OMG ... HEV or PHEV is not a right or wrong answer, it depends on so many factors : your habits, daily commute, possibility to charge at home, local incentives, garage parked etc.
Turbofan is right, a Tucson PHEV needs the ICE to generate decent cabin heat.
He is also right about the fact that running on a
depleted battery, the PHEV is less efficient then the HEV, because you haul useless battery weight.
Here are some real life examples of my winter driving that may help you do the math (absolutely not scientific figures)
(I'm in QC, I park in a garage, I have
snow tires and a
roof rack with a ski box ) :
🔋 Battery State of Charge (SOC) at departure | 📏 Distance and usage | ⛽ Fuel AVG |
100% full battery | 30+30 km Daily, no heat, just the fan (80% Highway). | Close to 0 |
100% full battery | 30+30 km Daily, normal heat (80% Highway) | 1.5 ... 2L / 100Km |
100% full battery | 100 km to go to the Ski hill (normal heat, mostly highway) | 6.6L / 100Km |
15% or less (empty battery) | 100 km to come back from the Ski hill (normal heat, mostly highway) | 8.6 L / 100Km |
| | |
Remember that during the 3 other seasons, were cabin heat is less an issue, the AC runs off the battery. Running in full EV mode is so nice, no engine noise and even with the small motor, you get the advantage of the peppy EV motor torque.
The PHEV in Sport mode (ICE + EV Motor) is quite zippy