Enough of Marketing!

Summary

In Sumit YPF's engaging video, viewers are taken on an in-depth comparison of the Panasonic and Daikin 2 Ton 5 Star ACs for 2024. Sumit provides a comprehensive analysis, focusing on technical aspects and market research insights. He stresses the importance of official numbers over popular opinion, debunking common myths and highlighting the real-world implications of each AC's performance metrics. With a fun yet factual approach, Sumit aims to educate consumers on making an informed decision without falling prey to marketing tactics.

Highlights

• Daikin's ISEER value is superior to Panasonic's, offering better efficiency. 🌟
• Panasonic has the edge in airflow technology with its 4-way swing feature. 🌬️
• Despite claims, neither brand's cleaning tech beats a good brush for evaporators. 🧹
• Sumit debunks myths around brand promotions and paid video claims. 🤔
• He invites viewers to reach out during live streams for further inquiries. 📲

Key Takeaways

• Official numbers triumph over sales pitches in understanding AC performance. 🔍
• Daikin outshines Panasonic in ISEER value and cooling capacity. 🌬️
• Panasonic boasts better airflow, but Daikin excels in overall efficiency. 🚀
• Be wary of marketing claims; rely on in-depth research and facts instead. 🧐
• Understand your cooling needs vis-à-vis inverter AC capabilities. 🌡️

Overview

Sumit YPF takes a no-nonsense approach in comparing Panasonic and Daikin's 2024 models by focusing on raw technical data over marketing fluff. He emphasizes that the significant parameters, like ISEER values, are often misunderstood by consumers and misrepresented by salespeople. From this foundation, Sumit breaks down everything from power ratios to dimensions, making it clear that deeper research is important for informed consumer choice.

As Sumit delves into the specifics of each AC's features, Daikin's top-notch ISEER value stands out against Panasonic's broader airflow capacity. While Daikin is heavier with advanced copper tubing for better heat exchange, Panasonic impresses with Matter-enabled tech for smarter integration, albeit with a caution against unrealistic marketing gimmicks. Sumit stresses practical understanding of inverter vs non-inverter AC operations, guiding viewers in discerning marketing myths from ground truths.

Beyond technical aspects, Sumit engages viewers on the misleading practices in the promotional world, where paid promotions can cloud genuine reviews. He warns of affiliations influencing content and ensures that his assessments come from thorough research and authentic data, with an invitation for viewers to interact through live streams or comment queries for further clarity. Through Sumit’s insights, viewers are equipped to discern performance from puffery, ensuring a more confident decision-making process.

Chapters

• 00:00 - 00:30: Introduction and Video Overview In the introductory chapter titled 'Introduction and Video Overview,' the presenter welcomes viewers to a new video focusing on the Best ACs of 2024, specifically comparing the latest Panasonic and Daikin 2 Ton 5 Star AC units. The presenter promises to address some controversial questions and assures viewers that the points discussed in this video are unique and have not been previously shared, even by users of these AC models or in any of the presenter's prior videos.
• 00:30 - 01:00: Comparison Criteria The chapter titled 'Comparison Criteria' begins with an introduction by Sumit, who emphasizes that the comparison of air conditioners (ACs) will be impartial and based on technical grounds and market research. Sumit acknowledges that some viewers may question the relevance of this comparison if they do not currently own the ACs being discussed. However, he explains that the comparison will be conducted using established criteria and standard government guidelines to ensure fairness and accuracy.
• 01:00 - 02:00: Official Numbers and Model Differences This chapter discusses the importance of relying on official numbers rather than those from salespeople, which often lack clarity for most people. It also highlights the issue within brands where different models with similar capacities exist, and notes that not all models are of equal quality. Some are influenced by primary buyers who end up choosing sub-standard models due to a lack of knowledge.
• 02:00 - 02:30: Importance of Official Testing The chapter 'Importance of Official Testing' highlights the impracticality of individuals testing models on their own, irrespective of their audience size. It underscores the significance of relying on tests conducted and published by companies, as these are done in accordance with government standard conditions, ensuring reliable and standardized results.
• 02:30 - 04:00: Daikin vs Panasonic Performance Comparison The speaker emphasizes the difficulty of determining the best Air Conditioner between Daikin and Panasonic without concrete numbers or data. They argue that even with extensive personal experience, it's impossible to accurately judge the best AC. They criticize YouTubers who claim to test and determine the best AC without proper evidence, and advise viewers to critically assess the observations noted in pinned comments of videos rather than blindly trusting influencers.
• 04:00 - 05:30: ISEER Values and Power Consumption This chapter discusses the ISEER values and power consumption of 5-star ACs, specifically comparing Daikin's model, which boasts a high ISEER value of 5.2. The chapter details Daikin's cooling capacity of 1.76 tons, its cooling range from 20% to 112%, and its cooling-to-power ratios which range from a minimum of 3.6 to a maximum of 6.25, with a rated value of 3.93.
• 05:30 - 07:00: Cooling to Power Ratios This chapter discusses various metrics related to air conditioners, focusing on power consumption and comparative size and efficiency. It mentions an AC with a power consumption as low as 200W and highlights its heavy and large outdoor unit. The comparison is made with Panasonic's AC, noting that while it is lighter, it has an ISEER value of 5.10 and a cooling capacity of 1.73 tons.
• 07:00 - 08:30: Inverter AC Features The chapter "Inverter AC Features" describes the cooling efficiency and power consumption metrics of a specific inverter AC model. The cooling range is between 45% and 110%, and the maximum cooling-to-power ratio achieved is 5.64, with a minimum of 3.16 and a rated value of 3.88. Furthermore, the AC can consume up to 486 watts of power. The dimensions of the AC are also mentioned in the transcript.
• 08:30 - 10:00: Size, Weight, and Material Quality The chapter discusses the comparative analysis of Panasonic and Daikin air conditioners, highlighting the differences in size, weight, and material quality, specifically noting that Panasonic ACs are inferior to Daikin in every performance metric. The chapter aims to elucidate the real-world significance of these differences, contrasting market perceptions with actual performance.
• 10:00 - 11:30: Real-world Performance and Brand Claims The chapter discusses the performance and brand claims of Daikin and Panasonic air conditioners, focusing on the ISEER value, which is an indicator of energy efficiency. It notes that Daikin has a superior ISEER value in comparison to Panasonic, implying better energy efficiency and cooling performance. Daikin is highlighted as providing 1.76 tons of cooling using 1575 W, as per government standards, showcasing its effectiveness.
• 11:30 - 13:00: Additional Features and Pricing The chapter "Additional Features and Pricing" discusses the energy consumption of different cooling units. It compares the power consumption of two brands: one that consumes 923.07 units in 1600 hours of operation, and Panasonic, which consumes 926.31 units while providing 1.73 tons of cooling using 1570W. The differences in consumption are highlighted as minor by Panasonic supporters.
• 13:00 - 14:00: Conclusion and Contact Information The conclusion addresses differences in standard conditions versus actual usage in various environments. It questions whether the assessment of an air conditioner's quality, like that of the Godrej AC with a 2018 aluminum condenser and R290 gas, is based solely on basic values and numbers.

Enough of Marketing! Transcription

• 00:00 - 00:30 Hello friends, welcome to Sumit YPF's new Best AC 2024 video. Where today we will compare the latest Panasonic and Daikin 2 Ton 5 Star ACs. But this video is not limited to just that; you will also find answers to these controversial questions in this video. And as always, the points I will explain to you cannot be found anywhere else. Not even from those who are using these particular ACs. In fact, I haven't shared these points in any of my videos before.
• 00:30 - 01:00 So, let's start this video with your unbiased friend Sumit. So, firstly, let me make it clear that this comparison will be based on pure technical grounds and my market research. And for those who question the relevance of comparison because you don't have these ACs, So, firstly, I will compare based on criteria. These brands have tested the ACs according to standard government guidelines.
• 01:00 - 01:30 And these are 100% official numbers; I'm not referring to the numbers that every offline or online salesperson tells you. This comparison is based on those numbers whose significance is not clear to 99% of people. Secondly, within a brand, different models come with similar capacities. Not all of these models are the best; some models are primary buyers who influence by selling sub-standard models alongside good models because of their lack of knowledge.
• 01:30 - 02:00 And I cannot test all of these models myself, No matter how many subscribers someone has. And genuinely, there is no need for this because the company has already tested and published the numbers according to government standard conditions.
• 02:00 - 02:30 And without these numbers, even if someone uses any two good ACs side by side for 50 years, they won't be able to determine the best among them. With proofs, if YouTubers want to talk nonsense, like saying "I've bought and tested all the ACs and now I'm telling you the best AC," then it's simply not possible. The people who are fans of YouTubers with millions of subscribers should read the observations in the pinned comment of the video once.
• 02:30 - 03:00 Now, after clearing up your myths, let's start the primary comparison. So firstly, both of these ACs are 5-star ACs. But Daikin's ISEER value is the highest at 5.2, with a cooling capacity of 1.76 tons. And its cooling range is from 20% to 112%, with a maximum cooling-to-power ratio of 6.25, a minimum of 3.6, and a rated value of 3.93.
• 03:00 - 03:30 Additionally, this AC's power consumption can go as low as 200W. The dimensions of this AC are on your screen, with the heaviest and largest outdoor unit in the entire segment, which is 36% heavier than Panasonic's AC. On the other hand, Panasonic's ISEER value is 5.10, with a cooling capacity of only 1.73 tons.
• 03:30 - 04:00 And its cooling range is only from 45% to 110%. this AC's maximum cooling-to-power ratio is only 5.64, with a minimum of 3.16 and a rated value of 3.88. Additionally, this AC's power consumption can go up to 486W. The dimensions of this AC are on your screen.
• 04:00 - 04:30 Which are the most inferior in this entire segment, similar to any budget brand Now, you can see for yourself that in every performance department, the Panasonic AC is inferior to Daikin by a significant margin. And if you've only watched marketing or basic salesperson videos so far, then most probably you won't understand this So, let me explain briefly what the real-world significance of each number is.
• 04:30 - 05:00 But due to limited time, I cannot teach you the ABCD of air conditioners here. That's a different matter altogether, as besides me, no one else on the internet can teach you. But anyway, you understand at least that firstly, here Daikin's ISEER value is better than Panasonic's. Like, using 1575 W, Daikin will provide cooling of 1.76 tons, according to government standards.
• 05:00 - 05:30 In 1600 hours of operation, it will consume 923.07 units. Whereas Panasonic, using 1570W, will provide cooling of 1.73 tons and will consume a total of 926.31 units. And here Panasonic fans might say that this is a very minor difference.
• 05:30 - 06:00 So, yes, but this is a difference according to standard conditions, but our usage, room, or outdoor environment are not standard. Like if the AC is considered the best based only on these basic values or not. Like, based only on these basic numbers, the Godrej AC with a 2018 aluminum condenser and R290 gas is the best.
• 06:00 - 06:30 Because its ISEER value is better than every other 1.5-ton AC at 5.25, but that's not the case. To understand the difference in real-world usage, we'll have to move on to the next number. The first thing is the cooling to power ratio, like we major cooling in tons, but tons are also measured in Cooling W and BTU for more accurate numbers, and here we choose Cooling W to explain.
• 06:30 - 07:00 So, in 1 ton, there are around 3500W, and this tells us how many watts of cooling an AC can provide per watt of electricity. The better this value, the more power-saving and efficient the AC. And by the way, this ratio is only valid for a non-inverter AC because its compressor works at a fixed speed.
• 07:00 - 07:30 and this no. is the ISEER value Whereas in inverter ACs, the compressor speed is variable, so this number varies for each cooling capacity in inverter ACs. and the calculation for getting the ISEER value in the inverter is too complex. I can only explain this. in detail in my live stream only. to get useful insight from it we need to split this ISEER value into three ratios minimum, maximum, and rated at 100% cooling capacity.
• 07:30 - 08:00 Here, the max value denotes that once the AC achieves its desired cooling in the room, then how much maximum efficiency it can achieve. Like an inverter AC wastes electricity at its 100% or above capacity compared to a non-inverter AC
• 08:00 - 08:30 Here, actual electricity saving occurs at lower capacities. So, the difference in the max cooling to power consumption of these two ACs is around 10%. And similarly, the explanation of their rated and max cooling will remain. Then the next metric here is the cooling range. This means how much an AC can adjust its capacity according to the room conditions.
• 08:30 - 09:00 And for an AC to be called an inverter AC, this minimum percentage should be at least 50%. The lower this minimum percentage, the better it is. Like, in many cases, where the cooling capacity of the AC is ideal or even higher according to the actual need of the room. Or you generally use your AC at higher temperatures like 27°C or above.
• 09:00 - 09:30 So, in such cases, inverter ACs, after properly cooling the room, start turning off their compressors intermittently. Like after maintaining the desired room temperature that you have set on your remote, After that, the inverter AC reduces its cooling capacity because now there is less need for cooling to maintain the room temperature.
• 09:30 - 10:00 And in continuous use cases, as time passes, the need for cooling to maintain the temperature decreases. And here, the ACs that are not as refined to reduce their cooling capacity further, they turn off the compressor, and then when cooling is needed again, they start the compressor again. And in the on and off cycle of this compressor, more electricity is used, and there is a compromise in comfort as well
• 10:00 - 10:30 compared to those ACs that do not turn off the compressor and can reduce their cooling further as per the room requirement. And achieving this refinement is not just a matter of every brand's AC. Especially for Panasonic, mostly any AC of theirs, mostly their ACs get stuck at 45% percent.
• 10:30 - 11:00 Then let's talk about their weight and dimensions. And some may say that weight and dimensions don't matter, you don't have to lift them anyway. So firstly, if the weight and dimensions are higher, surely people won't be have stone in it Weight here translates to better quality of materials and a larger size condenser. Like in Daikin, they have used inner grooved copper tubes,
• 11:00 - 11:30 Which increases the surface area for heat exchange, making the process faster. And along with that, its aluminum fins and overall heat exchanger are also better in size, Like there is a fan in an AC outdoor unit, why is it there? Just for looks? No, it's to cool the condenser faster for faster heat exchange.
• 11:30 - 12:00 And then it's common sense that grooved copper tubes, better fins, and a larger size contribute to faster heat dissipation. This means the condenser will cool down faster, giving us a better life and cooling And let me give you another example, like why is the efficiency of a window AC lower than that of a split AC according to its star rating standards?
• 12:00 - 12:30 The reason is the size limitation. And one more thing, the heat exchangers of window ACs are generally thicker compared to normal split ACs. Again, why is that? It's to address the size limitation by using wider aluminum fins. Then, the next example is why are the sizes of O General and Mitsubishi ACs larger? Is it for show? No, not at all.
• 12:30 - 13:00 Then, the next example is, you may have heard that O General and Mitsubishi ACs provide more cooling. So, does this mean their 1.5-ton AC provides cooling equivalent to a 2-ton AC? The answer is absolutely not. What this means is, when the ambient outdoor temperature is quite high, normal ACs cannot provide their 100% effective cooling,
• 13:00 - 13:30 While these ACs provide effective cooling even in high ambient temperatures, Because of their better heat exchangers, compressors, motors, and electronic boards. And to say, budget brands even claim up to 60°C. But the reality is that even this Daikin AC cannot achieve its 100% effective cooling beyond 46°C.
• 13:30 - 14:00 So, it's useless to pay attention to such claims made by brands. Here, every brand claims itself to be the best, like LG, Panasonic, Haier, and so on, they all claim to be in the number one position. Besides the values or values I have explained to you, there are other important values as well. But the video has already reached 20 minutes.
• 14:00 - 14:30 Now, before moving forward with the core performance, if you find help from the information provided in this video, Then, I can certainly expect a like and comment. We move forward from here to other features and functions. So, firstly, in Panasonic AC, you get 4-way air swing with an airflow of up to 720 CFM
• 14:30 - 15:00 and a noise level ranging from a minimum of 36 dB to a maximum of 49 dB. Similarly, in Daikin, there's also a 4-way auto swing with an air delivery of 593 CFM and noise levels ranging from 32 dB to a maximum of 48 dB. And there's no doubt that airflow-wise, this Panasonic AC is better. But in Daikin, there's a dual flap for longer air throw, up to 52 feet.
• 15:00 - 15:30 Then, in terms of air filters, Panasonic has a strip-type PM 01 filter along with a normal dust filter. Similarly, in Daikin, there's also a strip-type PM 2.5 filter along with a liquid guard antibacterial dust filter. However, any significant improvement in air quality with these strip filters is not guaranteed. More information on this is available in the video. Moving on, in terms of heat exchange coating, Panasonic has a shield blue coating on both its heat exchangers, including copper C bends.
• 15:30 - 16:00 Whereas in Daikin, there's a blue fin condenser with transparent anti-corrosion treatment on the copper coils of both the heat exchangers. According to Daikin, the benzotriazole oil in the coating protects the copper coils of the heat exchangers from corrosion and harsh outdoor conditions. While I don't have specific numbers on how much of a difference the transparent coating nd blue coating make.
• 16:00 - 16:30 Additionally, in Panasonic, there's Crystal Clean Technology, which is a freeze-clean tech. Whereas, in Daikin, there's Dew Clean Technology, which is a moisture-based cleaning technology. Both of these are passive evaporator cleaning technologies and neither can effectively clean the evaporator. In fact, currently, there isn't any technology available for proper evaporator cleaning. The time you spend on these technologies, say around 15 minutes, you could achieve much better cleaning with a brush.
• 16:30 - 17:00 Then, in Panasonic AC, there are 7-in-1 manual convertible modes ranging from 45% to more than 100%. While in Daikin, there are only 3 modes: Econo for power-saving, similar to 80% mode, auto mode similar to AI mode, and power chill mode for maximum or expandable cooling.
• 17:00 - 17:30 And if you're indifferent to these modes, you'll always properly cool the entire room. So, in this regard, you won't go wrong. But there's a doubt here, whether an inverter AC in its manual convertible mode, Will work like a fixed-speed non-inverter AC, and this is 100% wrong. Still, considering this, you can opt for a 5-star AC. But if you buy a 4-star or 3-star AC based on this statement, You might incur significant electricity losses.
• 17:30 - 18:00 Proper calculations are provided in this video. And also, in terms of a 5-star AC, it doesn't make any financial sense considering the price difference between a 5-star and non-inverter AC.
• 18:00 - 18:30 Then next, both these ACs are smart WiFi-enabled, allowing you to control them with their respective apps and voice assistance. However, Panasonic has an advantage here as it's Matter-enabled AC. And I won't explain what Matter is here; I'll provide a link to a good video in the description. And after watching this video, you'll understand whether it will revolutionize your usage or if it won't make much of a difference to most users.
• 18:30 - 19:00 Next, the working voltage range of both ACs is displayed on your screen. But as always, I would recommend using a stabilizer with your AC for safety. Panasonic claims stabilizer-free operation, and Daikin boasts a next-level stabilizer inside, but I don't completely trust it.
• 19:00 - 19:30 Other than that, both ACs come with a standard 1, 5, 10 warranty. And their pricing will be around 60K to 65K, with no significant price difference between the two. Now, let me clarify some basics regarding your paid promotion videos. Whenever I make a comparison video involving Panasonic, some people claim it's a paid promotion video for that brand.
• 19:30 - 20:00 This doesn't make any sense because, firstly, a channel with only 16K subscribers generally doesn't receive offers for paid videos about ACs. Secondly, if I do any paid videos, you'll find a "Paid Promotion" label included on the right side of the video.
• 20:00 - 20:30 I'm not among those who claim to be truthful, citing government guidelines and then lie. The king of promotion here is Panasonic, followed by Daikin. In fact, LG mostly doesn't do paid promotions for its products.
• 20:30 - 21:00 If their sales are low in a particular segment, like water purifiers, they might do videos with budget and big channels. Speaking of Panasonic, they do paid promotions every year. Even this year, the video on Panasonic's EU series is all paid. In all these videos, you'll find links to the Panasonic store or influencer in the description.
• 21:00 - 21:30 In fact, mostly only in paid videos will you find links to any brand's website. Generally, creators don't include links to official stores or websites in their descriptions. On YouTube, creators who claim to be unbiased are 99% paid, including those who claim to be truthful. This trend applies to every big brand, except for channels with millions of subscribers where brand deals don't work.
• 21:30 - 22:00 For them, including an official store link is not mandatory. Also, stating that Panasonic ACs are the best would harm my credibility. Firstly, if I promote Panasonic ACs, my chances of getting future paid promotion videos increase.
• 22:00 - 22:30 Secondly, if you want to hear that Panasonic is the best and I say so, there's a higher chance that you'll complete your AC purchase through my affiliate link in the description. This would earn me affiliate commission. On the other hand, if I don't claim Panasonic is the best you'll have to watch around 50 more videos to validate that statement.
• 22:30 - 23:00 Whether you find an explanation or not, there's still a chance that you'll end up purchasing an AC through someone else's link. So, I may have incurred a loss in terms of affiliate revenue, but that's a separate matter. It's different that it doesn't affect me. I aim to base my videos on research, proof, and numbers. And these numbers are provided by the brands themselves; I didn't fabricate them.
• 23:00 - 23:30 The decision-making statement is quite simple: if you want the best performance from a highly reputable and reliable brand with years of trust, consider Daikin. Otherwise, if you prioritize features, then only consider Panasonic. Even after watching the video, if you still have any confusion, you can ask your questions during our weekly live stream
• 23:30 - 24:00 or in the comment section in this format. I'll try to reply to your comments within 24 to 48 hours.