AC motor selection differs from DC Motor Selection because AC controllers may require a matching motor. In fact, most AC motors marketed for EVs come with a controller. These controllers often (but not always) include a built-in charger and DC-DC converter. Below is a list of AC motor and speed controller combinations.

Industrial VSDs usually have a smart "learning" feature to configure itself for a particular motor and can therefore be used almost universally with 3 phase induction motors and in some case permanent magnet synchonous (BLDC) motors. No parameters need be entered apart from torque/current limit, etc. The VSD simply spins up the motor with no load on the shaft and records it's own parameters. The VSD must support variable torque control and have access to the DC bus for connecting to the battery pack. Be aware that the VSD manufacturer may not warranty their product if used in an EV.

Motor	Controller	Continuous Power (hp/kW)	Peak Power (hp/kW)	Peak Torque (ft-lbs/N-m)	Weight(lbs)/Mass(Kg)	Diameter (In/Cm)	Length (Inc/Cm)	Voltage Range (rms)	Max rpm	Link to Manufacturer or Retailer
Siemens 1PV5135-4WS28	?	90hp/67kW	160hp/120kW	317/430	200/90	9.65in/245mm	16.7in/425mm	460V	10,000	http://www.automation.siemens.com/ld...a/elfa-10.html
Solectria AC24	DMOC445	18.77/14@220V	?/?	57.66/78.19	83.6/38.0	9.45/24.0	15.55/39.5	?	12,000	Electroauto
Solectria AC55	DMOC445	46/?@220V	?/?	105/142	234.35/?	13.5/?	16.4/?	?/?	8,000	Electroauto
AC Propulsion AC-150	AC 150	?/?	200/?	165/225	110/50			240/450	12,000	AC Propulsion
ABB 3GAA 131 003-**E	Industrial VSD	15hp/11kW	50hp/37.5kW	92/125	115/52	10.3in/260mm	14.5in/367mm	220V-690V	6,000	http://www.abb.com/product/seitp322/a3d9fa775e74dae2c125744f00330bbe.aspx
ABB 3GAA 131 315-**E	Industrial VSD	15hp/11kW	67hp/50kW	122/165	170/77	10.3in/260mm	18.5in/470mm	220V-690V	6,000	http://www.abb.com/product/seitp322/a3d9fa775e74dae2c125744f00330bbe.aspx
ABB 3GAA 131 316-**E	Industrial VSD	20hp/15kW	80hp/60kW	147/200	178/81	10.3in/260mm	18.5in/470mm	220V-690V	6,000	http://www.abb.com/product/seitp322/a3d9fa775e74dae2c125744f00330bbe.aspx
ABB 3GAA 131 317-**E	Industrial VSD	25hp/18.5kW	94hp/70kW	203/275	210/95	10.3in/260mm	18.5in/470mm	220V-690V	6,000	http://www.abb.com/product/seitp322/a3d9fa775e74dae2c125744f00330bbe.aspx
ABB 3GAA 132 004-**E	Industrial VSD	12.3hp/9.2kW	34.5hp/26kW	125/170	130/59	10.3in/260mm	14.5in/367mm	220V-690V	4,500	http://www.abb.com/product/seitp322/a3d9fa775e74dae2c125744f00330bbe.aspx
ABB 3GAA 132 315-**E	Industrial VSD	15hp/11kW	52hp/38.5kW	192/260	183/83	10.3in/260mm	18.5in/470mm	220V-690V	4,500	http://www.abb.com/product/seitp322/a3d9fa775e74dae2c125744f00330bbe.aspx
ABB 3GAA 132 316-**E	Industrial VSD	20hp/15kW	80hp/60kW	288/390	203/92	10.3in/260mm	18.5in/470mm	220V-690V	4,500	http://www.abb.com/product/seitp322/a3d9fa775e74dae2c125744f00330bbe.aspx

Notes For Reading Chart:
All voltages are given in RMS Voltage. If you wish to calculate the battery pack voltage necessary, simply multiply the desired or stated RMS value by 1.41 or sqrt(2).
Take the power figures as a guideline only. Most induction motors may be overpowered above their base speed by using a higher pack voltage, extending the constant torque region.
Remember, power (Watts) is the product of torque (Nm) multiplied by speed (rads/s or RPM/9.55). Power figures are stated for the motor's base speed, not the maximum speed.

Notes for Adding Motors:
If you are not comfortable in editing this wiki then post the information in the forums so they can be transferred to here.
These motors are ranked according to their power at their maximum voltage. Statistics would vary using smaller voltages.
I have sourced the information for the Siemens AC induction motor from
http://www.metricmind.com/audi/main.htm
For imperial and metric conversions just google a converter.
Hope you find this useful