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I am both fascinated and frightened about potential longevity of some Hybrid components. I would be interested to read other peoples thoughts on the hybrid engine's unique parts vs the EcoBoost's engines conventional parts.
1) ac compressor,
b) starter,
III) alternator,
The high voltage Inverter Air Conditioner compressor. Research leads me to believe the Hybrid A/C compressor has some benefit
when compared to a common scroll or swash-plate-piston compressors. The inverter units are more efficient, variable speed, brushless motor, quieter and better temp control. The cost for an inverter compressor online ranges from $350 to $1300, kinda pricey.
The Hybrid's alternator and starter functions are taken care of by one of ECVT motors. Is it reasonable to think the Hybrid's enclosed ECVT alternator/starter will last longer than the conventional starters and alternators on the EcoBoost's engine?
1) ac compressor,
b) starter,
III) alternator,
The high voltage Inverter Air Conditioner compressor. Research leads me to believe the Hybrid A/C compressor has some benefit
when compared to a common scroll or swash-plate-piston compressors. The inverter units are more efficient, variable speed, brushless motor, quieter and better temp control. The cost for an inverter compressor online ranges from $350 to $1300, kinda pricey.
The Hybrid's alternator and starter functions are taken care of by one of ECVT motors. Is it reasonable to think the Hybrid's enclosed ECVT alternator/starter will last longer than the conventional starters and alternators on the EcoBoost's engine?
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