In the context of increasingly severe climate change, the transition to green and low-emission energy sources plays a key role in sustainable development strategies. At the University of Economics Ho Chi Minh City (UEH), the use of low-carbon energy is not only a solution to mitigate environmental impacts but also an important step toward becoming a “Green University.” By optimizing total energy consumption and increasing the share of renewable energy sources, UEH demonstrates its strong commitment to building a green, smart, and responsible learning environment for the future.

Energy Management and Low-Carbon Transition

Energy serves as the operational foundation for all university activities and is a key factor directly influencing the institution’s carbon footprint. To realize its sustainable development goals, the University of Economics Ho Chi Minh City (UEH) places strong emphasis on efficient energy management and the increased use of low-carbon energy sources. This represents a crucial step in UEH’s journey toward becoming a “Green University” and advancing to the “Carbon Neutral University” model in the future.

As a multi-campus university with 13 facilities covering a total area of over 139,000 m², UEH recognizes that efficient energy use not only helps conserve resources but also reflects the university’s responsibility toward the environment and the community. Guided by this awareness, UEH has developed a scientific, energy-saving, and low-emission approach to energy management—where every activity related to energy consumption is assessed from both operational efficiency and environmental impact perspectives.

The university continuously monitors, records, and evaluates electricity consumption, while prioritizing investments in renewable energy projects, energy-efficient equipment, and green technology solutions. In addition, UEH encourages all staff, lecturers, and students to cultivate a culture of responsible energy use, contributing to carbon emission reduction through even the smallest daily actions.

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Since 2022, UEH has invested in the installation of solar power systems at its three main campuses, including Campus A (59C Nguyễn Đình Chiểu), Campus B (279 Nguyễn Tri Phương), and Campus N (Nguyễn Văn Linh). The system has a total capacity of over 509 kWp, comprising 528 solar panels installed on the rooftops of the buildings, covering a total area of 2,563.974 m². The implementation of renewable energy not only helps UEH reduce greenhouse gas emissions but also optimizes operational costs, creating a foundation for expanding clean and low-emission energy models in the future.

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Solar energy systems installed at UEH campuses

By 2024, the solar power systems at buildings A, B, N1, and N2 have been operating stably and achieved remarkable results. The total renewable electricity output reached 470,224.2 kWh, contributing to a reduction of 1.2656 tons of CO₂, equivalent to planting 12,000 new trees. This achievement clearly demonstrates the effectiveness of UEH’s low-carbon energy strategy and reaffirms the university’s commitment to sustainable development and climate responsibility.

Total energy used Tổng năng lượng được sử dụng 21,000GJ
Total energy used from low-carbon sources Tổng năng lượng được sử dụng từ các nguồn carbon thấp 10,000GJ

Beyond operational efficiency, the project also carries profound educational and social outreach values. The implementation of solar energy within the campus allows students and lecturers to directly experience a clean energy model and gain a deeper understanding of the importance of green transition in sustainable development. Through this initiative, UEH not only pioneers in practicing low-carbon energy solutions but also inspires environmental action — affirming its role as an innovative university where knowledge is closely linked with responsibility and action for a greener planet.

Open related links:  

1. December 11, 2024 – UEH and Solar Energy: Affirming the pioneering role in green energy application, reducing 1,265,560.2 tons of CO2 – https://gogreen.ueh.edu.vn/tin-moi-noi-bat/ueh-va-nang-luong-mat-troi-khang-dinh-vai-tro-tien-phong-trong-ung-dung-nang-luong-xanh-giam-thieu-12655602-tan-co2