With in-depth exploration of the potential and advantages of geothermal energy as a power source, GeoDipa Energi is leading the way towards environmentally friendly power generation as the primary choice in Indonesia.
Geothermal energy is a clean and renewable source that we can use to generate power. The government aims for 23% of our energy to come from renewable sources by 2025 and to achieve net-zero emissions by 2060.
01 No Pollution: Geothermal power plants don't produce any pollution, helping to fight climate change.
02 Low Maintenance Costs: Geothermal facilities are cost-effective to maintain, saving us money in the long run.
03 Endless Renewable Energy: Geothermal energy is an everlasting source, ensuring we have a stable energy supply for the future.
04 Efficient Use of Land: Geothermal facilities take up less space, making better use of our land.
We're working hard to make positive and lasting changes, aiming to create a future that's good for both the environment and our communities.
GeoDipa loves coming up with new and sustainable ideas. We're creating eco-friendly technology to help switch to clean energy.
We care a lot about the people in our local communities. GeoDipa is here to bring economic benefits, education, and training to make their lives better.
We promise to manage our resources responsibly. We keep an eye on and fix any problems we might cause to water, soil, and air in the places where we work.
Did you know? 40% of the world's geothermal resources are right here in Indonesia!
The electricity we use in Indonesia is a big player in reaching our goal of Net Zero Emissions (NZE).
Building a strong and sustainable economy is super important for our safety and energy independence goals.
This project is located around Mount Patuha in West Java, approximately 40 km south of Bandung city.
Located in Central Java, it is a GeoDipa Energi geothermal power project with a potential of around 400 MW. Currently, GeoDipa Energi has successfully operated Dieng Unit 1 (60 MW) and is increasing the capacity of Dieng 2 and 3 (each 55 MW) to achieve targets. The abundance of wells in the Dieng field improves technical data availability and drilling success rates.
The Candradimuka Prospect Area is located west of the Dieng Contract Area in Banjarnegara, Central Java. Geothermal manifestations such as fumaroles, hot springs, and kaipohan indicate that the Candradimuka Prospect Area has the potential to be developed into a Geothermal Power Plant (PLTP). Based on scientific studies, the Candradimuka prospect area is capable of generating electricity up to 80 MWe.
This project is located around Mount Patuha in West Java, approximately 40 km south of Bandung city.
The Ministry of Energy and Mineral Resources (ESDM) has removed the Bittuang geothermal working area (WKP) in South Sulawesi from the geothermal exploration drilling targets for this year. As a result, only two areas are now designated for drilling.
GDE will swiftly initiate preparations for the development of PLTP in Dieng, specifically Unit-2 and Unit-3. In alignment with the commitment to optimizing geothermal resources, GDE is set to establish a Binary Geothermal Power Plant as a supplementary facility to the existing PLTP, harnessing heat energy from the produced brine.
The Ministry of Energy and Mineral Resources (ESDM) has removed the Bittuang geothermal working area (WKP) in South Sulawesi from the exploration drilling targets for this year. As a result, there are now only two remaining areas slated for drilling.
The Mangunan-Wanayasa Prospect Area, akin to Candradimuka, is a segment of the Dieng Geothermal Working Area (WKP) in Central Java, located to the west of Candradimuka. The 2014 ADB study indicates that Mangunan-Wanayasa possesses medium enthalpy resources. While not reaching the heights of Dieng and Candradimuka, the anticipation is that future development will be enticing, supported by the government's commitment to special tariffs for medium enthalpy and the maturation of relevant technologies.
Considering the maturity of medium enthalpy geothermal resource development technology and the Government's commitment, GDE is exploring the potential for developing geothermal resources in the northern part of Patuha. Northern Patuha is believed to be an outflow from the Patuha Field, featuring hot springs with temperatures ranging from 41-70°C and a promising thermal gradient. The temperature in Northern Patuha ranges between 41-70°C, with a thermal gradient of approximately 14°C per 100m from the Temperature Core Hole (TCH-15) well.
Considering the maturity of medium enthalpy geothermal resource development technology and the Government's commitment, GDE is exploring the potential for developing geothermal resources in the northern part of Patuha. Northern Patuha is believed to be an outflow from the Patuha Field, featuring hot springs with temperatures ranging from 41-70°C and a promising thermal gradient. The temperature in Northern Patuha ranges between 41-70°C, with a thermal gradient of approximately 14°C per 100m from the Temperature Core Hole (TCH-15) well.
The Mangunan-Wanayasa Prospective Area is situated west of the Candradimuka Prospective Area. According to a prior study conducted by the Asian Development Bank (ADB) in 2014, the Mangunan-Wanayasa Prospective Area is estimated to possess medium enthalpy resources. While it may not boast high-enthalpy geothermal resources, similar to the Dieng Field and Candradimuka Prospective Area, future development in the Mangunan-Wanayasa Prospective Area is expected to gain attractiveness. This is in line with the government's commitment, evidenced by special tariffs for medium enthalpy, and the increasing maturity of medium enthalpy development technologies
The impact of geothermal projects on economic development through sustainable Environmental, Social, and Governance (ESG) practices.
GeoDipa Energi actively ensures compliance with Indonesia's environmental regulations, mitigates natural risks, and promotes sustainability through geothermal energy.
GeoDipa Energi prioritizes HSE enhancements, accident prevention, collaboration with NGOs, and addresses challenges such as crime risks and water scarcity.
In governance, GeoDipa Energi focuses on adhering to PP 50/2012 and Ministerial Regulation KLHK1/2021, placing a high priority on managing risks associated with fraud, bribery, and violations.
