So far so good. I was using the AC for about 4 hrs a day during peak summer. Didn't get a chance to use it for the past 1 month as the temperatures have come down (well, relatively)/raining on and off or cloudy and I don't see a need for AC in the day. Mine is an open terrace and when the temperature is 40ish outside, the AC takes about 30mins to bring the temperature down to a comfortable level. I decided against inverter AC as I know that I won't be using it extensively - maybe a few hours during hot days. Don't go by the stuff on paper - you will be super wrong
The things that I checked on paper were the power ratings for inverter vs non-inverter models and the one that I have has a max power rating of 1635W (4-star model).
For the amount we pay for MHI, the quality of the remote leaves a lot to be desired. Plain rubbish. My almost 8yr old Sharp inverter has a neatly laid out remote - not backlit, but my muscle memory helps as the buttons are neatly spaced. I was trying to get a Sharp AC, but wherever I went I saw only LG, Samsung and Voltas. Couldn't explore much due to the chinese virus pandemic.
If your usage is going to me more for similar area, inverter should be your choice. You won't regret that decision when the AC ages 4-5 yrs down the line.
Thanks for sharing, my friend has a MHI Inverter and nothing so great about it, but it will be used for 12 hours a day everyday and the performance is nothing like my Non-inverter version.
With experiences that I have, I avoid inverter AC's, for one main reason, PCB issues. I have seen PCBs failing very often due to external reasons such as lightening strikes, power fluctuations, corrosion etc and parts for Mitsubishi AC's are hard to come by and are of a niche segment and also it is not easy for a regular ac technician to fix PCBs issues so I stay away from them. So I buy low-tech, fit it and forget it kind of air conditioners.
The reason I suggest ME for inverters is for their durability, their pcb and outdoor units have weather protection coatings, they are super silent. Their PCB can take upto 440v of surge. ME has very high experience in AC component and Electrical equipment manufacturing and I also felt that ME Inverters have superb performance over MHI Inverters, the best inverter AC I have seen off-late. MHI is nothing less but they source parts from the best and integrate, they use ac fan DC motor from Nidec, some parts from Panasonic and MHI makes their own compressors in Thailand. I feel ME is a tad bit better in Inverters and MHI is nothing less, both are neck and neck. And I see many ME AC's installed in my neighborhood and rarely find MHI.
I strongly suggest ME Inverters, they are really nice.
ME uses Nichicon Capacitors which are one of the best in the world. You can see the fan blades when compressor is in slow mode but the cooling temperatures are amazing even at low speeds. Inverters are finest for temp and mainly humidity control but so it the cost of ownership and maintenance.
And if I get a Non-Inverter AC, most of the parts can be repaired or retrofitted with third party spares for ex: Relays and Capacitors. And they work just as good. All my air conditioners are working without any issues for more than 10 years and all are non-inverters and maintained by a dedicated AC Technician. And spares can be scavenged from the open market.
Found this video on youtube, both look very well made:
BTW, Mitsubishi's see Australia's harshest hot zones and most Australians are divided between MHI and ME aircons. (Just Sharing
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