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-efficient renovation and building

Since 2019, IPB University had a Long-term Development Planning policy that emphasizes sustainable development that we call the Green Campus Program 2019-2045 which underlines the implementation of Green Campus as a strategic issue. IPB University has a policy to implement green development in IPB University that we call “Naskah Akademik dan Perencanaan Implementasi Green Campus IPB 2019-2023” (Academic Paper and Planning for IPB Green Campus Implementation 2019-2023). This Academic paper contains the energy efficiency standard (Chapter 5.5 page 82-86) and Infrastructure and green Building (Chapter 5.6 page 87-89). The policy of the IPB green campus is also stated in the IPB Strategic Plan 2019-2023 and Work Plan 2021 (pages 2-10, Green and smart infrastructure).

Upgrade buildings to higher energy efficiency

In the Academic Paper and Planning for IPB Green Campus Implementation 2019-2023, IPB University has planned to evaluate and upgrade the existing buildings to higher energy efficiency (Chapters 6.4 and 6.5) (pages 115-120). In order to achieve the targets, especially related to green building and energy efficiency, since 2019, IPB University cooperates with Green Building Council Indonesia(GBCI) through the signing of a Memorandum of Understanding (MoU). Through this cooperation, IPB University is ensuring the fulfillment of its green Campus commitment particularly to follow energy efficiency standards on its old and new buildings and infrastructures.

In addition, IPB and GBCI are also committed to collaborating in education, research, and community service in the context of developing green buildings in Indonesia. In the implementation, Cyber Center Fateta (CCF) building has been upgraded with the new design by considering energy efficiency.

Carbon reduction and emission reduction process

Since 2019, IPB has conducted a Carbon Footprint (CFP) study in an effort to reduce carbon dioxide emissions. The results of this study are used as one of the important considerations in the determination of carbon Management in the IPB campus environment.

IPB University continues to implement programs to reduce CO2 emissions through 4 elements of green campus, those are i) green transportation, ii) green movement, iii) green energy, and iv) dan green building/open space (Green Campus Academic Paper, Page 4). The Guidelines for implementing carbon management and reducing CO2 gas emissions are documented in the towards Green Campus 2020 book. IPB realizes the importance of green transportation since it will play an essential role in reducing the level of pollutants and carbon emissions in the campus environment. Transportation policies to limit the number of motorized vehicles, and use of campus buses, & bicycles will encourage creating a healthier environment.

Plan to reduce energy consumption

Energy efficiency and low carbon emission are one of the criteria for the Green Campus. In order to achieve the targets, IPB University has made a road map to achieve the target in the 2019-2023 period as written in the Green Campus academic manuscript Tabel 6.4 page 110. The energy efficiency commitment is also formally stated in the IPB University Strategic Plan (page 11). IPB is committed to reducing energy consumption through various research activities and innovations related to biomass and bioenergy, wind energy, and biogas.

Energy wastage identification

IPB University regularly undergoes energy reviews to identify areas where energy wastage is highest. Since 2019, IPB has conducted a Carbon Footprint (CFP) study in an effort to reduce carbon dioxide emissions. One of the results of this study shows the areas where energy wastage is highest (pages 16-17).

Divestment policy

IPB university in terms of divestment policy refers to the Minister of Energy and Mineral Resources Regulation No. 25 of 2018 concerning the Mineral and Coal Mining Business. IPB University had an energy divestment policy through a copy of the IPB Chancellor’s Decree No.104/IT3/LK/2019 concerning Criteria for Green Campus IPB 2019-2023 and manifested in Green Campus IPB, page 10, point 1, stated that “Reducing global greenhouse gas emissions. The use of fossil-based energy, especially coal and oil, must be immediately transferred to biofuels and other energy that is more environmentally friendly”.

Green Energy was carried out by reducing the use of electrical energy sourced from fossil fuels (including PLN) and replacing it with solar cells, the possibility of making hydroelectric power plants (MHPP) and biogas for the benefit of the IPB campus (Darmaga) and conducting research developments for bio-energy: biomass-based energy.

Energy and the community

Local community outreach for energy efficiency

LPPM IPB conducted a program of the Creative Agro Field Station (SLAK) in Petir Village, Bogor. In this program, Dr. Irmansyah from the Department of Physics of IPB University provided education to the villagers on how to save electrical energy.

IPB University through its student organization is also actively educating society on the importance of energy savings. The Indonesia Green Action Forum Student Local Committee of the IPB University (IGAF LC IPB) in collaboration with Earth Hour Bogor held a Road Hour Switch Off Earth Hour 2019 (29/03) event at the Faculty of Agriculture, IPB. The event is to increase awareness of local people in Bogor on climate change especially in saving energy. IPB University’s Physics Department initiated the husk stove to help the energy.

100% renewable energy pledge

IPB promotes a public pledge toward 100 % renewable energy. During the International Conference of Biomass and Bioenergy (ICBB) 2019 held by the IPB Surfactant Bioenergy Research Center (SBRC), Institute of Research and Community Service (LPPM) IPB University in Baranangsiang Campus, Bogor, the Rector of IPB University, Dr. Arif Satria said that IPB University will keep on striving to produce researchers about biomass and biofuel-based alternative energies (Ev1). IPB organizes meetings and discussions as a commitment to promote 100% renewable energy.

IPB Green Energy

Energy efficiency services for industry

IPB provides direct services to local industries aimed at improving energy efficiency and clean energy. Our lectures in Vocational Schools, provide a simple technical guideline for local industries and households to improve energy efficiency and clean energy. Through the surfactant and Bioenergy Research Center (SBRC), IPB University receives services for research and non-research activities surfactant, biomass, bioenergy, biomaterials, management, and business (free and paid). SBRC IPB also supports practical laboratories, open for final-year students to conduct research projects or join an internship program.

Policy development for clean energy tech

IPB actively informs and supports the government in clean energy and energy-efficient technology policy development. At the national level, DPR (The House of Representatives of the Republic of Indonesia) asked for advice from IPB University regarding the Draft Bill of Clean & Renewable Energy Policy.

IPB and Temple University (USA) have collaborated to assess the potential uses of solar energy and agriculture in Indonesia in which its published paper could be used as science-based policy development on “co-location of Agri-solar infrastructure” for more energy-efficient technology.

Assistance to low-carbon innovation

IPB provides assistance for start-ups that encourage and support research results in the form of a B30 additive product formula that was patented in 2020. Biodiesel additives (B30) were given the name MIZU-biotreatment. The commercialization of MIZU products is explored through collaboration with PT Rianti Chemido Perkasa, a start-up company in the automotive chemical field, and its products have spread throughout Indonesia (IPB Sustainability Report, Pages 43 – 45).

IPB also provides assistance schemes for innovative and prospective technology-based startups. This assistance includes training, technical assistance in production and business management, business matching, exhibition, and monev. Some of the start-ups that were given assistance had product backgrounds that support low carbon economy/technology such as PT Interstisi Material Maju manufactures helm GC.

SDG 7 IN NUMBER

66,213 GJ

Total energy consumption

294,981 m²

University floor space

0.22

Total energy consumption per sqm

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