Paper Details

The integrated system of energy sources as solar photovoltaic and wind energy becomes the common practiceto fulfil the demand of the remarkable power. This paper comparesthe work done on Integration of a PV-Wind EnergySystem (IPVWES) of the wind solar energy by using the grid and rotor-side power converters schemeand Small-ScaleHybrid Standalone Power Generation System (SSHSPGS).The grid and rotor-side power converters scheme (GRSPCS)used for doubly fed induction generator to inoculate PV power into the grid. The system is capable tonourishsignificantly large PV power into the grid compared to an equivalent rating inverter used in the conventional PVgrid system. Thisschemeavoids circulating power throughsub synchronous operation during availability of solarradiation. The recurrent but complementary nature ofwind energy and solar PV sources advances theconverter’susefulness. While hybrid standalone power generating system (HSPGS) is based on a wind turbine (WT) anda solar-photovoltaic (PV) array.A squirrel cage induction generator (SCIG) is joined with a WT for electromechanicalenergy transformation. A battery energy storage system (BESS) is strengthened in the hybrid system to make certainpower levelling under wind, solar and load variations. For attaining the maximum power from a solar PV array and tocontrol the output DC voltage, a DC-DC boost converter is regulated using perturbation and observation method. Theinclusive performance of the grid- and rotor-side power converters arrangement is batter in term of complication andessential hardware.

Vikram Pandey, Proff.Mukesh Pandey, Proff. Anurag Gaur, “PV-Wind Energy System with Enhanced Efficiency: A Review”, International Journal of Advance Engineering and Research Development (IJAERD), Vol. 4, Issue 6, pp. 801-805, June 2017.