Project Information
The MHPP (Micro Hydro Power Plant) Aek Pungga project focuses on the design, supply, integration, and installation of a 1×3.5MW electro-mechanical system. Collaborating with Gugler GmbH Austria, this project aims to harness the hydropower potential of the Aek Pungga River, providing a significant boost to the local renewable energy supply. The project contributes to sustainable energy development and offers a reliable, eco-friendly energy source for the region.
Client
PT Raisan Energi Indonesia
Date
August 2023 ~ Ongoing
Our Role
Design, Supply and Integration, and Installation of Electro-mechanical System
Category
Renewable Energy
Scoope Of Work
This project highlights our expertise in delivering comprehensive solutions for renewable energy projects and our commitment to advancing sustainable energy infrastructure in collaboration with leading international partners.
Design
Conducting a comprehensive site assessment to develop an optimal design and layout for the electro-mechanical system. This includes creating detailed engineering plans for civil, mechanical, and electrical components to ensure efficient and reliable plant operation. The design process also incorporates an environmental impact study to assess and mitigate any potential environmental impacts, ensuring compliance with local and national regulations.
Supply and Integration
Procuring high-quality equipment and materials required for the electro-mechanical system, ensuring they meet the project specifications. This involves coordinating with Gugler GmbH Austria and other suppliers to ensure timely delivery and integration of the components into the overall system. Cost management and quality control are critical aspects of this phase to maintain the project budget and standards.
Installation
Preparing the site for the installation of the electro-mechanical system, including necessary land clearing, excavation, and foundation work. Following the detailed engineering plans, all essential components, such as turbines, generators, and control systems, will be installed. The final stage involves thorough testing and commissioning to ensure the system operates at optimal efficiency and meets all performance standards.
