Designing and Optimizing of Hybrid System


PV system, is a promising alternative. One of the primary concerns in designing a stand-alone PV system is the determination of an optimum relationship between PV array and storage battery capacity to supply the required energy at a specified energy load fraction.

Stand-alone PV systems are also called autonomous PV systems which are independent Photovoltaic systems. They are normally used in remote or isolated places where the electric supply from the power-grid is unavailable or not available at a reasonable cost.They are suitable for users with limited power need.

Stand-alone PV systems often dont require an inverter like the grid-tied systems when being used for particular cases. If PV systems whether grid-tied or stand-alone, produce electricity at the first hand in the direct current type so they require an inverter. But with Stand Alone PV system they can directly get the power from the PV without the requirement of an inverter.

You can choose to start your designs with:

  • Calculate the load,system, must be realistic and flexible.
  • Determine current PV arrayand array tilt angle
  • Calculate the size of the battery
  • Calculate the size of the PV array

Flow Chart Stand Alone PV System :

Research Activity in Pictures


Mutiara SaniMutiara Sani
Joan NababanJoan Nababan