SDG #7: Ensure access to affordable, reliable, sustainable and modern energy for all
Sustainable Development Goal (SDG) 7 focuses on ensuring access to affordable, reliable, sustainable, and modern energy for all.
– United Nations
Universitas Pertamina’s commitment to achieving this sustainable goal is evident through Community Services and other initiatives undertaken during the 2022-2023 academic year.
Universitas Pertamina continues to innovate in creating a sustainable environment by applying the principle of energy efficiency to various campus facilities. One example is the renovation of the campus cafeteria in 2022 which was redesigned with an environmentally friendly concept. This renovation includes the installation of glass walls that allow maximum natural light to enter during the day, thus significantly reducing the need for electric lighting.
The strategically designed glass walls enable sunlight to illuminate the entire cafeteria area, creating a bright and comfortable atmosphere without the need for lights to be on throughout the day. By utilizing natural light, Universitas Pertamina has successfully reduced electricity consumption significantly, in line with the campus’s vision of achieving greener and more energy-efficient operations.
This cafeteria renovation not only emphasizes energy efficiency but also promotes a healthier and more productive learning and working environment. Through initiatives like this, Universitas Pertamina strengthens its commitment to creating an innovative, environmentally friendly, and sustainable campus, by lowering our carbon footprint.
In line with the vision of Universitas Pertamina to become a world-class university based on innovation and entrepreneurship in energy-oriented technology and business, Universitas Pertamina continues to strive to prioritize the principles of sustainability in the campus environment. In line with this vision, Universitas Pertamina is committed to building a campus that prioritizes the use of clean and efficient energy. This effort is realized through the installation of various energy-efficient facilities, such as advanced lighting and ventilation technology, as well as environmentally friendly building designs that optimize energy efficiency.
In the future, Universitas Pertamina plans to expand this initiative by integrating more renewable energy sources and implementing an intelligent energy management system throughout campus facilities. This future plan strengthens the university’s commitment to creating a sustainable educational environment and achieving higher energy efficiency through sustainable technological innovation and environmentally friendly infrastructure.
Universitas Pertamina remains committed to improving energy efficiency across the entire campus as part of its efforts to create a sustainable educational environment. One of the strategic steps taken is enhancing energy efficiency in campus buildings through various technological innovations and environmentally friendly building designs.
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Figure (a) Sensor light in front of Rectorate Building; (b) Sensor lights on 2nd floor’s canteen; (c) Sensor lights in the bathroom; (d) LED lights in Griya Legita Building
Universitas Pertamina focuses on the use of energy-efficient LED lighting systems and the installation of motion sensors for automatic lighting operations. These innovations not only significantly reduce energy consumption but also enhance the comfort of building occupants without compromising the quality of the learning and working environment.
As a campus that focuses on energy technology and business, and in order to support the achievement of Net Zero Emissions by 2060, Universitas Pertamina is implementing various initiatives to reduce its carbon emissions.
Universitas Pertamina strives to reduce the use of conventional electricity and reduce carbon emissions by operating a Solar Power Plant (PLTS) with solar panels installed on the roof of the Griya Legita Building. This solar energy system functions as a renewable resource, replacing part of the campus’ electricity consumption from the electricity grid, thereby reducing the carbon footprint and increasing energy efficiency. This initiative not only encourages greener campus operations but is also in line with the university’s commitment to sustainability and clean energy in education.
In addition to Solar Power Plant, Universitas Pertamina also operates a Wind Power Plant on the rooftop of Griya Legita Building to support the reduction of conventional electrical energy usage and reduce carbon emissions. This initiative not only supports greener campus operations but is also part of the university’s commitment in realizing sustainability and clean energy in the education sector.
Universitas Pertamina aims to become a world-class university in energy by the year 2035. To support this, the university is reducing energy consumption by adopting green building standards, including energy-efficient practices, sustainable materials, better insulation, and renewable energy sources. This approach helps minimize its carbon footprint and supports the university’s commitment to sustainability and responsible resource management.
Universitas Pertamina has implemented various energy-saving facilities across campus. By integrating these technologies, the university aims to significantly lower its overall energy usage while maintaining a comfortable and functional environment for its community.
At Universitas Pertamina’s Griya Legita building, the HVAC (Heating, Ventilation, and Air Conditioning) system is designed for energy efficiency using a Package Air Conditioner with a Water-Cooled Condenser. The system cools air with MC-22 refrigerant, which is chilled through a cooling tower, and fresh air is supplied by axial fans that draw outside air into each floor’s Air Handling Unit (AHU). This setup optimizes cooling performance while minimizing energy use, contributing to the university’s broader plan to reduce overall energy consumption and promote sustainability on campus.
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Figure 7. 2. (a) Exhaust; (b) Cooling tower; (c) AHU room; (d) Air Supply; (e) Split DX
In addition, Universitas Pertamina has invested in renewable energy solutions, installing renewable-based electricity generation systems to further reduce its carbon footprint. This comprehensive approach to energy management not only promotes sustainability but also sets a benchmark for responsible energy use in academic institutions, contributing to long-term environmental goals and the Sustainable Development Goals (SDGs).
Universitas Pertamina actively supports SDG 7 by identifying energy waste through a study titled *Determination of Savings Priorities from Energy Audits at Griya Legita and Rectorate Buildings Using Analytical Hierarchy Process (AHP) and Promethee Methods*. This research focuses on energy audits of the Griya Legita and Rectorate buildings, targeting air conditioning and lighting systems. Results show that the Rectorate building has an Energy Consumption Intensity (IKE) of 12.93 kWh/m²/month (moderately efficient), while Griya Legita scores 11.90 kWh/m²/month (efficient). The study not only highlights high-consumption areas but also suggests cost-effective saving strategies prioritized by AHP and Promethee methods for sustainable implementation. Through these efforts, Universitas Pertamina affirms its commitment to sustainable energy management, advancing the SDG 7 goals for affordable, reliable, and eco-friendly energy.
Universitas Pertamina has utilized a total of 14,229 gigajoules (GJ) of energy, with 56 GJ sourced from low-carbon, environmentally friendly sources. The university’s facilities cover an area of 26,531 square meters, reflecting its commitment to energy management and sustainable practices on campus. These statistics highlight the institution’s focus on balancing energy consumption with responsible sourcing to reduce its carbon footprint.
Universitas Pertamina’s community service initiatives (UPREACH and UPERaisal) in the academic year 2022/2023 have also covered the topics of clean energy. Those initiatives range from holding a workshop on making solar cells for junior high school students at one of the schools in DKI Jakarta; to Solar Home System Installation training for students; Utilization of medical mask waste into energy based on pyrolysis technology in an improvement effort environmental resilience (UPREACH initiative); and research on HYPERCUBE as Electricity Generating Technology Environmentally Friendly on the Batanghari River, which results in HYPERCUBE as a renewable power generation technology and a workshop on how to use the HYPERCUBE.
Beyond the campus, Universitas Pertamina has conducted seminars/webinars, conferences, sharing sessions, and lectures on renewable energy which are open to the public.
Universitas Pertamina has provide energy efficiency for the industry, amongst them are:
Universitas Pertamina’s dedication to Clean Energy / Energy-efficient technology can also be seen through efforts that informs and support the government in clean energy and energy-efficient technology policy development. These efforts can be shown below:
