Cikopo project is a run-of-river hydro power plant in Garut, West Java. The site is fully operational as of March 2017 with an installed capacity of 7.4 MW and an estimated annual energy output of 52,000 MWh.

Tomasa site is a run-of-river hydropower plant located in the city of Poso, Central Sulawesi. Construction began in 2016 and the plant is on track to be commercially operational by 2019. The installed capacity of the plant is 10.0 MW with an estimated annual energy output of 61,000 MWh.

Yaentu site is a run-of-river hydropower plant located in the city of Poso, Central Sulawesi. Construction will begin in 2019 and the installed capacity of the plant is 10.0 MW. Our scope of work started from the feasibility study which includes the optimum capacity of the hydropower plant, discharge data analysis, geological analysis, basic design for optimum layout,  and the electricity interconnection study of the project. The scope of work also included basic design and the detail engineering design for construction of the project. 

Project Pilubang is a run of river hydropower plant located in city of Seluma, Bengkulu. Our scope of work was to provide a feasibility study for the hydropower plant which includes review of the optimum capacity for the hydropower plant, discharge data analysis, basic design for optimum layout and design for civil work, electromechanical, control systems, and also transmission.

Tomoni site is a run-of-river hydropower plant located in the city of Luwu, South Sulawesi. The installed capacity of the plant will be 10.0 MW. Our scope of work started from the feasibility study which includes the optimum capacity of the hydropower plant, discharge data analysis, geological analysis, basic design for optimum layout,  and the electricity interconnection study of the project. The scope of work also included the detail engineering design for construction of the project. 

Project Siboruan is a run of river hydropower plant located in North Sumatra. Our scope of work was to provide a feasibility study for the hydropower plant which includes review of the optimum capacity for the hydropower plant, discharge data analysis, basic design for optimum layout and design for civil work, electromechanical, control systems, and also transmission.