Skip to main content

Haier vs Gree Air Conditioners (T3- Technology): A Customer’s Honest Comparison After Using Both

 

FeatureHaier HSU-20 HFTEXGree Airy GS-18AITH23S-T3
Price (PKR)175,000 rupees                         235,000 rupees
Cooling GasR32 (A2L, flammable but more efficient)R410a (A1, safer but underperforms slightly)
Cooling PerformanceExcellent – superior coolingAverage – slightly underwhelming
Material & Build QualityDecentExcellent – premium look and finish
Airflow Direction ControlFlexible – easy to direct airflowLimited – fins poorly designed, no airflow direction toward ground
SafetyLess safe due to flammable
 gas
Safer gas used
Overall ExperienceBest for coolingGreat aesthetics and features

Conclusion (Based on Personal Use):

Despite Gree's superior design, finishing, and safety, Haier outperforms it in cooling efficiency, which is ultimately what matters most in an air conditioner. If cooling is your top priority, Haier is the better choice.

Comments

Popular posts from this blog

Area Calculation By ImageJ

  Area Calculation By ImageJ      Open the Software      File => Open       Zoom in the Image and select the straight line        Mark the small line on graph and go to analyse => set scale      Set known distance 01, unit cm and click ok       Go to free hand and cover the area you want to calculate       Then press (ctrl + m) repeat the process for 3 time       After that go to the result and summarize 

Weight conversion program using functions in c++

#include<iostream> using namespace std; int num(int n) { cout<<"num of chocolate:"; cin>>n; return n; } int ounce(int a) { cout<<"weight in ounce:"; cin>>a; return a; } int pound(int b) { cout<<"weight in pound:"; cin>>b; return b; } int main () { int n, a, b; char choice; cout<<"enter choice 'o' for ounce and 'p' for pounds:"; cin>>choice; int x, y, z; x = num(n); y = ounce(a); z = pound(b); if (choice == 'o') {cout<<"total weight in ounce:"<<x*y;} if (choice == 'p') {cout<<"total weight in pounds:"<<x*z;} return 0; } ************************** Output:

Activation Energy Calculation in Origon

  Activation Energy ·          Click on the curve, go to analysis, fitting, and linear fit ·          Note the slope and error ·          Then follow the Formula to find activation energy              Ea =  mRln(10)1000 m= slope, R= 8.6173*10 -5 eV/K , ln(10) = 2.303