A Hands On Renewable Energy Based Laboratory For Power Quality Education | Zendy

Recayi Pecen | Zendy; Marc Timmerman | Zendy

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A Hands On Renewable Energy Based Laboratory For Power Quality Education

Author(s) -

Recayi Pecen,

Marc Timmerman

Publication year - 2020

Language(s) - English

Resource type - Conference proceedings

DOI - 10.18260/1-2--9328

Subject(s) - photovoltaic system , electrical engineering , testbed , renewable energy , wind power , energy storage , engineering , electric power system , power optimizer , automotive engineering , circuit breaker , solar power , computer science , power (physics) , inverter , voltage , maximum power point tracking , aerospace engineering , physics , quantum mechanics

This paper reports design and construction of a testbed for the experimental study of wind/solar “hybrid” power systems for undergraduate power systems engineering technology education. This testbed consists of a small Photovoltaic Solar Array, a DC Wind Turbine/Generator, deep cycle storage batteries, a solid-state DC/AC power inverter, connecting wiring and fuses, AC and DC circuit breakers, lightning arrester, a wind monitor, a Lab-View based data acquisition system, and supporting instruments. Experimental results are presented depicting power quality issues such as harmonic generation due to the nonlinear loads, and voltage sags due to load switching operations on the AC side.

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