jmueller065
Well-known member
Ok its for a Volt and a Leaf:
http://news.fleetcarma.com/2014/01/22/electric-vehicle-heating-chevrolet-volt-nissan-leaf/?utm_source=ElectricVehicles&utm_medium=Gplus&utm_campaign=aux-load
Nevertheless it is a very interesting report of real-world measured data from cars (7375 trips in Leafs, and 4043 trips in Volts).
The money graph:
Since our heater is such an electron monster I would imagine that the FFE graph is closer to the Volt's than the Leafs--at least for colder temperatures. Our A/C is pretty efficient so the right side of the graph may approach or even better the Leafs.
http://news.fleetcarma.com/2014/01/22/electric-vehicle-heating-chevrolet-volt-nissan-leaf/?utm_source=ElectricVehicles&utm_medium=Gplus&utm_campaign=aux-load
Nevertheless it is a very interesting report of real-world measured data from cars (7375 trips in Leafs, and 4043 trips in Volts).
The money graph:
Since our heater is such an electron monster I would imagine that the FFE graph is closer to the Volt's than the Leafs--at least for colder temperatures. Our A/C is pretty efficient so the right side of the graph may approach or even better the Leafs.