Please Update your browser

Your browser is out of date, and may not be compatible with our website. A list of the most popular web browsers can be found below.
Just click on the icons to get to the download page.

Jakarta Post
The Jakarta Post
Video Weather icon 30°C
DKI Jakarta, Indonesia
30°C Partly Cloudy

Dry and mostly cloudy throughout the day.

  • weather-icon


    26℃ - 32℃

  • weather-icon


    25℃ - 32℃

  • weather-icon


    25℃ - 31℃

  • weather-icon


    26℃ - 30℃

Cisokan hydropower plant project needs $800m in investment

  • News Desk
    News Desk

    The Jakarta Post

Jakarta | Wed, June 13, 2018 | 05:24 pm
Cisokan hydropower plant project needs $800m in investment Ahmad Daryanto Ariyadi, PLN general manager for the company’s major development unit (UIP) for Java's central area I (JBT I) (center), explains the progress of a hydropower plant project located in Upper Cisokan, West Bandung, West Java. ( Reni Susanti)

State-owned electricity company PLN needs to invest US$800 million for a hydropower plant project located in Upper Cisokan, West Bandung, West Java.

“The funds will come from loans and internal PLN funds,” said Ahmad Daryanto Ariyadi, PLN major development unit (UIP) general manager for Java's central area I (JBT I), as reported by kompas.comon Tuesday.

At present, the main access road for the project was still under construction and was expected to be completed by mid-2019, Ahmad said, adding that the power plant was scheduled to operate by 2024 or 2025 with a capacity of 1,040 megawatts (MW).

The hydropower plant will use pumped-storage hydroelectricity (PSH) technology, in which the turbine is rotated using water pumped from a lower elevation reservoir to a higher elevation reservoir. The rotation of the turbine produces power.

Ahmad explained that the Upper Cisokan Hydropower Plant would be the first plant in Indonesia to use pumped-storage technology, although it has been widely used in Europe.

He said with the technology, the Upper Cisokan power plant would not rely heavily on conventional water resources because the turbine of the plant could pump the water to a higher elevation reservoir during the day.

“During the night – during periods of high electrical demand – the turbine will produce electricity, while in the day time, the turbine will pump the water up from the lower elevation reservoir to the higher elevation reservoir,” he added. (bbn)

Join the discussions