Moldova Wind Explorer

Facultatea Energetică și Inginerie Electrică

Departamentul Inginerie Electrică

Centrul Universitar "Energie Plus"

Application is under test environment

Web platform authors

MANGOS Octavian

lect. univ. dr.,

octavian.mangos@ie.utm.md

RACHIER Vasile

conf. univ. dr.,

vasile.rachier@ie.utm.md

BUNESCU Gabriel

ing. IT.,

gaby.bunescu@gmail.com

RUSU Catalin

ing. IT.,

rusu1.catalin@gmail.com

Acknowledgment

The current "Moldova Wind Explorer" platform has been developed based on previous research and initiatives carried out within earlier scientific projects. The vision and dedicated work served as a valuable foundation for the current platform. We would like to express our appreciation for the significant contributions made during the initial stages of developing a platform dedicated to exploring the wind energy potential in the Republic of Moldova.

SOBOR Ion

prof. univ. dr.,

ion.sobor@adm.utm.md

CHICIUC Andrei

conf. univ. dr.,

andrei.chiciuc@ie.utm.md

Scientific Contribution

Theoretical insights, computational models, and methods used in the development of the platform are presented in the following scientific publications, elaborated in collaboration:

SOBOR, Ion, CHICIUC, Andrei, RACHIER, Vasile. „Atlasul Resurselor Energetice Eoliene al Republicii Moldova". Universitatea Tehnică a Moldovei, AWS Truepower SL (Spania), Wind Power Energy SRL (România). – Chișinău:-176

RACHIER, Vasile, MANGOS, Octavian, SOBOR, Ion, CHICIUC, Andrei. „Potențialul Energetic Eolian al Republicii Moldova", Universitatea Tehnică a Moldovei, Facultatea Energetică și Inginerie Electrică, Departamentul Inginerie Electrică. – Chișinău: S.n., 2023 (Bons Offices). – 275 p. ISBN 978-5-36241-124-4.

Serviciul Hidrometeorologic de Stat. „Ghid climatic al Republicii Moldova: Ediție științifico-aplicativă". Date pe termen lung. Chișinău, 2024.

O. Mangos, V. Rachier, S. Cojocaru, G. Bunescu and C. Rusu, "Web Platform for Wind Potential Assessment in the Republic of Moldova" in Proc. 2025 Int. Conf. Electromechanical and Energy Systems (SIELMEN), Craiova, Romania, 2025, pp. 1–6, doi:

Implementation framework

Developed within the Institutional Research Program of UTM, institutional subprogram 020406 –"Models, systems and technologies for energy efficiency, decarbonization and digitalization of processes in energy, industry, construction, and transport" - MoSiTed. This comprehensive research initiative focuses on advancing sustainable energy solutions through innovative technological approaches, fostering interdisciplinary collaboration between academic institutions and industry partners to address contemporary energy challenges in the Republic of Moldova and beyond.

© 2025 Energy Potential Application. All rights reserved.

Developed by BUNESCU Gabriel, RUSU Cătălin