Difference Between Working of DC Inverter AC and Non-Inverter AC.

Difference Between Working of DC Inverter AC and Non-Inverter AC

With rising prices, electricity bills are one of the most common concerns in Pakistan, and with the rising temperature intensity, Air Conditioners are becoming a necessity, day by day. But the moment an Air Conditioners are installed in the house; electricity bills increase significantly. With the selection of suitable Air conditioners, you can save a significant portion of your electricity bills.

You might also want to read: Complete Guide to Select Air Conditioner.

Let’s dig into the Difference Between the Working of DC Inverter AC and Non-Inverter AC.

Working of Non-Inverter AC

A standard Non-Inverter AC operates at a fixed speed. To maintain desired room temperature, the AC compressor starts and stops working. So, the AC compressor is doing no work or is working on its total capacity.

If you set a room temperature, the AC compressor starts working. The compressor stops working when the desired temperature is achieved, but the AC fan works. When the room temperature changes to certain degrees, the AC thermostat detects this change, and the compressor starts working. Due to this turning off and turning on, the room’s temperature fluctuates, and you might feel uncomfortable sometimes.

Working of DC Inverter Air Conditioners

Japan makes the DC Inverter Technology. Most modern air conditioners now utilize this technology to give better AC performance. This technology first revolutionized modern air conditioners and now affects refrigerator technology.

Now the question remains, “How does DC Inverter Air Conditioner Works.”

A DC Inverter AC can operate on variable compressor speed. To maintain the desired temperature, the compressor of DC inverter AC starts working at its total capacity. As the temperature reaches the desired point, keep working at low power instead of turning on and off to maintain the room temperature. This ensures energy-efficient operations and precise cooling or heating as required.

If you want to know why you spend extra money on DC Inverter AC, you should read 9 Advantages of DC Inverter AC over standard Non-Inverter AC.

You can imagine your AC as a car. If you keep on accelerating and decelerating, the car’s efficiency will decrease, its fuel consumption will increase, produce more noise, and the engine will wear out earlier. This was the case with Non-Inverter AC. For the case of DC Inverter AC. You can imagine that your car is mostly keeping a constant speed. This gives smooth drive, consumes less fuel, produces low noise, and the engine will last longer.

The graph gives the power consumption trend for a DC Inverter AC vs. Non-Inverter AC.

DC inverter AC power Consumption
DC Inverter AC Power Consumption

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