ARI-ES Energy Involved in More Than One-Third of Turkey’s Licensed Wind Power Plants

According to EMRA data, ARI-ES Energy has contributed to 124 of the 348 operational licensed wind power plants in Turkey. Across licensed, pre-licensed, unlicensed, and hybrid projects, the company’s total engineering and project development portfolio has reached 16,211.29 MW across 352 projects.

According to data from the Energy Market Regulatory Authority (EMRA), ARI-ES Energy has taken part in 124 of Turkey’s 348 licensed wind power plants (WPP). Including pre-licensed assets, the company's wind reference portfolio stands at 162 projects. In solar energy, the company has operated across 37 licensed and pre-licensed projects, alongside 19 hybrid solar power projects integrated into existing wind licenses. In total, ARI-ES Energy's engineering portfolio spans 352 projects and 16,211.29 MW.

Portfolio and Project Development Breakdown

The technical footprint of the company comprises:

  • EMRA-Registered Pipeline: 218 licensed and pre-licensed installations

  • Wind Project Development: 5,313.58 MW across 68 wind project development sites

  • Unlicensed Generation: 352.16 MW across 52 unlicensed wind and solar sites

  • Hybrid Solar: 19 hybrid solar projects integrated into licensed wind farms

Fully Integrated In-House Permitting and Engineering

Operating with a team of approximately 40 professionals across ARI-ES Planning, HNS Mapping, and Forestry divisions, the company integrates city planning, geomatics, environmental engineering, and forestry engineering under one roof.

Except for geological and geotechnical surveys, all pre-construction phases—including institutional opinions, zoning plans, topographic mapping, access road designs, expropriation, forestry preliminary and final permits, as well as EIA (ÇED) and ESIA processes—are managed completely in-house and tracked via a proprietary project monitoring system.

Statement from General Manager Ebru Arıcı

Ebru Arıcı, Co-Founder and General Manager of ARI-ES Energy, stated:

Wind turbines and solar panels represent the visible side of the energy transition. However, behind these investments lies a prolonged planning, engineering, and permitting procedure. Interdisciplinary coordination is just as crucial as technical expertise for the timely execution of sustainable energy projects. With nearly three decades of engineering heritage, we manage all phases from initial concept to construction start through an integrated approach.

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