Showing 1-10 of 20 Export Projects Click here to download the selected projects in excel format. You may adapt the selection by applying the filters on the left. Show 10 25 50 100 Sort by
Technologies for capturing carbon dioxide as a sustainable resource in Indonesia using microalgae will be integrated and developed, providing a profitable scenario for a carbon-neutral society.
Energy Monitoring
This project supports Indonesia’s geothermal development by enhancing policies, institutional capacity, and updating the national master plan. It aims to reduce exploration risks, meet rising electricity demand, and help achieve the goal of tripling geothermal capacity by 2028, in line with Japan’s energy cooperation strategy.
This project aims to develop a cost-effective biomass gasification and methanol synthesis system using locally available clay catalysts and a stable fluidized bed design. It seeks to establish appropriate technology for Indonesia’s conditions, promoting renewable energy use through biomass waste utilization and supporting sustainable power and fuel production.
Improve distribution system reliability of Electric Cooperatives with Distribution Network Mangement System (DNMS)
This project aims to develop catalyst conversion technology to produce biofuels and chemicals from Thailand’s abundant biomass, helping to reduce reliance on fossil fuels. It supports a stable, low-emission energy supply and contributes to the country’s transition toward a low-carbon society.
This project supports the Bangsamoro region in the Philippines by upgrading aging power distribution infrastructure and strengthening the capacity of local electric cooperatives. It aims to improve electrification, promote economic and social development, and help prevent conflict recurrence by delivering tangible peace dividends to the community.
This project supports the reinforcement and construction of substations and transmission/distribution lines in Viet Nam to address overburdened infrastructure and lack of backup routes. It aims to ensure a stable power supply and support uninterrupted economic activity, especially for industrial operations.
Promotion of the use of a sustainable local energy circulation system using organic waste as an energy source, which contributes to the realization of a low-carbon society and improvement of the living standards of local people.
A high-efficiency fuel cell that operates on local bioenergy was developed, and an environmentally friendly energy circulation system that utilizes organic waste such as sludge from shrimp ponds as an energy source was demonstrated.