S
Power control
Case:1
The Solar ON-GRID system works with grid synchronization provide power to the load if excess send back to the grid.
Case:2
If grid fails it will be disconnected from the grid & S.P.V ON-GRID system works with the Generator in synchronization.
Here the problem is:
Suppose if there is no load, the Generator works on optimum speed and the S.P.V ON GRID System supply the rated power into the circuit as there is no load then there is a high possibility of Solar generated power entering into the Generator & could spoil the Generator,Its very important here to stop the reverse current from Solar System entering into the Generator.
As we know that the Solar generation from the Solar inverter can't be stopped,when working on D.G the power output from D.G to be reduce depending upon the requirements till its minimum power generation so as to reduce the Diesel & to keep the Solar & D.G working together.
Is there any solution? suggestion most welcome.
Thanks
Khan
Case:1
The Solar ON-GRID system works with grid synchronization provide power to the load if excess send back to the grid.
Case:2
If grid fails it will be disconnected from the grid & S.P.V ON-GRID system works with the Generator in synchronization.
Here the problem is:
Suppose if there is no load, the Generator works on optimum speed and the S.P.V ON GRID System supply the rated power into the circuit as there is no load then there is a high possibility of Solar generated power entering into the Generator & could spoil the Generator,Its very important here to stop the reverse current from Solar System entering into the Generator.
As we know that the Solar generation from the Solar inverter can't be stopped,when working on D.G the power output from D.G to be reduce depending upon the requirements till its minimum power generation so as to reduce the Diesel & to keep the Solar & D.G working together.
Is there any solution? suggestion most welcome.
Thanks
Khan