12A | 1 Ton | 12000 BTU/hr | 41,900 Taka |
| MSI-RIVERINE-12A | 1 Ton | 12000 BTU/hr | 49,900 Taka |
| MSI-RIVERINE-12A [Smart] | 1 Ton | 12000 BTU/hr | 51,800 Taka |
| MSN-RIVERINE-12F | 1 Ton | 12000 BTU/hr | 45,900 Taka |
| MSN-RIVERINE-12FH | 1 Ton | 12000 BTU/hr | 50,500 Taka |
| MSI-RIVERINE-30C | 2.5 Ton | 30000BTU/H | 1,04,000 Taka |
| MSI-RIVERINE (SUPERSAVER)-18C | 1.5 Ton | 18000 BTU/hr | 64,900 Taka |
| MSI-KRYSTALINE-18C [Smart] | 1.5 Ton | 18000 BTU/hr | 71,500 Taka |
| MSI-DIAMOND-18F | 1.5 Ton | 18000 BTU/hr | 69,500 Taka |
| MSI-DIAMOND-18F [SMART] | 1.5 Ton | 18000 BTU/hr | 71,000 Taka |
| MSI-OCEANUS (VOICE CONTROL)-18F | 1.5 Ton | 18000 BTU/hr | 71,500 Taka |
| MSI-KRYSTALINE-18F [DEFENDER] | 1.5 Ton | 18000 BTU/hr | 70,500 Taka |
| MSI-KRYSTALINE-18F [SMART DEFENDER] | 1.5 Ton | 18000 BTU/hr | 72,000 Taka |
| MSN-DIAMOND-18A | 1.5 Ton | 18000 BTU/hr | 55,900 Taka |
| MSN-KRYSTALINE-18F | 1.5 Ton | 18000 BTU/hr | 63,900 Taka |
| MSI-KRYSTALINE-24C [SMART] | 2 Ton | 24000 BTU/hr | 83,600 Taka |
| MSI-KRYSTALINE-24C [DEFENDER] | 2 Ton | 24000 BTU/hr | 86,700 Taka |
| MSI-DIAMOND-24C | 2 Ton | 24000 BTU/hr | 85,700 Taka |
| MSI-DIAMOND-24H | 2 Ton | 24000 BTU/hr | 86,500 Taka |
| MSI-DIAMOND-24C [SMART] | 2 Ton | 24000 BTU/hr | 87,100 Taka |
| MSI-DIAMOND-24H [SMART] | 2 Ton | 24000 BTU/hr | 87,900 Taka |
| MSI-OCEANUS (VOICE CONTROL)-24C [UV-CARE] | 2 Ton | 24000 BTU/hr | 88,100 Taka |
| MSN-KRYSTALINE-24B | 2 Ton | 24000 BTU/hr | 77,400 Taka |
Mitsubishi AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| SRK-24CS-S | 2 Ton | 24000 BTU/hr | 1,15,000 Taka |
| MSZ-12 | 1 Ton | 12000 BTU/hr | 75,000 Taka |
| MSZ-24 | 1.5 Ton | 18000 BTU/hr | 96,000 Taka |
Midea AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| Midea msm18cr split | 1.5 Ton | 18000 BTU | 45,900 Taka |
| Midea MSI-12CRN-AF9 | 1 Ton | 12000 BTU | 41,990 Taka |
| Midea msm18crn | 1.5 Ton | 18000 BTU | 43,990 Taka |
| Midea MSA18CRN1 | 1.5 Ton | 18000 BTU | 57.900 Taka |
| Midea msi-18crn | 1.5 ton | 18000 BTU | 51,500 Taka |
| Midea 1.5 ton | 1.5 Ton | 18000 BTU | 43,500 Taka |
| Midea MSM18CR | 1.5 Ton | 18000 BTU | 44,900 Taka |
| Midea MSA24CRNEBU | 2 Ton | 24000 BTU | 54,000 Taka |
| Midea mcm-36crn1 | 3 Ton | 36000 BTU | 98,000 Taka |
| Midea msi-12crn1-af5s | 1 Ton | 12000 BTU | 40,500 Taka |
| Midea msa-18crneecub | 1.5 Ton | 18000 BTU | 43,990 Taka |
| Midea MSI-12HRIAG1 | 1 Ton | 12000BTU | 41,990 Taka |
| Media msi18crn1af5s | 1.5 Ton | 18000 BTU | 52,490 Taka |
| Midea msa-24crn1 split | 2 Ton | 24000 BTU | 53,999 Taka |
| Midea msm-18hr | 1.5 Ton | 18000 BTU | 57,990 Taka |
| Midea msa-24crn | 2 Ton | 24000 BTU | 56,990 Taka |
| Midea MSA18CRNEBU | 1.5 Ton | 18000 BTU | 43,500 Taka |
| Midea msm-24cr | 2 Ton | 24000 BTU | 54,990 Taka |
| Midea MSM-24CRN | 2 Ton | 24000BTU | 55,000 Taka |
| MSG18CRN1-AG2S | 1.5 Ton | 1800 BTU | 44,990 Taka |
| Midea MSE-18HRI-AG1 | 1.5 Ton | 18000 BTU | 55,990 Taka |
| Midea msm-30crn1 | 2.5 Ton | 30000 BTU | 63,990 Taka |
| Midea msm12cr | 1 Ton | 12000 BTU | 34,990 Taka |
| Midea msm36cr | 3 Ton | 36000 BTU | 98,000 Taka |
| Midea mgfa-60cr | 5 Ton | 60000 BTU | 1,22,000 Taka |
| Midea msi-24crn | 2 Ton | 24000 BTU | 63,500 Taka |
| Midea msa-24cr | 2.0 ton | 24000 BTU | 53,999 Taka |
| Midea MSI18CRN1-AF9 | 1.5 Ton | 18000 BTU | 51,500 Taka |
| Media msm-18cr | 1.5 Ton | 18000 BTU | 43,990 Taka |
| Midea MSM60CR | 5 Ton | 60000 BTU | 1,17,000 Taka |
Transtec AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| TRS-18ISE | 1.5 Ton | 18000Btu/H | 87,900 Taka |
| TRS-24ISE | 2 Ton | 24000Btu/H | 1,02,900 Taka |
| TRS-12ISE | 1 Ton | 12000Btu/H | 65,500 Taka |
| TSA-24ELN | 2 Ton | 24000Btu/H | 92,900 Taka |
| TSA-18CLN | 1,5 Ton | 18000 Btu/H | 74,500 Taka |
| TRS-12IGWC | 1 Ton | 12000Btu/H | 60,900 Taka |
| TSA-12ELN | 1 Ton | 12000Btu/H | 54,500 Taka |
| TSA-12CLN | 1 Ton | 12000Btu/H | 53,500 Taka |
| TSA-18ELN | 1.5 Ton | 18000Btu/H | 75,900 Taka |
| TSA-18SMT | 1.5 Ton | 18000Btu/H | 68,500 Taka |
Portable AC Price in Bangladesh
| Model | Capacity | Capacity of Cooling | Price |
| Chigo 1.25 Ton Accurate Sensor Portable Air Conditioner | 1.25 Ton | 12000 BTU | 39,990 Taka |
| Gree GP-12NLF 1 Ton Portable Air Conditioner | 1 Ton | 12000 BTU | 44,000 Taka |
| Midea mgfa-60cr 5 ton | 5 Ton | 60000 BTU | 1,22,000 Taka |
| Midea MWF-12CMP | 1 Ton | 12000 BTU | 35,990 Taka |
| Midea MFGA-30HRN1 | 2.5 Ton | 30000 BTU | 98,000 Taka |
Information OF AC Price in Bangladesh
We strive to provide accurate and up-to-date information on air conditioners, including AC Price in Bangladesh. Our team gathers information On Ac Price in Bangladesh from various online sources and carefully verifies and selects the data to present to you. We apologize if any inaccuracies occur and suggest that you thoroughly research and compare before making a purchase decision.
FAQ
It’s recommended to clean or replace your air filters every 1 to 3 months, depending on factors such as usage, indoor air quality, and filter type. Clogged or dirty filters can reduce airflow and decrease the efficiency of your AC system.
The recommended temperature for energy efficiency and comfort is around 78 degrees Fahrenheit (25 degrees Celsius) during the summer months. Every degree lower can increase energy consumption by approximately 3-5%.
Several factors can cause your AC to freeze up, such as restricted airflow, low refrigerant levels, or a malfunctioning blower fan. It’s best to turn off the system and contact a professional technician to diagnose and fix the issue.
You can improve energy efficiency by keeping your AC well-maintained, cleaning or replacing air filters regularly, sealing air leaks in your home, using programmable thermostats, and ensuring proper insulation. Additionally, using ceiling fans can help circulate cool air and make you feel more comfortable, allowing you to set your AC temperature a bit higher.
It’s advisable to have your air conditioning system professionally inspected and serviced once a year. Regular maintenance helps ensure optimal performance, extends the lifespan of your AC, and identifies any potential issues before they become major problems.
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Top 7 Air Cooler Price in Bangladesh
Conclusion
In conclusion, the price of ac in Bangladesh can vary based on several factors such as brand, capacity, and features. It is important for consumers to do their research and compare prices before making a purchase. Additionally, it is worth considering the long-term cost savings that come with investing in an energy-efficient model. While the initial cost may be higher, the savings on electricity bills can make up for it in the long run. Overall, finding the right balance between price and quality is key when purchasing an air conditioner in Bangladesh. As the country continues to experience hot and humid weather, air conditioners are becoming a necessity rather than a luxury.
