+6221 7867 222
trem@ui.ac.id
+6221 7867 222
trem@ui.ac.id
Our actions and goals
Click the SDG Goals to read the initiatives
Ensure access to affordable, reliable, sustainable and modern energy for all.
The University is dedicated to advancing affordable and clean energy, actively implementing sustainable practices, fostering innovative research in renewable technologies, and ensuring energy-efficient campus operations. Its commitment to environmental stewardship and education cultivates a greener, more cost-effective energy future for all.
Universitas Indonesia (UI) actively supports the development of clean and affordable energy through various initiatives. One prominent effort is the UI Faculty of Engineering (FTUI) student project in designing a sustainable, energy efficient laboratory. This project uses advanced technology to optimize energy consumption, supports campus sustainability, and becomes a model for energy-efficient laboratories in the future. Apart from that, UI also involves various faculties in efforts to support clean energy, as seen in initiatives at the Faculty of Administrative Sciences (FIA) which is committed to reducing the carbon footprint through the use of renewable energy and energy efficiency in the campus environment.
Related documents available through various campus sources also reflect UI’s commitment to providing access to clean and affordable energy. One example is the development of solar energy technology and a more efficient energy management system on campus. Through this initiative, UI continues to be committed to being part of the global solution regarding clean and sustainable energy, and ensuring that the entire campus community can utilize energy more efficiently.
FT UI renovation and energy saving buildings
Renovation and energy saving of FK UI buildings
FASILKOM UI renovation and energy saving buildings
FT UI renovation and energy saving buildings
As part of its commitment to clean energy, UI has installed solar panels in various buildings and campus facilities to reduce dependence on conventional electricity. This solar panel functions to produce electricity from renewable resources, utilizing the abundant sunlight in Indonesia. UI implements energy-saving technology in various campus facilities, such as LED lighting, automatic sensors for lights and air conditioning, as well as electrical equipment with high efficiency standards. This technology is designed to reduce energy consumption without sacrificing user comfort. The energy efficiency resulting from this technology allows UI to reduce operational costs while supporting environmental sustainability.
Renovation and energy saving of FIA UI buildings
Renovation and energy saving of SIL UI buildings
Renovation and energy saving of SKSG UI buildings
The Faculty of Law, Universitas Indonesia is using renewable energy through solar panel installations which have been carried out since 2022. In the left part of the image, several technicians can be seen installing solar panels on the roof of the faculty building, which shows the institution’s efforts to contribute to energy sustainability and reducing the carbon footprint. This solar panel functions as an environmentally friendly alternative energy source.
Based on Chancellor’s Decree Number 2893/SK/R/UI/2018 concerning green campus policy (UI Green Campus Policy), Universitas Indonesia needs to pay attention to sustainability aspects in every UI implementation Green Metric. Implementing the green building concept is considered important to achieve the sustainability indicators set by the UI Vocational Education Program. Green building is also considered an important part of the program’s key performance indicators to support UI Green Metric.
As an implementation of the Director’s Decree Number: 75/SK/F14.DV/UI/2023 concerning Energy Conversion, the Vocational Education Program will own and use 83.81% energy efficient equipment by 2023, both indoors and outdoors. Energy-saving electronic devices used include LED lights, sensor lights, and LED TVs, computers, energy-saving refrigerators. The use of LED equipment can save energy, which is six to seven times more efficient, and can cut power consumption by up to 80 percent.
The Vocational Education Program has used the Solar Power Plants (PLTS) system on grid, and will increase the power by 10.8 Kwp in 2023. So, the solar panels that have been installed will be 25.8 kWp on the roof of the UI Vocational Auditorium building in 2023. The energy produced in Kilowatt hours is 103.2 per kWh. Solar panels are an alternative energy source solution that is environmentally friendly. Apart from that, solar panels are a system that converts sunlight energy into electrical energy. Solar panels are an alternative renewable energy that can be used to save lighting costs.
FTUI Students Design Sustainable Energy Saving Laboratory
Implementation of the Smart Building Program at Universitas Indonesia
Implementation of the Smart Building Program, Faculty of Humanities, Universitas Indonesia
UI Vocational Organizes Rooftop Solar Panels to Support the Use of Environmentally Friendly Energy
Optimizing the Use of Energy Saving Equipment in the UI Vocational Environment
Universitas Indonesia (UI) has a strong commitment to improving the energy efficiency of buildings on campus. One example is the I-CELL Building which won the ASEAN Energy Awards 2023 in the category Energy Efficient Building. This building uses energy and water saving technology, which reduces energy consumption significantly, while contributing to UI’s sustainability efforts. UI has also developed plans to improve energy efficiency in other buildings on campus. This program includes building renovations by implementing energy-saving technology and utilizing renewable energy resources. These steps include the use of energy-saving LED lighting, automatic sensors, and more efficient HVAC systems. In addition, various other development projects on the UI campus are also encouraged to comply with higher energy efficiency standards. This includes projects at the UI Faculty of Engineering and various other faculties, which continue to utilize the latest innovations to create more environmentally friendly buildings.
UI’s long-term plans also include the construction of new facilities designed according to green building standards. Any renovation or new construction is ensured to comply with energy efficiency guidelines, such as optimizing natural ventilation and increasing the use of renewable energy sources, including solar panels. UI continues to be committed to innovating in terms of building construction and renovation so that energy efficiency becomes better throughout the campus area.
PAUI higher energy efficiency buildings
Imeri FKUI towards green buildings
FASILKOM UI higher energy efficiency building
FIK UI higher energy efficiency building
FKM UI energy efficiency building
Renewable Energy Implementation FEB UI
UI has implemented Decree No. 75 concerning Energy Conversion which regulates the implementation of energy efficiency principles in the renovation and construction of buildings throughout the campus area. This policy sets guidelines so that every building renovation uses materials that support energy efficiency, such as installing glass windows that can maximize natural lighting and insulation materials that help maintain indoor temperature. In this way, buildings become more energy efficient because they reduce the need for artificial lighting and air conditioning.
In the renovation and new construction process, UI also integrates green infrastructure, such as roof gardens and green areas around buildings. These facilities help reduce the temperature around the building, which ultimately reduces energy use for cooling. This green infrastructure concept supports a campus environment that is cooler, more comfortable and energy efficient.
FIA Universitas Indonesia energy efficiency building
Solar Panel Vocational School, Universitas Indonesia
Upgrade buildings to higher energy efficiency SIL Universitas Indonesia
Upgrade buildings to higher energy efficiency SKSG UI
Universitas Indonesia (UI) has positioned itself as a pioneer in implementing energy efficiency practices and reducing carbon emissions, by taking strategic steps in upgrading campus buildings to meet higher energy standards. One of the flagship projects is the Vocational Faculty Building which has been equipped with solar panels on the roof to utilize renewable energy. This initiative aims to minimize dependence on fossil energy sources and reduce the campus’ overall carbon footprint. This solar panel installation not only supports the building’s electrical energy needs, but also helps reduce campus operational costs in the long term.
Apart from that, UI also implements a more efficient energy management system through the application of technology green building. This technology includes the use of automatic sensors for lighting and air conditioning, which will turn on only when the room is in use, thereby reducing waste of electrical energy. The building is also designed with natural ventilation which maximizes air circulation without the need to use a lot of air conditioning. This is in line with the standard green building which focuses on energy management that is efficient and environmentally friendly. Apart from using renewable energy, UI also focuses on carbon management through energy audits which are carried out regularly in various buildings on campus. This audit aims to identify areas where excess energy consumption can be reduced, as well as provide recommendations for improving energy efficiency in the future. One of the results of this audit is the application of energy-saving technology, such as lighting with LED lights which are much more efficient than conventional lights, as well as the use of special coated windows to reduce excess heat in the building, thereby reducing the need for room cooling.
Carbon emission reduction initiatives are also integrated with better water management. The Faculty of Public Health, for example, implements a wastewater treatment system that supports sustainable clean water management, which indirectly also reduces energy use for additional processes. This step helps UI manage its natural resources efficiently while reducing carbon emissions from water management activities. Furthermore, UI has also developed a policy for constructing new buildings that meet strict energy efficiency standards. Newly built or renovated buildings are ensured to use environmentally friendly materials and support better thermal insulation to reduce energy use. This process is accompanied by the use of energy-saving technologies across campus, including waste management and recycling, which also contributes to a significant reduction in carbon emissions.
Carbon Reduction and Emission Reduction Process Faculty of Public Health
Carbon Reduction and Emission Reduction Process Activities FEB UI Parking Lot
To ensure the long-term sustainability of this effort, UI also collaborates with various international and local partners to implement energy efficiency programs. This collaboration enables the transfer of the latest technology and knowledge on effective energy management, as well as providing additional resources to develop more energy-saving projects in the future. UI also focuses not only on infrastructure, but also on education and involvement of the campus community. The UI Faculty of Engineering has developed an energy-saving laboratory which is used to test various new technologies that support sustainability. Students and staff were involved in the project, creating wider awareness of the importance of energy efficiency and its role in reducing carbon emissions
With these various efforts, UI continues to strengthen its position as a university that is proactive in supporting the global sustainability agenda, including reducing carbon emissions and energy efficiency. All of this is done with a holistic approach, which includes physical development, energy policy, as well as education and awareness of the campus community to create a sustainable impact in the long term. This initiative is not only about complying with environmental standards, but also contributes to achieving the SDGs (Sustainable Development Goals), especially the targets for reducing emissions and efficient management of natural resources. By managing energy wisely, UI not only reduces operational costs but also shows leadership in mitigating climate change.
Addendum to the 2020 LPDP Agreement, Universitas Indonesia
Decree on the Establishment of Universitas Indonesia Lestari Management Team
Affordable and Clean Energy Faculty of Computer Science
Affordable and Clean Energy, Faculty of Nursing, Universitas Indonesia
UI Vocational Green Building Implementation Elements
UI Vocational School holds Solar Panels
Affordable and Clean Energy UI School of Environmental Sciences
Affordable and Clean Energy School of Strategic and Global Studies, Universitas Indonesia
One of the main components of UI’s carbon emission reduction strategy is the application of technology green building which is implemented throughout campus, especially in the Vocational Faculty. The faculty has specifically adopted measures such as the installation of solar panels on building roofs to generate energy from renewable sources. This step is part of the cleaner energy transition process at UI, which not only reduces dependence on fossil energy but also reduces the carbon footprint significantly. This program includes the development of energy efficient buildings, designed to minimize electricity consumption through the application of advanced technology. In addition, UI has implemented regular energy audits across campus buildings to identify areas that can be improved in terms of energy efficiency. This audit process aims to ensure that energy use on campus remains optimal, by reducing energy waste and encouraging the use of energy efficiency systems such as LED lighting, automatic sensors, and energy-saving HVAC systems. The results of these audits are used to determine priorities for more energy efficient renovation and new construction projects, which contribute to reducing overall carbon emissions.
In addition to using renewable energy, UI is also committed to supporting various research and technological developments that can reduce carbon emissions, especially in the Faculty of Engineering and the Faculty of Public Health Sciences. For example, UI Faculty of Engineering students have designed an energy-saving laboratory which is a model for sustainable laboratory development in the future. The laboratory is designed to utilize resources more efficiently, including lower energy use and better waste management. This project is a concrete step in supporting carbon emission reduction programs in the campus environment
On a broader scale, UI is also taking concrete steps to support the clean energy transition by expanding the use of renewable energy, such as installing solar panel systems in various campus buildings. This initiative not only reduces carbon emissions but also provides long-term energy cost savings, allowing the campus to allocate greater resources to research and development in the field of clean energy.
Third Policy Addendum LPDP Universitas Indonesia
Decree on the Establishment of Universitas Indonesia Development Management Team
UI adopts energy-saving technology in various campus facilities, including LED lighting and natural ventilation systems to reduce air conditioning use. The use of this technology contributes significantly to reducing energy consumption and the resulting carbon emissions. Additionally, automatic lighting systems that use motion sensors have been installed in campus buildings to ensure that electricity is only used when needed, reducing overall energy waste.
Universitas Indonesia implements waste management that focuses on reducing emissions, including separating organic and inorganic waste, as well as reusing waste that can still be recycled. By reducing the amount of waste sent to landfills and increasing recycling, UI contributes to reducing greenhouse gas emissions resulting from the waste decomposition process.
Affordable and Clean Energy, Faculty of Computer Science, Universitas Indonesia
Affordable and Clean Energy, Faculty of Nursing, Universitas Indonesia
Affordable and Clean Energy, Faculty of Public Health, Universitas Indonesia
Carbon Reduction and Emission Reduction Process Lahan Parkir FEB UI
Elements of Green Building Implementation Reflected in Room Development and Renovation
Affordable and Clean Energy School of Environmental Sciences, Universitas Indonesia
Affordable and Clean Energy School of Strategic and Global Studies, Universitas Indonesia
Universitas Indonesia (UI) has a strong commitment to reducing energy consumption across campuses through various initiatives and programs Plan to Reduce Energy Consumption. One of the concrete steps that has been taken is the development of an energy-saving laboratory designed by a team of UI students, which succeeded in winning an international competition. The UI student team designed an energy-saving laboratory which won an international competition. This laboratory is designed to optimize energy use by using innovative technology and efficient energy management systems. In its design, the team utilized natural lighting, efficient ventilation, and automatic sensor technology to reduce electrical energy consumption. This success shows the capacity of UI students to develop technology that is environmentally friendly and highly efficient, as well as placing UI as a university that excels in sustainable energy innovation on the international stage.
The Faculty of Public Health (FKM) and the Faculty of Nursing at UI actively contribute to energy saving initiatives by introducing various energy efficiency technologies within the faculty environment. This program includes the use of energy-saving lighting, automatic sensors for lights and air conditioning, as well as educating the academic community about the importance of saving energy in everyday life. Through various educational programs and campaigns, UI increases awareness about the importance of renewable energy and energy saving. FKM UI holds activities aimed at inspiring students, lecturers and the general public to use energy more wisely and support the transition to cleaner and more affordable energy. This campaign aims to reduce excess energy consumption on campus while also motivating the entire UI academic community to support energy sustainability.
In 2023, Fasilkom UI has increased the use of LED lights in various buildings and campus areas. The use of LED lights in Building A, for example, reached 100%, while Building B reached 77%, and Building C 57%. The new building that has been built also uses LED lights at 30% of the total light points. In parking and garden areas, LED lighting has been fully implemented (100%) to support outdoor energy efficiency. To support energy efficiency, Fasilkom UI uses several types of LED lights designed for various purposes, such as LED spotlights for outdoor areas, LED motion sensor lights in the hallways, and LED ceiling lights specifically designed for room lighting. The LED lights used have high durability and are able to provide optimal lighting with lower energy consumption than conventional lights.
Design an Energy Saving Laboratory at Universitas Indonesia
Plan to reduce energy consumption, Faculty of Medicine, Universitas Indonesia
Energy Efficiency Plan to Reduce Overall Energy Consumption of Fasilkom Universitas Indonesia
Affordable and Clean Energy Faculty of Nursing Universita Indonesia
Affordable and Clean Energy Faculty of Public Health Universitas Indonesia
Apart from that, UI has also implemented a number of policies related to building construction and renovation that prioritize energy efficiency. Program green building implemented in several faculties, including the Vocational Faculty, includes the installation of solar panels on the roof and a natural ventilation system that helps reduce electricity use for air conditioning. These efforts support the transition to clean energy and reduce the university’s carbon footprint. To optimize energy consumption reduction plans, UI also conducts regular energy audits in all campus buildings. This process allows the UI to identify areas that require energy efficiency improvements, both in terms of lighting, air conditioning and other electronic systems. The results of this audit are then used to determine priorities for renovation or technology upgrades to reduce energy consumption and support campus sustainability. Other initiatives undertaken include the use of solar panels and energy-efficient lighting systems in various campus buildings. UI has collaborated with various parties to utilize the latest technology in this effort, as seen in the installation of solar panels at the Faculty of Engineering and Faculty of Vocational Studies. Apart from that, UI also continues to increase awareness of the entire campus community through education and training programs about the importance of energy efficiency and its role. each individual in reducing energy consumption.
Carbon Reduction and Emission Reduction Process Activities FEB UI Parking Lot
Affordable and Clean Energy FIA UI
Decree 260 of 2023 Elements of Implementing UI Vocational Green Building
Vocational Schools support the use of PLTS
Affordable and Clean Energy School of Strategic and Global Studies, Universitas Indonesia
Universitas Indonesia (UI) actively identifies energy waste across campus as part of its commitment to energy sustainability. One of the main initiatives was carried out at the UI Faculty of Public Health (FKM), which launched an energy waste identification program through monitoring electricity use in faculty buildings. This initiative aims to reduce excessive energy consumption and optimize the use of existing energy resources. The program involves intensive monitoring of electricity, lighting, and air conditioning usage patterns, as well as the use of energy efficiency technologies to minimize waste. The UI Vocational Faculty also participates in this initiative by conducting regular energy audits in its buildings. The results of this audit are used to identify areas that require efficiency improvements, such as lighting systems, HVAC (heating, ventilation and air conditioning), and electronic equipment. Apart from that, UI is also developing educational measures that involve the entire campus community, including students, lecturers and staff. This education aims to increase awareness of the importance of saving energy and the role of each individual in reducing energy waste, both in classrooms, laboratories and in student dormitories.
Cooperation Agreement between the National Research and Innovation Agency and Universitas Indonesia
Affordable and Clean Energy, Faculty of Public Health, Universitas Indonesia
One of UI’s ways of preventing energy waste is by installing automatic sensors in various campus facilities, such as classrooms, offices and laboratories. This sensor controls the lighting and air conditioning so that it only turns on when the room is in use. This system helps reduce energy waste due to lights or coolers that are forgotten to be turned off after use, so that energy consumption becomes more efficient. Development of a real-time energy consumption monitoring system to monitor electricity usage on campus directly. This system allows the UI to immediately identify high and inefficient energy consumption patterns, and respond quickly to energy waste. Data collected through this system is used to carry out further analysis and assist UI in planning more effective energy saving programs.
Electrical Recapitulation, Faculty of Humanities, Universitas Indonesia
Ratio Between Renewable Energy Production and Total Energy Use per Year
This decree was issued as part of Universitas Indonesia’s commitment to environmental sustainability and the efficient and sustainable use of energy resources. To ensure the preservation of natural resources, Universitas Indonesia emphasizes the need to use energy wisely and effectively. The goal is to support development, equity, and environmental preservation.
The importance of energy in sustainable development underscores the crucial role of energy resources in achieving national sustainable development, making energy conservation efforts essential. This energy conservation program is aligned with the 2007-2012 Universitas Indonesia Strategic Plan, where the university committed to becoming a green campus focused on environmental preservation.
The bond between energy and community is vital. Local initiatives focus on ensuring reliable, sustainable energy sources to empower and uplift communities. Collaborative efforts aim to educate on conservation, harness renewable energies, and invest in infrastructure that supports the community’s economic and social well-being through clean energy solutions.
Universitas Indonesia (UI) continues to expand its reach to local communities to promote energy efficiency. One concrete example is the involvement of the UI Vocational Faculty in energy transition efforts in Pantai Bakti Village, Muara Bungin, Bekasi. UI through the program IT HAPPENED installed solar panel lights in the village, which aims to reduce the community’s dependence on conventional energy sources and increase the use of renewable energy. Apart from that, UI actively holds seminars and workshops involving local communities to increase their understanding of the importance of energy efficiency. One of which is Access Seminar Series organized by the UI Faculty of Engineering which discussed the role of women in the transition to renewable energy. This seminar provides knowledge and skills to the community on how to optimize the use of clean energy in their environment. UI is also involved in various educational and community service programs, including initiatives carried out by Vocational Faculty students. In this program, students and lecturers educate local communities about clean energy technology, such as solar panels, as well as how to apply energy efficiency principles in everyday life. Through these various initiatives, UI continues to support local communities in efforts to increase energy efficiency, which is in line with the Sustainable Development Goals (SDGs) targets and the global commitment to reduce carbon emissions.
Carbon Reduction and Emission Reduction Process, Faculty of Medicine, Universitas Indonesia
Agreement between Universitas Indonesia and the Institute for Essential Services Reform
Universitas Indonesia is holding Access Seminar Series 2 with the topic “Women and Renewable Energy: How Far Have We Go.” This event aims to open insight and strengthen the role of women in renewable energy through interactive discussions involving academics, practitioners and students. This seminar provides a space for women to share their experiences and challenges they face in the renewable energy sector, as well as motivating more women to pursue careers in this field. In this discussion, participants discussed the role of women in technological innovation and sustainable energy policy and their impact on communities. In addition, UI provides training programs that focus on developing technical and managerial skills in the renewable energy sector. This program is designed to provide practical knowledge of renewable energy technologies, energy project management, and regulations and policies that support clean energy. This training opens up opportunities for women to increase their capacity and skills in renewable energy, so that they can be more competitive and contribute in this field.
Access Seminar Series #2 | Women and Renewable Energy: How Far Have We Go?
Universitas Indonesia (UI) is committed to using 100% renewable energy as part of efforts to support energy sustainability and reduce carbon footprint. The UI Faculty of Engineering (FTUI) has taken a big step in supporting this commitment by adding renewable energy facilities on campus. One of the initiatives carried out is the installation of paraffin-based solar panels which are the work of FTUI students. These solar panels produce affordable and sustainable energy, and support UI’s transition to fully renewable energy. FTUI also continues to develop clean energy technology through various research and innovations that focus on increasing energy efficiency and reducing carbon emissions. As part of this commitment, FTUI has developed various environmentally friendly facilities, including green building which uses energy-saving technology and utilizes renewable energy as the main source of electricity. Apart from that, the UI Faculty of Public Health is also taking part in this effort by implementing the use of renewable energy in several campus facilities and involving students in various programs that support clean energy awareness. This activity includes educating local communities about the importance of renewable energy and how to use it in everyday life. UI’s commitment to renewable energy is also reflected in various collaborations with industry and government to expand the implementation of renewable energy technology outside campus. Programs such as installing solar panel lights in remote and development villages smart grid is a clear example of how UI has had a positive impact on energy sustainability in Indonesia
Emission Reduction Process and Energy Consumption Reduction Plan Faculty of Medicine
The UI Vocational Faculty has installed solar panels on several campus buildings to utilize solar energy as a renewable electricity source. This initiative aims to reduce dependence on fossil energy and reduce carbon emissions on campus. By using clean and sustainable energy, UI supports the transition to environmentally friendly energy, while creating a greener and more efficient learning environment.
Through programs at the Faculty of Vocational Studies and the Faculty of Public Health, UI encourages research and innovation in the field of renewable energy, including exploration of solar energy, bioenergy and other sustainable energy solutions. The results of this research are not only published to contribute to science, but are also applied in the field to solve real problems related to energy. This research helps UI identify practical solutions to support the clean energy transition in Indonesia.
Universitas Indonesia uses platforms such as Instagram to publicize renewable energy initiatives, including solar panel installation projects, renewable energy seminars, and other campus activities that support the use of clean energy. This campaign aims to increase public awareness, especially students, about the importance of the transition to clean energy and how they can be involved in this change. Through social media, UI reaches a wider audience and inspires them to support and implement renewable energy in their daily lives. Other faculties carry out research and innovation that focuses on the exploration and application of renewable energy, such as solar energy, bioenergy and energy-saving technologies. This research program aims to identify more efficient and environmentally friendly energy solutions that can be used on campus and in the wider community. The results of this research not only strengthen UI’s contribution to science but also provide practical solutions for sustainable energy needs.
LPEM Documentation, Faculty of Economics and Business, Universitas Indonesia
LPEM Documentation Visit to Gangga Island FEB Universitas Indonesia
Universitas Indonesia Vocational School Education Program Questionnaire
Universitas Indonesia (UI) has provided various energy efficiency services to industry, in accordance with indicator 7.4.3 Energy Efficiency Services for Industry. One of the innovations carried out by the UI Faculty of Engineering (FTUI) is the development of paraffin-based solar panels, which can be implemented in the industrial sector to produce affordable and sustainable renewable energy. This technology is designed to help industry reduce dependence on fossil energy and increase energy efficiency. UI is also collaborating with PT PLN (Persero) to accelerate the renewable energy transition in various sectors, including industry. This collaboration includes training, research and implementation of clean energy technology that can be used by national electricity companies and the private sector to increase energy efficiency and reduce carbon emissions. Apart from that, the UI Vocational Faculty also plays an active role in providing energy efficiency solutions through installing solar panel lights in various remote areas, such as in Pantai Bakti Village, Muara Bungin. This program not only benefits local communities, but also provides a model that can be adopted by the industrial sector to achieve energy efficiency. UI also holds legal and business training in the energy and minerals sector to help industry understand the legal aspects related to the clean energy transition. This program aims to encourage industries, especially those operating in the mining and electric vehicle sectors, to focus more on implementing environmentally friendly technology and reducing the use of fossil energy.
The UI Faculty of Law organizes training programs Training on the Law of Energy and Mineral Resources to increase understanding of legal and business aspects in the energy sector, especially regarding the nickel industry which is the main material in making batteries for electric vehicles. This training focuses on legal aspects that are relevant in supporting the growth of electric vehicles in Indonesia, including policies related to renewable energy development, environmental regulations, and the role of nickel in the energy transition. Through this training, UI prepares legal professionals who are able to support the energy transition agenda by understanding the legal framework needed to encourage clean energy sustainability.
Through collaboration between the Faculty of Law and other faculties that focus on energy research, Universitas Indonesia supports research related to the development of resources for electric vehicle batteries and clean energy technology. This research aims to find more efficient and sustainable energy solutions to support the growth of the electric vehicle sector in Indonesia. In addition, this research also identifies regulatory challenges and policy opportunities that can encourage the energy transition in the transportation sector.
Universitas Indonesia (UI) is proactively taking a role in developing clean energy technology policies as part of global efforts to reduce the impact of climate change. This action is in line with indicator 7.4.4 Policy Development for Clean Energy Technology. One of UI’s main initiatives is the stand Tropical Renewable Energy Center (TREC), which focuses on the development and application of renewable energy technology in tropical regions such as Indonesia. TREC is a center for clean energy innovation in academic and industrial environments, and supports the development of policies that can encourage the adoption of renewable energy at national and international levels. Collaboration between UI and PT PLN (Persero) is one concrete step to accelerate the clean energy transition in Indonesia. By strengthening policies that support the use of renewable energy technology, these two institutions are developing policies that facilitate investment in clean technology and reduce dependence on fossil energy. This is important to overcome global challenges related to global warming and climate change.
Apart from TREC, the UI Faculty of Engineering (FTUI) also plays an important role in developing clean energy technology policies. FTUI collaborates with the Ministry of Industry and industrial partners to strengthen the independence of renewable energy technology, especially in the development of natural resources such as silica. This collaboration supports the creation of policies that enable the use of local resources for the development of clean energy technology. On a more local scale, FTUI is also involved in developing environmentally friendly facilities on campus. These facilities include the installation of solar panels on campus buildings and the implementation of energy-saving systems. This program not only aims to reduce energy consumption on campus, but also as a model that can be applied in the industrial sector throughout Indonesia. UI Vocational, through the program green building, also supports the development of clean energy policies by utilizing energy-saving and environmentally friendly technologies in the campus environment. UI also facilitates the transfer of knowledge related to clean energy technology through educational programs involving local communities and industry. For example, through the installation of solar panel lights in Pantai Bakti Village, Bekasi, which was carried out by Vocational UI. This program helps local communities to adopt renewable energy technologies and provides a platform for industry to learn and implement clean energy policies in their areas. Not only that, FTUI is also actively developing clean energy technology innovations such as converting conventional buses to electric buses. This program not only supports efforts to reduce carbon emissions in the transportation sector, but also shows UI’s commitment to developing clean energy technology policies that support sustainability.
Tropical Renewable Energy Center Universitas Indonesia
Tropical Renewable Energy Center Universitas Indonesia
Consistently Managing the Environment, FTUI Adds New Renewable Energy Facilities
In order to support the energy transition, UI collaborates with experts and the government to provide policy input regarding the energy and food crisis. Through seminars and discussions, UI academics encourage investment in clean energy as an anticipatory measure against global warming and energy security. This collaboration aims to strengthen clean energy infrastructure and ensure sustainable energy availability for the future.
Experts at UI also encourage funding for clean energy to be carried out concretely. UI advocates the importance of sustainable investment for the development of renewable energy in Indonesia, with the hope of accelerating a safe and sustainable energy transition. This initiative aims to create an investment climate that supports clean energy, with the hope of minimizing environmental impacts and creating new economic opportunities.
Focus Group Discussion – Indonesia’s Energy Transition BEM FEB Universitas Indonesia
Documentation of coal mining in Kalimantan BEM FEB UI
Optimizing the Use of Energy-Saving Equipment in UI Vocational Environment
Through the GERTAKAU program, the UI Vocational Faculty collaborates with the local community in Pantai Bakti Village to install solar panel lights in areas with minimal access to electricity. This initiative is designed to provide long-term lighting solutions that reduce dependence on fossil energy sources while creating a positive impact on residents’ daily lives. The installed solar panel technology not only provides stable lighting but also provides an example of the use of renewable energy that can be maintained by local communities.
Clear and targeted funding is essential to ensure programs like GERTAKAU can scale and reach more communities that need access to clean energy. Adequate funding will also help accelerate the national energy transition, support technological innovation, and provide sufficient resources for renewable energy research and development.
Through various academic journals and research, Universitas Indonesia continues to enrich knowledge related to clean energy and climate change mitigation efforts.
These studies include exploration of the environmental impacts of fossil energy, the potential for renewable energy in Indonesia, as well as policy approaches that support the energy transition. Publications in journals such as Nusantara: Journal of Social Sciences show UI’s role in providing scientific references that contribute to global discussions on energy and the environment, as well as promoting research-based policies that can support the development of clean energy in Indonesia.
Environmental Experts Urge Clean Energy Funding to Be Concrete
The Faculty of Engineering, Universitas Indonesia is collaborating with PT Petrosea to convert fossil fuel buses to electric buses as an effort to support technological independence in Indonesia and reduce carbon emissions. This project aims to convert buses that use fossil fuels into more environmentally friendly electric vehicles. By converting conventional buses into electric buses, FTUI and PT Petrosea contribute to reducing dependence on fossil fuels and accelerating the adoption of electric vehicle technology. This project not only reduces carbon emissions but also has the potential to become a model for other vehicle conversions in Indonesia, which could support the transition to cleaner transportation.
FTUI students also succeeded in developing materials made from natural fibers, namely sisal fiber, which is used as a composite material for aircraft. Sisal fiber which comes from plants has advantages in terms of strength and durability, so it can be used as an alternative material that is lighter and environmentally friendly. By using renewable natural materials, this innovation is expected to reduce the environmental impact of the aviation industry which is known to have a high carbon footprint. The use of sisal fiber in aircraft structures also shows that natural materials can be a strong, durable and environmentally friendly solution in the air transportation industry.
In an effort to reduce plastic waste, FTUI students have created an innovation that converts plastic waste into machine lubricants that can be used in industry. Difficult-to-degrade plastic waste is converted into high-value, reusable products, thereby reducing plastic pollution and providing a sustainable lubricant alternative. This process not only helps reduce the volume of plastic waste but also creates innovative solutions to overcome environmental problems. With this technology, plastics that usually end up in landfills or pollute the environment, can now be recycled into products that are useful for various industrial sectors.
FTUI Students Develop Natural Sisal Fiber Material as Airplane Material
FTUI Students Use Plastic Waste to Make Innovative Products for Machine Lubricant
Our actions and goals
Click the SDG Goals to read the initiatives
