Impact of Optimal Integration of Dispersed Generation in an Electrical Distribution Network | Zendy

Hocine Terbah | Zendy; Saliha Chettih | Zendy

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Impact of Optimal Integration of Dispersed Generation in an Electrical Distribution Network

Author(s) -

Hocine Terbah,

Saliha Chettih

Publication year - 2021

Publication title -

algerian journal of renewable energy and sustainable development

Language(s) - English

Resource type - Journals

ISSN - 2710-849X

DOI - 10.46657/ajresd.2021.3.1.3

Subject(s) - renewable energy , maximum power point tracking , electric potential energy , turbine , computer science , power (physics) , wind power , electric power , electrical network , automotive engineering , electricity generation , environmental science , reliability engineering , electrical engineering , engineering , mechanical engineering , physics , voltage , quantum mechanics , inverter

The impact of renewable energy dispersed generation (DG) in the electrical network in a way that increases the level of power also to ensure the continuity of service under better conditions Require many Big challenges, This paper provides a methodology solutions of hybrid photovoltaïque arry (PV) and wind turbine (WT) energy integration in the distribution electrical network with climate data from the wilaya of laghouat (Affiliated to Algeria) with maximal power level 500 kw and maximum power point tracking (MPPT) Incremental Conductance method follow-up to the maximum power point generated by the hybrid pv and wt system to ensure energy demand and improve the quality of electrical networks

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