Suppose there are 10,000 trains on which ACP happens daily. We can assume approx 3 chain pullings per train. (We can’t consider trains in ECR,ER, NER where ACP is a nightmare to run trains).
An ACP takes 2-10 mins, 50 minutes(sometimes more in neutral section). So I am taking approx. 10 minutes as the avg time to correct ACP.
Lets look at this calculation: (DIRECT IMPACT)
10000(trains) x 3 (ACP per train per day) x 10 (minutes per ACP) = 3 LAKH MINUTES per day = 5000 Hours per day due to ACP as the DIRECT IMPACT, the INDIRECT IMPACT is the OTHER TRAINS impacted as well as the PATH LOST of ACP train and others.
Total DIRECT LOSS due to ACP in an year = 5000 (hours/day) x 365 = 1,825,000 Hours/Year
This above figure is equivalent to Seventy Six Thousand Days per year Direct Loss due to ACP after accounting for INDIRECT Losses the figure will be astronomical.
Hence, I believe that any solution in this regard is worth experimenting and if it reduces ACP by even 10% its worth it.
I believe if we implement the ways I am suggesting than it can reduced ACP by 10-30% on the Lower side and 50-70% on the upper side.The way we implement will decide the final results.
I have thought of funny and controversial solutions too and least bothered if they are rejected and discarded because sometimes only such solutions work, but due to some reasons I can’t mention them here.