Photovoltaic solar power generation compensation

Can a PV Grid-connected system integrate with STATCOM for reactive power compensation?

The integration of a PV grid-connected system with STATCOM for reactive power compensation is the main focal point of this paper. For both situations, a full model simulation, as well as various load demands for reactive power, will be simulated and analyzed.

Could a reactive power compensator be used in a photovoltaic grid-connected network?

Such trend which could be reflected by the STATCOM was proposed as a reactive power compensator with full design and control of the voltage source converter, integrated in a photovoltaic grid-connected network to optimize the usage of on-site energy resources.

What is reactive power compensation?

Reactive power compensation is the most effective way to improve both power transfer capability and voltage stability in an electric system. The control of voltage levels is accomplished by managing the generation or consumption of reac- tive power in the electric system.

Do PV inverters have reactive power capability?

Since PV inverters have reactive power capability, they can provide immediate reactive power support to the grid for voltage regulation. Reactive power requirements for interconnection agreements are specified at the POI (Point of Inter- connection).

How do utility-scale PV generation facilities work?

Utility-scale PV generation facilities must provide a SCADA solution such as the Trimark T1-S Gateway or PPC. These dynamic and static reactive devices must be coor- dinated and controlled to maximize a generating facility’s maximum power output while maintaining the voltage requirements at the POI.

Why is STATCOM integrated with photovoltaic (PV) module?

STATCOM was integrated with Photo Voltaic (PV) module to optimize the reactive power flow as discussed in . Such integration was made directly without requiring a DC-DC converter since STATCOM can regulate DC voltage.