Hydropower Engineering Projects
At MS Consultancy, we actively contribute to the renewable energy landscape with our hydropower engineering projects. Specializing in the development of efficient and environmentally friendly hydropower solutions, our projects cover a comprehensive range from feasibility studies to construction. We aim to harness the power of water to meet energy needs while minimizing environmental impact. Our expertise extends to the study and survey of transmission lines for 130, 230, and 400 KVA lines, as well as the survey and design of mini, micro, medium, and mega-sized hydropower systems in collaboration with international consultants. Additionally, we undertake the design of small and medium-sized dams to further advance sustainable energy solutions.
General/Selected Experience
Ethio-Djibouti Power Interconnection Project
The overarching goal of the Ethio-Djibouti Power Interconnection Project was to enhance and expand electricity accessibility in both Ethiopia and Djibouti, fostering affordability through collaborative regional efforts in power trade. This initiative sought to establish a framework for efficient cross-border electricity transmission, facilitating the seamless exchange of power resources between the two nations. By promoting regional cooperation and coordination in the energy sector, the project aimed to not only address the immediate need for increased electricity access but also to contribute to the long-term sustainability and economic development of both Ethiopia and Djibouti. Through strategic interconnection, the project aimed to provide affordable and reliable electricity, thereby positively impacting the socio-economic landscape of the interconnected regions.
Ethio-Djibouti Power Interconnection Project
The development objective of the project was to improve electricity access in Ethiopia and Djibouti at affordable prices through regional cooperation in power trade
MelkaWakena – Raitu – Gode Surveying of 230 KV, 520 km Transmission Line
The MelkaWakena – Raitu – Gode project involved the surveying of a 230 KV, 520 km transmission line. This encompassed critical tasks such as transmission line route selection, detailed surveying, benchmarking, and systematic collation, recording, and analysis of sociological and environmental impacts. The comprehensive approach aimed to evaluate and address both the technical aspects and the sociological and environmental considerations associated with the transmission line. Through surveying and analysis, the project sought to ensure the responsible and sustainable development of the transmission line, taking into account the broader impact on the social and natural environment.
Surveying of 132 KV, 153 km Transmission Line
This project focused on the surveying of a 132 KV, 153 km transmission line, involving key components such as transmission line route selection, detailed surveying, benchmarking, recording, and comprehensive analysis of sociological and environmental issues. The aim was to methodically assess and address the sociological and environmental aspects associated with the transmission line, ensuring responsible and sustainable development. Through precise surveying and analysis, the project sought to inform decision-making processes and contribute to the effective implementation of the transmission line, taking into consideration both technical and social-environmental considerations.
Study and Survey of Medium and Low Voltage Transmission/Distribution Lines: 1470 km in Tigray, Amhara, Oromia, and Somali Regions.
This undertaking involved a comprehensive study and survey of medium and low voltage transmission/distribution lines spanning a total of 1470 kilometers across the Tigray, Amhara, Oromia, and Somali Regions. The project encompassed multiple facets, including the selection of transmission line routes, detailed surveying, benchmarking, and meticulous recording. Additionally, the study incorporated a thorough analysis of the socioeconomic and environmental impacts associated with the intended projects. Through this holistic approach, the goal was to inform decision-making processes, ensuring the efficient and sustainable development of transmission and distribution infrastructure in the specified regions.