Almost like California's some kind of relaxed, wealthy socialist European country. Most people in the rest of the US don't have it quite so good.
Also wanted to mention plug-in hybrids aren't by any means rolling two types of unreliability into one. The series-topology plug-in hybrid design isn't much different in concept than a diesel-electric locomotive with dynamic braking that uses a battery for energy recovery instead of blasting the heat out the top of the engine from huge resistors. Well-designed diesel locomotives aren't known for the intrinsic unreliability.
The series-hybrid topology is pretty elegantly simple and pretty modular and flexible as well, it's essentially a mechanical coupling and generator connected to a computer-controlled power routing system that sends power back and forth from the drive motors, battery, and ICE generator depending on requirements. Lots of creative things you can do, the mechanical input is very flexible in what you can connect up. Diesel, CNG, ethanol, small turbocharged gas engines, Wankel, whatever. Many different functions and price points of vehicle you can build just by mixing and matching generators and bulk storage capacities.
In 15 or 20 years or so I think battery costs will be low enough that it will be expected that most non-sports/performance cars sold will be some type of hybrid, and probably expected that the regeneration battery pack will have some amount of excess capacity you can charge from line power if you want. Or not. It'll be an inexpensive feature to add and a hedge against commodity prices for the consumer. 55-60 mpg average fuel economy for an advanced hybrid-only powertrain running from an ICE of some type in a mid-sized car isn't an unreasonable figure for the near future.