just to note that Rossi just answered with the kind of control he use... - have you built a mathematical model of your reactor above 260°C? > *- which control method are you using for your reactor? (PI/PID/MPC) * > - what is the length of the control horizon of an industrial ecat? > (seconds/mins/hours) > 1- yes > 2- *MPC > *3- seconds > 4- The E-Cats can’t explode because they are intrinsecally safe. > > Answered by Andrea Rossi > he use Model Predicting Control. it is a classic, yet modern method, adapted to complex, and eventually non linear systems. http://en.wikipedia.org/wiki/Model_predictive_control I imagine that the parameters are adaptive, but who knows with Rossi.
no information about the kind of action (pulse or not) Logically for defkalion it should be similar. Me I would make a non-linear adaptive MPC, with few loops at different time-scale, using different captors (flow calorimeter, core temp, maybe if useful core optical?, impedance? noise? gamma/neutrons? to catch LENR reaction state itself), and an intrinsic loop (probably thermal as I explain earlier)... but from DGT information it seems quite simple (just core temp and calorimetry). not rocket science 2012/4/2 Alain Sepeda <alain.sep...@gmail.com> > no need of a total theory to control a complex system. > and even with a total theory about a mechanisme, the real system is often > very different, much complex and simple that the predicted system. > ...
