another embodiment it is also possible to minimize system noise and vibration and increase overall efficiency by providing sensor input 524 to controller 520 sensor input 524 may include information such as a vibration level of tapc 112 the temperature of the working fluid within tapc 112 or other parameters for example as the vibration level increases controller 520 may incrementally change the reactive shunt loads to decrease the vibration controller 520 may use a search algorithm to minimize the vibration by for example increasing the reactive shunt loads by 0 01 and then determining if the vibration decreases if it decreases controller 520 will continue to incrementally increase the reactive shunt loads in order to minimize vibration if increasing the reactive shunt loads causes vibration to increase controller 520 will incrementally decrease the reactive shunt loads in order to minimize vibration controller 520 may act in a similar manner when sensor input 524 indicates an increase in the temperature of the working fluid within tapc 112 in this case for example the search algorithm may start by incrementally decreasing the reactive shunt loads by 0 01 and then determining if the temperature decreases if it decreases controller 520 will continue to incrementally decrease the reactive shunt loads in order to minimize the temperature if decreasing the reactive shunt loads causes the temperature to increase controller 520 will incrementally increase the reactive shunt loads in order to decrease the temperature it is possible to use other algorithms to adjust the reactive shunt loads and it is also possible to adjust the reactive shunt loads in parallel or individually when minimizing the vibration.