I really applaud the effort here, and it certainly isn't hurting anything, but I think any extra cooling from the water is negated by the extra amount of airflow it takes to cool the water. You are also using energy to pump the water, which may be small, but more than nothing.
I don't believe the heat absorbed by the intercooler is negligible. Also, we aren't just talking about heat absorbed from the engine bay, but also heat from the compressed air. A large enough heat exchanger could in theory dissipate enough heat to reduce the intake charge to a stable temperature assuming both airflow and waterflow were sufficient, but I've never seen such a system in practice. OEM's probably just use the law of diminishing returns to size their I/C's and H/E's, as every car I've ever seen at the track (both strip and road course) benefits from a cool down period, and/or ice.
Chiqles reported that the temps went 24 degrees above ambient when parked. I would need to put an IAT sensor on my throttle as well, but my guess is that an FMIC or even an SMIC has little to no effect on temp when parked. The turbo is not compressing air at idle and while air will heat up when flowing through that small furnace, it's probably much less than 24 degrees.
Since he has a sensor on his throttle, and has gone through various IC setups and is happy with his current results, we can assume that he is equaling or bettering his results under his driving, however, I don't believe in race applications or even at idle, this setup offers much benefit.
I don't believe the heat absorbed by the intercooler is negligible. Also, we aren't just talking about heat absorbed from the engine bay, but also heat from the compressed air. A large enough heat exchanger could in theory dissipate enough heat to reduce the intake charge to a stable temperature assuming both airflow and waterflow were sufficient, but I've never seen such a system in practice. OEM's probably just use the law of diminishing returns to size their I/C's and H/E's, as every car I've ever seen at the track (both strip and road course) benefits from a cool down period, and/or ice.
Chiqles reported that the temps went 24 degrees above ambient when parked. I would need to put an IAT sensor on my throttle as well, but my guess is that an FMIC or even an SMIC has little to no effect on temp when parked. The turbo is not compressing air at idle and while air will heat up when flowing through that small furnace, it's probably much less than 24 degrees.
Since he has a sensor on his throttle, and has gone through various IC setups and is happy with his current results, we can assume that he is equaling or bettering his results under his driving, however, I don't believe in race applications or even at idle, this setup offers much benefit.
