Skip to Content

Inverter Vs. Non-Inverter AC: Pros & Cons

Inverter ACs can adjust their compressor motor speed to maintain room temperature. They’re also energy efficient, helping you save on electric bills over time.

Non-inverter air conditioners use fixed power settings and operate with periodic on/off cycles that shorten their lifespan by creating wear and tear on their components.

For more information about your air conditioning system and to schedule an appointment for professional AC installation services, click here.

1. Energy Efficiency

There is a common belief that non-inverter air conditioners are more energy-efficient than their inverter counterparts; however, this is not true. Non-inverters’ compressor motors work at full power either way, resulting in higher energy consumption, affecting your monthly electricity bill.

Inverter ACs employ a controlled blower framework with variable speed settings to decrease energy consumption, leading to significant electricity savings and reduced carbon emissions. Furthermore, their silent start-up/stop sounds make them attractive to those concerned with energy costs or looking to save money.

2. Low Noise

Inverter technology enables an air conditioner to alter the rotational speed of its compressor motor according to cooling needs, thus balancing out power loads on components while improving efficiency and reducing noise pollution from an AC.

However, non-inverter ACs typically operate at full power until a room reaches the desired temperature before switching off. This on/off cycle puts additional wear and tear strain on their system, which may eventually lead to premature failure.

Inverter air conditioners use less energy, leading to lower electricity bills that must be paid each billing cycle. By comparison, conventional ACs produce higher electricity bills. Over time, however, savings on your power costs could result in significant savings with inverter ACs.

3. Longer Lifespan

Non-inverter air conditioners cycle on and off periodically to maintain a set temperature, meaning their compressor motor must work at full power at all times – this causes wear on its components and higher electricity bills over time.

Louder than inverter ACs and more disruptive to those trying to sleep or work, window ACs’ constant on/off cycles may short out and damage their compressor, potentially short-circuiting and shortening its lifecycle.

Inverter air conditioners are quieter and can last longer than traditional ACs due to reduced stress on their compressor and using less energy – saving money over time and making an inverter AC an investment that pays dividends with reduced electricity bills. Many consider an inverter AC an irrevocable purchase that will pay dividends with lower electricity bills.

4. Easy Maintenance

Air conditioners that offer both environmental protection and low maintenance costs have quickly become popular among buyers, yet some factors should still be considered before making your selection. You should decide between an inverter or non-inverter AC as these may suit different purposes better.

Inverter ACs can more precisely regulate their incoming power to their compressor, thus consuming less electricity than non-inverter models and saving you money in electricity bills over time.

Non-inverter ACs consume more energy due to operating at full capacity all of the time and switching on and off periodically, using more power in doing so and eventually leading to premature wear-and-tear failure. As such, non-inverter units may give out faster than expected.

5. Versatility

Inverter ACs offer greater versatility than their non-inverting counterparts as they can adjust their cooling speeds depending on your cooling needs, meaning faster and more effective cooling of any room.

Furthermore, inverter ACs use less energy than non-inverter ACs to keep room temperatures consistent, saving homeowners significant sums on electricity bills over time.

Non-inverter ACs operate only at full power or not at all, consuming much more electricity and increasing your electric bill as they require large amounts of energy to restart, hurting the environment and compressor emissions that harm it.

Jeff Campbell