Thanks for the welcome!
And thanks for the link clockmanFRA, I found his site before but maybe need to take another look :-)
What makes your turbine run at exactly 240V and 50/60Hz (if you don't have an inverter)?
A hopefully constant flow of water
(if you do have an inverter) What feeds your inverter the exact DC mix it asks for?
So not using an inverter, it comes out at 240 volts.
How do water flow fluctuations affect the turbine output power quality?
there shouldn't be any as I am building a setup that should have constant flow year round.
How to changes in electrical load (turn on the electric oven) affect the turbine?
So I am looking at building a load controller, that can measure load and divert all extra load to a system of water heating elements.
So the plan is to have the turbine run constantly, produce the same wattage.
> measure the output of the turbine > measure the demand from my side > deduct the demand from the amount produced and send the surplus to a diversion load water heating system. So the demand as far as the turbine goes is always constant, and the load controller takes care of the fluctuations.
The only thing is that there's not really an off the shelf load controller that does this as far as I've found, so looking at putting something together with an arduino controller.