How can a laptop with a TDP of 15W for U processor consume without having a discrete video card of 45W and even more than 60? This is absurd. The testers have something wrong with the measurement equipment. There's simply nothing to consume so much. The motherboard consumes a maximum of 15W, IPS 3-4W. SSD 2-3 watts (but it does not participate in stress tests). How did such monstrous consumption figures come under load?
The second question to the editorial staff is why do you test in Idle and then immediately at maximum consumption(Average not really average!) the noise from the laptop?
Idle Maximum does not say anything to the average consumer of such laptops about real noise when loading in the office and especially (90% of the time) surfing, where the typical load on all the cores is about 10-20%, and if there are many open tabs with multimedia content, the load increases to 25-35%. That's what you need to test how much the laptop consumes at 10%, 20%, 30% of the load on all the cores. It is these levels that show real comfort from using a laptop in a quiet room, especially at night at home. For a long time there is a free software which exactly loads the cores for a specified percentage, such as S&M. And then the technology matter is to lay out the noise levels for each step of the load - 10%, 20, 30, 40, 50 and above.
1000Hz is not at all a comfortable level for the eyes in the presence of PWM, it all depends on the amplitude of the oscillations. The higher it is, the worse it gets. For most users, a pencil test for flicker is more important on 10-40% brightness. If its screen passes at any brightness, can say with confidence that the picture will be comfortable with quality in the rest - high contrast and good color rendering on a matte, glare-free screen and with minimal crystal effect for matte treatment.