i am new to electronics. I am planning to install a wind ongrid system . i.e wind turbine 1 kw + 1 kw solar ongrid inverter .
The output from the wind turbine is 3 wire system .with a voltage difference between the phase will be 80 to 100 v and total adding we will get 240 to 300v output
i need a controller for making the output almost constant of 300-400v dc (mppt voltage range)
Please help me in this regard
wind output is around 600w
input max current of inverter is around 14A

 

This will be a challenging design. Is it your intention to design and build such a controller as your first project of this type? If so I would advise against it for reasons I would be happy to detail.

 

hi , actly i am from Electrical background . I am trying to add wind turbine to solar ongrid inverter . 1 kw wind turbine ac output changing to dc and supplying it to solar ongrid inverter . its mppt range is 100-500 v dc .

 

hi , actly i am from Electrical background . I am trying to add wind turbine to solar ongrid inverter . 1 kw wind turbine ac output changing to dc and supplying it to solar ongrid inverter . its mppt range is 100-500 v dc .

Unfortuneately, that background is not much help when designing and building complex circuits for power electronics. It should however alert you to to the reality of dealing with circuits handling high voltages and currents, which gives you a leg up on most of those wishing to engage in this enterprise.

ETA: Can you draw the schematic diagram of a 3-phase rectifier. That will be a good starting place.