Just going through some data and found this interesting and relevant to you nerds out there. These logs are over a year apart but very similar. I can't really chalk up a measurable difference...It's like 6 to one and half dozen to the other...A couple small factors cancel each other out so it's hard to isolate.
Pre-intercooler:
13.5 psi target
ambient 68
WGDC 53-58%
Post intercooler:
13.75 psi
ambient 78
WGDC 58-66%
So bigger intercooler had a slight increase in turbo wgdc but it was warmer AND the target boost was 1/4 psi higher so both of those would increase wgdc alone....If you take the temp and boost out of it then that would drop wgdc...So even with those differences in conditions the logs are pretty similar. But this is a sea level FLorida car and turbos are good so no problem at all making that boost.
And also interesting is that load is nearly identical with warmer ambient temps but lower IAT's
Spark was a couple degrees higher at higher boost in warmer ambients so that's a triple whammy for the good
The ultimate is going to be the intercooler and upgraded HPFP
Pre-intercooler:
13.5 psi target
ambient 68
WGDC 53-58%
Post intercooler:
13.75 psi
ambient 78
WGDC 58-66%
So bigger intercooler had a slight increase in turbo wgdc but it was warmer AND the target boost was 1/4 psi higher so both of those would increase wgdc alone....If you take the temp and boost out of it then that would drop wgdc...So even with those differences in conditions the logs are pretty similar. But this is a sea level FLorida car and turbos are good so no problem at all making that boost.
And also interesting is that load is nearly identical with warmer ambient temps but lower IAT's
Spark was a couple degrees higher at higher boost in warmer ambients so that's a triple whammy for the good
The ultimate is going to be the intercooler and upgraded HPFP