SUSTAINABLE DEVELOPMENT GOALS
SDG 7: AFFORDABLE AND CLEAN ENERGY
“After water and food, energy is one of the key enablers of human life. Energy is central to nearly every major challenge and opportunity the world faces today and access to energy for all is essential. But energy needs to be available and affordable to all to allow future development, and it needs to be clean in order to ensure that the development can be sustainable.”
(THE Impact Rankings)
University measures towards affordable and clean energy
Energy and the community
IPB University offers dedicated programs for the local community, focusing on raising awareness and building knowledge around the critical importance of energy efficiency and the transition to clean energy. These programs not only educate community members on sustainable energy practices but also emphasize practical steps for reducing energy consumption and adopting renewable energy sources, thereby fostering environmental responsibility and resilience at the community level. Through workshops, outreach initiatives, and hands-on learning experiences, IPB aims to empower individuals to contribute actively to energy conservation and a greener future.
IPB University KKN Students Create Briquettes from Bamboo Waste
Bamboo Waste Briquettes: IPB University’s KKN students introduced an innovative solution by transforming bamboo waste into eco-friendly briquettes within a rural community. This project not only addresses waste reduction by repurposing bamboo waste but also provides a sustainable, affordable alternative fuel source that benefits the local community. These bamboo briquettes serve as a renewable energy option, reducing dependency on conventional fuel sources while promoting environmental stewardship and supporting the local economy through accessible, clean energy. Through this initiative, students aim to empower the community with sustainable practices that align with global environmental goals.
Briquettes in Cilegong Village: As part of the KKN-T program, IPB University students in Cilegong, Purwakarta, are empowering local residents to convert agricultural waste into sustainable briquettes. This initiative not only improves waste management practices by repurposing agricultural by-products but also provides the community with a renewable and affordable energy source. By reducing reliance on conventional fuels, the project fosters environmental awareness and promotes self-sufficiency, while also creating economic opportunities for locals. Through hands-on training and knowledge sharing, IPB students are building sustainable practices within the community that align with broader ecological goals.
IPB University Program Implements Solar Panels for Hydroponic Plants for Yogyakarta UMKM
Solar Panels and Hydroponics: IPB University introduced solar panels and hydroponic systems to support small and medium-sized enterprises (SMEs) in Yogyakarta, advancing sustainable energy use and innovative agricultural practices. By integrating solar power with hydroponic farming, the project provides an eco-friendly energy solution and efficient urban farming model that reduces water and land use, while enhancing crop yields. This initiative not only boosts urban farming and local food production but also encourages the adoption of green technology among SMEs, promoting environmental sustainability, energy independence, and economic resilience within the community.
Himagreto IPB University developing sustainable energy using coffee husk waste
Himagreto, a student association at IPB University, conducted a training program in Pulosari Village, Bandung, on producing sustainable energy from coffee husk waste. This initiative aims to transform abundant local coffee waste into economical, renewable energy sources, supporting climate change mitigation. The training, which covered waste management and briquette-making, was well-received by villagers and is expected to boost both environmental awareness and economic benefits.
IPB University’s Faculty of Forestry and Environmental Science, in partnership with FIELD Indonesia, recently celebrated exceptional contributions to clean air promotion and forest fire prevention in Sumatra by presenting awards to local heroes and community teams. Recognized by Prof. Naresworo Nugroho, recipients included Manggala Agni fire management teams, BPBD disaster response members, and dedicated farmers who have played crucial roles in reducing fire risks and pioneering sustainable land preparation techniques. This ceremony highlighted not only the success of fire prevention efforts but also the broader commitment to environmental stewardship and resilience-building through programs like hotspot monitoring and fire-free land preparation training.
This recognition ties closely with IPB University’s ongoing community outreach initiatives, such as local programs for energy efficiency and sustainable energy education. By fostering environmental responsibility both in forest management and energy use, IPB University is empowering communities to adopt green practices that improve air quality, protect ecosystems, and promote sustainable resource use. Together, these initiatives reflect IPB’s mission to drive a comprehensive environmental impact by integrating sustainable practices at both the community and landscape levels.
IPB University promotes a public pledge toward 100% renewable energy. Here are some of the activities:
During the International Conference of Biomass and Bioenergy (ICBB) 2023 at IPB International Convention Center, Bogor, Dr Meika Syahbana Rusli as chairman of ICBB 2023 IPB, said that SBRC IPB developed bio-additives to overcome technical problems, water content, and impurity levels that can interfere with the machine’s operation and cause the filter to have to be replaced.
At the IPB University Development Planning Conference 2023 IPB University Rector Prof. Arif Satria outlined plans to enhance the university’s global engagement and reputation.
He emphasized the importance of collaboration and innovation in positioning IPB as a leading institution in research and education, particularly in sustainable development and environmental issues. The discussions also highlighted the need for partnerships with international entities to strengthen IPB’s role on the global stage.
IPB University Students Initiate ‘Fuellution’ at 36th Pimnas for Solutions to Reduce Air Pollution
IPB University students have launched an initiative called “Fuellution,” showcased at the 36th PIMNAS, aimed at reducing air pollution. The project focuses on innovative solutions to lower emissions and improve air quality, particularly in urban areas with high pollution levels.
IPB University actively provides energy efficiency services to local industries, promoting clean energy adoption and sustainable practices. The Surfactant and Bioenergy Research Center (SBRC) at IPB University spearheads this mission through extensive research and development in surfactants and bioenergy, focusing on sustainable business innovations. SBRC’s research areas include the development of eco-friendly fuels from algae and biomass, as well as advanced technologies like artificial intelligence (AI) and precision agriculture to enhance efficiency and reduce environmental impact.
As part of its commitment to global collaboration, SBRC partners with international organizations, including the FAO and universities in Germany, Denmark, Japan, and Australia. This collaborative network amplifies SBRC’s vision of becoming a leading research center, dedicated to advancing Indonesia’s energy security, improving quality of life, and supporting industrial innovation through sustainable practices.
A practical example of this dedication to eco-friendly innovation is IPB University’s collaboration with PT Intertisi Material Maju to develop the “Green Composite Helmet.” This environmentally friendly helmet, made from oil palm empty fruit bunches (TKKS), demonstrates IPB’s commitment to reducing waste and supporting sustainable industries. By using TKKS fibers to enhance durability, this helmet meets national standards with a high Domestic Component Level (TKDN) and is certified as a sustainable product, gaining popularity among cyclists since its market release in 2017. Through these initiatives, IPB University not only supports the transition to renewable energy but also champions energy-efficient solutions and eco-friendly innovations for industries, reinforcing its role in driving sustainable development across multiple sectors.
IPB University plays a critical role in supporting government efforts to shape policies for clean energy and energy-efficient technologies. Through its research and policy recommendations, the university provides valuable insights that inform sustainable development and environmental protection strategies. The Environmental Research Center (PPLH) at IPB University, for example, has emphasized the need to integrate energy transition initiatives with terrestrial ecosystem conservation. At a recent seminar, Dr. Yudi Setiawan and other experts highlighted the importance of forest conservation, community empowerment, and biodiversity preservation in renewable energy development. This integrated approach aims to reduce ecosystem degradation, lower emissions, and promote environmental resilience, aligning with Indonesia’s climate and clean energy commitments.
IPB University students contribute to these efforts through innovative projects that exemplify sustainable energy solutions. Their project “Bioelaish,” a biopellet developed from oil palm empty fruit bunches and fronds, represents a novel approach to utilizing agricultural waste for renewable energy. The project has garnered positive attention, including commendations from Indonesia’s former Minister of Agriculture, for its potential impact in reducing waste and providing a sustainable fuel alternative.
Carbon Research City (Carety) Concept Becomes an Idea of IPB University Students
Further advancing clean energy initiatives, IPB students developed the “Carbon Research City” (Carety) concept for the National Student Science Week (PIMNAS). This forward-thinking project envisions a research-driven city focused on carbon management and environmental sustainability, combining cutting-edge technology with sustainable practices. Carety aims to become a model for carbon reduction, emphasizing the importance of research, innovation, and community involvement in building a sustainable urban environment.
Through these projects and policy initiatives, IPB University not only supports clean energy technology but also advocates for holistic policy development that integrates energy, environment, and community well-being. These efforts demonstrate IPB’s commitment to advancing clean energy solutions and shaping a sustainable future in collaboration with governmental and societal stakeholders.
IPB University assists start-ups that foster and support a low-carbon economy or technology.
IPB University Provide Assistance for Start-ups PT Beam Mobility Indonesia:
IPB University signed a Memorandum of Understanding (MoU) with PT Beam Mobility Indonesia on August 1, 2023, launching an electric bike service to support their green campus initiative. The bikes aim to reduce campus carbon emissions. This initiative enhances student mobility while creating job opportunities for students to manage the system.
The Science Techno Park Institute (STP IPB) is expertly managed to foster innovation, support business incubation, and facilitate technology transfer, all aimed at promoting sustainable economic growth.
A primary emphasis of STP IPB is the creation of innovations within the energy sector, including biogas fuel carburettors, wind-powered cooling systems, and environmentally friendly street lighting. Additionally, IPB offers facilities for startup incubation through The Startup Center (GSC) Building of the IPB University Science and Technology Area Institute (LKST). IPB University is now prepared to welcome tenants for its business incubation programs.
The Community Weather Monitoring Map is a website that utilizes a Geographic Information System (GIS) to provide information on weather condition monitoring across Indonesia. This system is supported by a network of Automatic Weather Stations (AWS) spread throughout various regions, aimed at supporting Smart Agriculture and Food Security programs.
IPB University has a policy to ensure that all renovations or new constructions follow energy efficiency standards. According to IPB Rector’s Decree No. 104/IT3/LK/2019, the university has developed a green building master plan for integrated area development to meet IPB Green Campus Criteria. As outlined in the IPB Green Campus Academic Paper (pages 31, 43, 60), IPB University incorporates green building components into all renovation and construction strategies to promote efficient and low-carbon energy consumption. In addition, IPB Green Campus Academic Paper includes energy efficiency standards (Chapter 5.5, pages 82-86, and Chapter 6.4, pages 115-117) and information on Infrastructure and Green Building (Chapter 5.6, pages 87-89).
IPB has declared its commitment to:
- Implementing green building components across all IPB buildings and infrastructure Andi Hakim Nasution Green Building Aspect
- Monitoring energy efficiency and total electricity usage, while promoting the use of renewable energy sources
- Renovating existing buildings to meet green building standards, with a focus on energy efficiency STP Management Area and Office
IPB University has also formalized a policy on energy-efficient principles for constructing new buildings and renovations such as IPB SATARI Building, Zeta Building . This commitment is highlighted in IPB University Long Term Plan 2019-2045, which emphasizes sustainable development through the Green Campus Program (2019-2045) and underscores the Green Campus initiative as a key strategic focus
IPB University has plans to upgrade existing buildings to higher energy efficiency. In the IPB Green Campus Academic Paper IPB University outlined strategies for assessing and improving existing buildings to enhance energy efficiency (Chapters 6.4 and 6.5) (Ev. 1, pages 115-120).
To achieve its green building and energy efficiency targets, IPB University has partnered with the Green Building Council Indonesia (GBCI) 2019. This partnership formalized through a Memorandum of Understanding (MoU), strengthens IPB’s Green Campus initiative by promoting energy efficiency standards for both new and existing campus buildings. Through joint education, research, and community service initiatives, IPB and GBCI are also committed to advancing green building practices across Indonesia.
Construction on IPB refers to several regulations on green building, such as:
- Existence of green building
- Natural ventilation
- Full natural day-lighting (IPB AM SATARI Building and Zeta Building)
- Renewable energy
IPB University has a process for carbon management and reducing carbon dioxide emissions. It continues to work toward lowering CO₂ emissions by implementing four key components of its green campus program: (i) green transportation, (ii) green movement, (iii) green energy, and (iv) green building/open space (Pages 4; 115-117). IPB University Green Campus Academic Paper outlines guidelines for managing carbon and reducing CO2 emissions on campus.IPB University Commitment to Achieve Carbon Neutrality by 2030 IPB University is committed to creating an eco-friendly campus environment and conducting activities to achieve carbon neutrality by 2030, a commitment formalized in IPB Rector’s Decree No. 298/IT3/LK/2020.
IPB University Achieves Recognition as a Sustainable Green Campus at the UI Green Metric Event: IPB University was recognized as a Sustainable Green Campus at the 2023 UI Green Metric event. For over a decade, UI Green Metric has raised awareness about the importance of green campuses prioritizing water, energy, and environmental conservation.
Acknowledging the impact of green transportation on reducing pollution and carbon emissions, IPB has implemented policies to limit motorized vehicles on campus. Promoting campus buses, bicycles, and electric vehicles supports a healthier campus environment and lowers CO₂ emissions.
Emission Reduction Program (page 9) :
IPB University is committed to achieving net-zero carbon by 2023. Carbon management is critical to reaching this goal and includes ongoing carbon evaluations and the implementation of emission reduction programs.
IPB University has implemented an energy efficiency plan in place to reduce overall energy consumption. The university is committed to promoting renewable energy sources by decreasing its reliance on fossil fuel-based electricity (including PLN) and transitioning to solar energy, hydropower, biogas, and biomass. Details of IPB’s energy efficiency strategy are provided on pages 116-117 IPB University Green Campus Academic Paper.
IPB University’s energy efficiency and low-carbon programs include:
- Developing solar power plant (50 KWp)
- Developing micro-hydro power plant installations at 3 locations (SDG’s lake, Ciapus river, Cihideung river)
- Developing methane capture power plant from dormitory waste
- Developing biogas power plant from Taman Semangat Disposal Land
- Identifying and replacing types of energy-saving lamps
- Selecting priority buildings (pilot projects) to use energy-saving lamps
- Installing lighting sensors in both enclosed and open spaces
- Replacing all road lamp with solar lamp
- Conducting campaigns and educational initiatives on energy conservation
- Measuring vehicle emissions
Furthermore, IPB Strategic Plan 2019-2023 outlines its commitment to energy efficiency, focusing on reducing energy consumption through research and innovation in biomass, bioenergy, wind energy, and biogas. To meet green campus standards, IPB has also developed a green building master plan for integrated area development.
Furthermore, IPB Strategic Plan 2019-2023 outlines its commitment to energy efficiency, focusing on reducing energy consumption through research and innovation in biomass, bioenergy, wind energy, and biogas. To meet green campus standards, IPB has also developed a green building master plan for integrated area development.
Energy Efficiency in IPB University (page 8)
IPB University hosted The 8th International Conference on Biomass and Bioenergy 2023 which aimed to foster collaboration in sustainable energy solutions, focusing on the importance of biomass as a renewable resource for addressing energy challenges and climate change. Various sessions covered topics from bioenergy production to policy implications, enhancing the global dialogue on sustainable energy practices.
IPB University Achieves Recognition as a Sustainable Green Campus at the 2023 UI Green Metric Event. This achievement underscores the university’s commitment to environmental sustainability through initiatives in waste management, energy efficiency, and green transportation, further integrating sustainable practices across campus and contributing to climate change mitigation.
IPB University has proactively undertaken comprehensive energy reviews to pinpoint areas exhibiting the greatest energy wastage. Since 2019, the university has also conducted an extensive Carbon Footprint (CFP) study aimed at effectively reducing carbon dioxide emissions. This dual approach not only highlights IPB University’s commitment to sustainability but also underscores its dedication to implementing data-driven strategies that minimize environmental impact. By identifying inefficiencies and actively working to lower its carbon footprint, IPB University is taking significant steps towards fostering a more sustainable and eco-friendly campus environment.
One of the key findings from the study is the identification of areas with the highest energy wastage, as detailed in the IPB Carbon Footprint Report 2019 (pages 16-17). Notably, the report reveals that the largest contributor to CO2 emissions at IPB University is electricity consumption for academic activities, which accounts for an alarming 1,270.96 tons of CO2 equivalent (CO2e). This insight underscores the urgent need for targeted energy efficiency measures within academic facilities to mitigate the university’s environmental impact and promote sustainability.
IPB University has committed to divesting investments from carbon-intensive energy industries, especially coal and oil. Since 2019, the university has focused on creating a green campus through initiatives like installing solar panels, utilizing biogas, and adopting electric vehicles. This commitment, outlined in the IPB Green Campus Academic Paper 2019-2023 emphasizes the use of renewable, eco-friendly energy solutions that avoid reliance on carbon-intensive sources. Numerous innovations on campus incorporate sustainable, renewable energy systems aimed at reducing environmental impact.
IPB Innovations: Energy Series
IPB University is committed to realizing a green campus through the Decree of the Rector of the Bogor Agricultural University Number 104/IT3/LK/2019 regarding the criteria for IPB green campus. The criteria for IPB green campus are as follows:
- Compliance with environmental regulations
- Water-sensitive management
- Enhancement and protection of biodiversity and sustainable landscapes
- Energy efficiency and climate
- Green infrastructure and buildings
- Green transportation dan
- Integrated and sustainable waste management
SDG 7 IN NUMBER
46,857 GJ
Total energy consumption
594,019 m²
University floor space
0.11 GJ
Total energy consumption per sqm
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