Project Information

The PLTMH (Micro Hydro Power Plant) Tenguwe project is a key initiative aimed at harnessing the hydropower potential of the Tenguwe River in Landak, West Kalimantan. This project involves the complete engineering, procurement, and construction of a 1 x 200kW micro-hydro power plant, which will contribute significantly to the local renewable energy supply. By utilizing local water resources, this project supports the sustainable energy goals of the region and provides a reliable, eco-friendly energy source for the community.

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Client

Ministry of Energy and Mineral Resources (EBTKE – ESDM)

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Date

February 2024 ~ Ongoing

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Our Role

Engineering, Procurement, and Construction (EPC)

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Category

Renewable Energy

Scope Of Work

The PLTMH (Micro Hydro Power Plant) Tenguwe project involves the engineering, procurement, and construction of a 1 x 200kW hydroelectric power plant in Landak, West Kalimantan. The project aims to harness local water resources to generate clean, renewable energy, contributing to the sustainable energy goals of the region.

Engineering Design

Conducting a thorough analysis of the Tenguwe site to determine the optimal design and layout for the hydroelectric power plant. This includes developing detailed engineering plans, encompassing civil, mechanical, and electrical designs, to ensure efficient and reliable plant operation. Additionally, an environmental impact study will be conducted to assess and mitigate potential environmental impacts, ensuring compliance with local and national regulations.

Procurement

Identifying and procuring high-quality equipment and materials needed for the construction of the hydroelectric power plant. This involves coordinating with vendors and suppliers to ensure timely delivery and compliance with project specifications, as well as monitoring and controlling procurement costs to stay within the project budget.

Construction

Preparing the site for construction, including land clearing, excavation, and foundation work. Following the detailed engineering plans, all necessary components, such as turbines, generators, and control systems, will be installed. The final phase includes thorough testing and commissioning to ensure the power plant operates at optimal efficiency and meets all performance standards.
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