Adding Electric Turbocharger to Mazda Demio GT Sposrt Nav+ 2019
#1
Adding Electric Turbocharger to Mazda Demio GT Sposrt Nav+ 2019
Hi everyone,
In about 2 years I plan to spend about 8k on mods and I would like to start adding some power to my car.
Like in the topic, I am thinking of adding an Electric Turbocharger single or in twin config which should add 20$ - 35% power.
Forget about all other things I will need to add for now... Is it even possible to use that Turbo with 1.5 L SkyActiv-G F-P5 I4 Engine and 5-speed SkyActiv-MTmanual transmission?
I am asking because I haven't seen anyone to try this... in fact, I haven't seen any Mazda 2 with Turbo...
If not then why not? Will engine not be able to handle the strain?
Thank you,
Hunter
In about 2 years I plan to spend about 8k on mods and I would like to start adding some power to my car.
Like in the topic, I am thinking of adding an Electric Turbocharger single or in twin config which should add 20$ - 35% power.
Forget about all other things I will need to add for now... Is it even possible to use that Turbo with 1.5 L SkyActiv-G F-P5 I4 Engine and 5-speed SkyActiv-MTmanual transmission?
I am asking because I haven't seen anyone to try this... in fact, I haven't seen any Mazda 2 with Turbo...
If not then why not? Will engine not be able to handle the strain?
Thank you,
Hunter
#2
A few points:
- Most "electric" turbochargers are absolute crap meant to fleece money from the unsuspecting.
- A high end electric turbocharger driven from a big freakin' capacitor to give a few seconds of boost are fairly expensive, and if you're climbing a long grade, you'll be out of boost in relatively short order.
- SkyActiv-G engines make very poor candidates for forced induction simply because their compression ratios are too high to accommodate the boost.
#3
Thanks for the answer.
I agree many are just crap but I got one that's good, tested, and makes 5 PSI (https://torqamp.com/) £2.5k which is cheaper than a normal one, and it is much easier to install cuz you don't need to change the exhaust.
It does offer a short burst, I guess for about 1 min depending on how big battery is, but you control it with a press of a button so you only use it when you need it, 6 bursts is good enough to have some fun I guess.
That's what I thought, but then again, it should give that 20% more torque. I'll have to spend some time and calculate it myself I guess.
I agree many are just crap but I got one that's good, tested, and makes 5 PSI (https://torqamp.com/) £2.5k which is cheaper than a normal one, and it is much easier to install cuz you don't need to change the exhaust.
It does offer a short burst, I guess for about 1 min depending on how big battery is, but you control it with a press of a button so you only use it when you need it, 6 bursts is good enough to have some fun I guess.
That's what I thought, but then again, it should give that 20% more torque. I'll have to spend some time and calculate it myself I guess.
#4
Without running the numbers, my gut tells me even a 20% bump in torque is dubious. Why? As I mentioned before, you have a SkyActiv-G engine, which I believe in the U.K. market sports a 14:1 compression ratio. Given most of the U.K. is very near sea level, adding a 20% denser intake charge, unless it was hyper-cooled through ice water or something, will probably lead to significant, and potentially terminal, detonation.
#5
A few points:
- Most "electric" turbochargers are absolute crap meant to fleece money from the unsuspecting.
- A high end electric turbocharger driven from a big freakin' capacitor to give a few seconds of boost are fairly expensive, and if you're climbing a long grade, you'll be out of boost in relatively short order.
- SkyActiv-G engines make very poor candidates for forced induction simply because their compression ratios are too high to accommodate the boost.
(Legend says someone pointed AC at the engine to cool it down )
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