Optimal technical solution for transmission grid connection of WPP Jelinak

Ranko Goić, Goran Paić, Damir Jakus, Dino Lovrić
January 2010
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Abstract

As part of this study, the technical and energy requirements that the wind power plant must fulfill in order to obtain approval for connection to the grid are given. As part of the study, an analysis of the existing/planned state of the transmission/distribution network was performed, and proposals were made for connection to the network, as well as requirements related to the creation of conditions in the network necessary for the realization of the connection according to the proposed variant. The technical solution for connecting to the network is based on the application of standard solutions and equipment in accordance with the applicable legal and technical regulations. For the proposed connection solution that technically meets the conditions in the network, an estimate of the costs of connecting to the network and creating technical conditions in the network is given.

Type
Report
Wind Power Plant Optimal Grid Connection Security Analysis N-1 Criteria Voltage Conditions Grid Connection Costs
Ranko Goić
Ranko Goić
Full Professor | Department of Power Grids and Substations

Full professor at the Faculty of Electrical Engineering, Mechanical Engineering, and Naval Architecture in Split exeperienced in transmission and distribution networks, renewable energy sources (RES), power system planing and economics

Damir Jakus
Damir Jakus
Full Professor | Department of Power Grids and Substations

Researcher and a full professor at the Faculty of Electrical Engineering, Mechanical Engineering and Naval Architecture in Split. His research interests include power system optimization and planning, RES integration, electricity market modeling.

Dino Lovrić
Dino Lovrić
Associate Professor | Department of Theoretical Electrical Engineering and Modelling

Associate professor at the Faculty of Electrical Engineering, Mechanical Engineering and Naval Architecture in Split, with reserch focused on the development of numerical models of grounding systems in various types of soil, particularly in scenarios involving the dissipation of alternating current and transient currents caused by lightning strikes or switching overvoltages, also involved in developing models of dynamic and transient processes in power systems using modern numerical methods.