SDG 7 in numbers
The graph shows electricity consumption across Thammasat University’s campuses from 2018 to 2023. Rangsit Campus leads, peaking at 73,668,968 kWh in 2018–2019, dropping to 59,212,782 kWh in 2020–2021, then rising to 63,584,312 kWh in 2022–2023. Thaprachan follows, with consumption ranging from 8,872,634 kWh to 7,534,195 kWh. Lampang and Pattaya campuses have low, stable usage.
The graph shows electricity sources at Thammasat University’s Rangsit Campus from 2018 to 2023. EGAT consistently supplies the majority, over 89% each year. Solar power usage rose gradually from 5.58% in 2018–2019, peaking at 10.63% in 2021–2022, before slightly decreasing to 10.27% in 2022–2023, indicating slow solar integration.
The graph shows Thammasat University’s research output on SDG 7 (Affordable and Clean Energy) from 2015 to 2023. Beginning with 46 publications in 2015, output fluctuated, then steadily increased from 2020, reaching 65 publications in 2021. A sharp rise to 108 publications occurred in 2023, reflecting heightened research focus on clean energy.
Research in SDG 7 (2019 – 2024)
Powering Tomorrow: Thammasat University’s Pioneering Research in Clean Energy and Sustainable Innovation
Thammasat University scholars have developed a diverse research portfolio addressing SDG 7 (Affordable and Clean Energy), focusing on renewable energy technologies, bioenergy, and energy storage solutions to promote sustainable energy systems and efficient resource use.
One major cluster involves photovoltaic (PV) technologies and solar energy applications. Research focuses on improving solar cell efficiency and developing cost-effective PV systems for residential and industrial use. Scholars also explore new materials and optimization methods to enhance the reliability and output of solar energy systems.
Another key area is bioenergy and waste-to-energy conversion, where researchers investigate transforming biomass and food waste into biofuels, hydrogen, and electricity. Studies include biodiesel production from waste oils, pyrolysis for bio-oil production, and the catalytic conversion of organic waste. These efforts aim to promote sustainable resource recovery, addressing both waste management and energy security.
Thammasat also explores hydrogen energy and fuel cell technology, particularly hydrogen’s potential to decarbonize Thailand’s energy sector. Research includes innovations in microbial fuel cells, which recover bioelectricity from wastewater, highlighting hydrogen’s role in a low-carbon future.
Energy storage is another vital area, with a focus on developing high-efficiency, sustainable batteries, including lithium-ion and sodium-ion technologies. Research aims to optimize energy storage for electric vehicles and smart grids, using waste-derived carbon sources to create novel electrode materials.
Together, these research clusters position Thammasat University as a leader in advancing sustainable energy solutions. By focusing on renewable energy, sustainable fuels, hydrogen, and energy storage, Thammasat’s work aligns with SDG 7, contributing to Thailand’s transition to a more sustainable energy future.
Outreach and Academic Services in SDG 7
Thammasat University has undertaken various community service projects related to Sustainable Development Goal 7 (SDG 7), focusing on enhancing energy security and access to clean energy for different groups in society. These projects are the result of interdisciplinary collaboration, integrating expertise from both scientific and social sciences fields. Currently, Thammasat University has initiated a total of three projects aligned with SDG 7, aimed at promoting efficient energy use and raising awareness about clean energy.
The Sirindhorn International Institute of Technology (SIIT) launched the project “Let’s Make My EV: Chemical Engineering and Electric Vehicle Technology!” This project aims to impart knowledge and skills in electric vehicle creation to high school students and university staff. The program not only provides technical knowledge on developing electric vehicles but also fosters awareness of clean energy usage, empowering participants to apply these principles in their daily lives and advocate for clean energy in broader applications.
The Faculty of Economics also plays a crucial role in advancing energy-related issues by organizing a seminar titled “Power Development Plan (PDP) 2024: Thailand at the Crossroads.” This seminar provides an opportunity for the public and stakeholders to engage in discussions about national energy policies. Participants gain a deeper understanding of the choices and long-term impacts of energy policies, which fosters critical thinking and helps build knowledge on energy issues at both community and national levels.
These projects reflect Thammasat University’s commitment to creating social benefits through interdisciplinary collaboration, effectively driving clean energy initiatives in education, research, and policy advocacy to address the nation’s sustainable energy needs.
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Pioneering Renewable Energy and Zero Emission Goals
Thammasat University leads in sustainability, advancing its “Smart University” vision to reduce its carbon footprint and promote environmental responsibility. Solar panel installations at its Rangsit, Pattaya, and Lampang campuses reflect this commitment. Rangsit campus, since 2016, has hosted one of Asia’s largest university solar rooftops, with solar energy now supplying 14% of Rangsit’s and 21% of Lampang’s electricity.
In sustainable transportation, Thammasat has shifted shuttle buses from NGV to electric, cutting annual carbon emissions by 366 tons. The university’s efforts align with its goal of achieving carbon neutrality by 2030, emphasizing increased clean energy use, improved waste management, and sustainability education for students, staff, and the wider community.
Thammasat’s renewable energy goals align with its broader sustainability agenda, which includes achieving carbon neutrality by 2030. The university is working to increase its use of clean energy, improve waste management, and foster a culture of sustainability among students, staff, and the community.
Thammasat and Solartron: Building a Sustainable Future Through Education
In May 2023, Thammasat University and Solartron Public Company Limited opened the Clean Energy Innovation Learning Center at Rangsit campus. Located in the Dome Administration Building, this center educates students, staff, and the community about renewable energy and sustainable practices through hands-on learning. It reflects Thammasat’s commitment to SDG 7 (Affordable and Clean Energy) and SDG 13 (Climate Action), highlighting efforts to reduce carbon emissions.
Thammasat also integrates renewable energy across campus, with solar rooftops supplying 10% of electricity and EV shuttle buses decreasing fossil fuel reliance. The university’s broader sustainability strategy aims to reduce carbon emissions by over 21,000 tons annually, supporting a future led by sustainability-conscious leaders.
