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SDG 7: AFFORDABLE AND CLEAN ENERGY
The Kuwait government has made significant efforts in energy production and consumption, focusing on providing reliable, sustainable, and modern energy for its population. In order to realize the economic development and social welfare via environmentally responsible manner, the various government initiatives are underway, that include: renewable energy projects (particularly solar, and wind power), energy efficiency programs (that aids reduction in energy consumption in residential, commercial, and industrial sectors via awareness, campaign and regulations), diversification, support for research and innovation (to realize reduced reliance on fossil fuels, and all the support to implement clean energy alternatives wherever it is possible). All these projects help enhance energy affordability and sustainability, and at KCST (Kuwait College of Science and Technology), the university up-holds a vision, with a team that review and implement activities which are streamlined with responsible energy management and sustainability practices.
RESEARCH ON CLEAN ENERGY
Affordable and Clean Energy: Publications
Over the past two years, Kuwait College of Science and Technology (KCST) has advanced its commitment to Affordable and Clean Energy through research in smart grids, renewable systems, and nanotechnology. Notable projects include smart EV charging infrastructure, intelligent home energy management using edge computing, and high-efficiency solar technologies like perovskite and CIGS tandem cells.
KCST also launched a solar-powered Mobile Renewable Energy Room with UK collaboration, showcasing energy storage and piezoelectric tech.
Our faculty has published on battery performance, PV systems, and clean energy modeling, contributing to Kuwait’s energy transition. With around 6% of its research output in renewable energy and growing international partnerships, KCST is emerging as a regional hub for sustainable energy innovation, with FWCI of 2.11 in this field. There are more than 23 publications in Quartile 1 category in 2024/25.
Over the past two years, Kuwait College of Science and Technology (KCST) has advanced its commitment to Affordable and Clean Energy through research in smart grids, renewable systems, and nanotechnology. Notable projects include smart EV charging infrastructure, intelligent home energy management using edge computing, and high-efficiency solar technologies like perovskite and CIGS tandem cells.
KCST also launched a solar-powered Mobile Renewable Energy Room with UK collaboration, showcasing energy storage and piezoelectric tech.
Our faculty has published on battery performance, PV systems, and clean energy modeling, contributing to Kuwait’s energy transition. With around 6% of its research output in renewable energy and growing international partnerships, KCST is emerging as a regional hub for sustainable energy innovation, with FWCI of 2.11 in this field.
Examples:
Journal Article:
Example:
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M. Khan, Y. Hossni, A comparative analysis of LSTM models aided with attention and squeeze-and-excitation blocks for activity recognition, Scientific Reports, 2025
[Impact Factor: 3.9, Relevance: Energy efficiency in smart sensing systems and smart grids, Scientific Reports]
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M. E. Benzoubir, A. Lashab, K. Rayane, M. Bougrine, A. Benalia, M. Trabelsi, H. Vahedi, Improved performance and voltage stability of islanded inverters using single-loop PI-lead controller, IEEE Access, 2025
[Impact Factor: 3.6, Relevance: Enhancing inverter reliability in decentralized renewable energy systems, Link: IEEE Access]
Conference Paper:
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M.K.B. Boumegouas, K. Kouzi, M. Trabelsi, M. Bougrine, B. Bendjedia, A. Iqbal , Comparative performance analysis of 21700-type cylindrical and pouch nickel–manganese–cobalt battery cells for electric vehicle applications, IEEE 21st International Power Electronics and Motion Control Conference (PEMC)
[ Indexed: IEEE Xplore, Impact Factor: Not applicable (conference), Relevance: EV energy storage efficiency and battery tech]
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Trabelsi et al., Smart Home Energy Management System Using Intelligent Edge Computing, Presented in 2024; linked to funded project at KCST, Likely part of regional smart grid or energy systems symposium
[Relevance: Intelligent demand-side energy management]
UNIVERSITY MEASURES TOWARDS AFFORDABLE AND CLEAN ENERGY
University measures to ensure all renovations and new builds are following energy efficiency standards
At present practical measures are being implemented to enhance energy efficiency — notably, the ongoing replacement of conventional CFL lighting with LED fixtures across campus. Additionally, all lighting in new construction projects is specified to be LED, with a plan to add part of energy to be extracted from renewable energy resources such as solar panels, vacuum solar glass, and footstep energy mats. Even though, KCST doesn’t have a policy on this specific point, KCST is committed to ensure that all renovations or new builds adhere to energy efficiency standards. Moreover, Kuwait’s broader national strategy—emphasizes sustainable energy practices and efficiency goals aligned with Kuwait Vision 2035. KCST aligns with national development plans, it follows standards such as: Kuwait Building Code (with energy efficiency provisions), Gulf Cooperation Council (GCC) Energy Efficiency Guidelines, ISO 50001 for energy management systems etc.
University actions to achieve higher energy efficiency
Kuwait College of Science and Technology (KCST) recognizes the importance of energy efficiency in campus infrastructure and supports Kuwait’s national vision for sustainable development. While KCST has a formal plan to upgrade existing buildings, which is currently under progress, it aligns with initiatives which promote enhanced operational energy efficiency and life cycle performance of buildings. KCST adopts measures such as energy audits, retrofitting with efficient HVAC and lighting systems, and integrating smart building technologies. These upgrades would contribute to Kuwait’s broader goals of reducing carbon emissions by 7.5% by 2035 and achieving carbon neutrality by 2050. Through collaboration with public and private sector efforts, KCST can play a vital role in advancing energy-conscious education and infrastructure. For more information please do contact our Procurement department ( o.salman@kcst.edu.kw ).
University march towards carbon management and reducing carbon dioxide emissions
While there are no formal carbon management policies, the paper recycling initiatives and gradual replacement of CFL with LED lighting demonstrate ongoing efforts to reduce carbon emissions. In brief, Kuwait College of Science and Technology (KCST) has a planned process for carbon management or reducing carbon dioxide emissions. Given Kuwait’s national commitments under the Paris Climate Agreement and Vision 2035, KCST is well-aligned and committed to adopt a framework. For more information please do contact our Procurement department ( o.salman@kcst.edu.kw ).
University actions towards reducing overall energy consumption
The university has taken practical steps to improve energy efficiency by implementing campus-wide measures, such as the replacement of conventional lighting with LED lighting. This initiative aims to reduce overall energy consumption and enhance sustainability
Kuwait College of Science and Technology (KCST) is committed to advancing sustainability through the implementation of a comprehensive energy efficiency plan aimed at reducing overall energy consumption across campus operations. In alignment with Kuwait’s Vision 2035 and the Energy Efficiency Technologies Programs, KCST will initiate measures including energy audits, retrofitting existing systems with high-efficiency HVAC and LED lighting, and integrating smart building technologies. The plan will also promote passive design strategies, optimize energy use in laboratories and classrooms, and encourage behavioral change through awareness campaigns. By adopting international standards such as ISO 50001 and the Kuwait Building Code’s energy provisions, KCST aims to reduce its energy footprint while fostering a culture of environmental responsibility among students, faculty, and staff. For more information please do contact our Procurement department ( o.salman@kcst.edu.kw ).
University reviews to identify areas where energy wastage is highest
The Facilities Department at KCST regularly monitors electricity consumption patterns to identify opportunities for improvement. Based on these observations, several initiatives—such as the replacement of CFL lights with LED lighting—are being implemented to reduce overall energy use and minimize wastage.
Kuwait College of Science and Technology (KCST) is committed to enhancing sustainability and operational efficiency. KCST itself is driving to adopt regular energy assessments as part of its future sustainability strategy. These reviews will identify areas of highest energy wastage across campus facilities, including HVAC systems, lighting, and laboratory equipment. By implementing energy audits and leveraging smart monitoring technologies, KCST aims to optimize energy use, reduce operational costs, and align with Kuwait’s national energy efficiency goals under Vision 2035 (https://www.newkuwait.gov.kw/image/NewKuwait_CampaignLaunchEvent.pdf). This initiative will also support KCST’s educational mission by integrating real-world sustainability practices into its engineering and technology programs
University investments to liberate from carbon-intensive energy industries
Although KCST does not currently have a policy on divesting investments from carbon-intensive energy industries such as coal and oil, KCST is committed to promoting environmental responsibility and sustainable development, with recognizing the importance of aligning financial practices with climate-conscious values. KCST is exploring the integration of Environmental, Social, and Governance (ESG) criteria into its investment decisions, with the aim of gradually reducing exposure to fossil fuel-based assets. This approach supports Kuwait’s national goals for carbon neutrality and reflects KCST’s dedication to fostering a low-carbon future through education, research, and institutional leadership.
As a forward-looking institution aligned with Kuwait’s Vision 2035 and global sustainability trends, KCST invested in research and developments of green energy harvesting resources. For example, KCST invested more than 30,000 US Dollars in building up a vacuum-solar glass room for CO2 emission reduction through the collaboration with both academic and industrial partners. More details are mentioned as publicity proof in the following link:
ENERGY AND THE COMMUNITY
University action programs for local community to learn about importance of energy efficiency and clean energy
Kuwait College of Science and Technology (KCST) is committed to fostering sustainability and energy awareness within the local community. KCST has solid research initiatives—such as smart home energy management systems and solar cell engineering—reflect a growing institutional emphasis on sustainable technologies. Also, KCST is committed to expanding its role by organizing workshops, public lectures, and collaborative projects with local schools and organizations to promote energy literacy. These efforts will align with Kuwait’s national goals under Vision 2035 and support the transition toward cleaner energy practices. Examples are as follows:
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Seminar by Dr Hani Vahedi from TU Delft University at KCST.
Title of the talk: Modern Power Electronics for Clean Energy Transition, Bidirectional Electric Vehicles, and Green Hydrogen Production Seminar. The seminar targeted students, alums and attendees from the industry to learn about smart charging infrastructure for electric vehicles, discussing recent advancements in EV charging technologies, grid integration, and the role of renewable energy in supporting sustainable transportation. The seminar also covered smart charging strategies, vehicle-to-grid (V2G) systems, and emerging trends in electric mobility, drawing interest from professionals across Kuwait’s clean and renewable energy sectors.
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Workshop presented by the Weather Forecast Specialist, Mr Eissa Ramadan, at KCST to raise awareness of the importance of preserving natural resources and CO2 reduction through clean energy solutions. This event aimed to raise awareness of the importance of preserving natural resources.
Title of the talk: Earth Day event in celebration of the World Earth Day
URL Link: https://www.instagram.com/p/DI-rI8RsKKG/
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Practical Design of Power Electronics Converters: From Circuit Design to PCB Layout Workshop: The workshop provided a hands-on approach to designing power electronics converters using Altium Designer. Attendees learnt how to design key components such as gate drivers, voltage and current sensors, and the switching power stage. The workshop covered the important design considerations, including component selection, voltage and current ratings, and the nuances of PCB design. The key topics of the workshop included ensuring proper isolation between digital and analog parts, as well as between low-voltage electronics and the high-power switching stage. Practical tips on trace routing, plane design, and designing for manufacturability and commercialization were also discussed to ensure efficient, reliable, and cost-effective power electronics designs.
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Sizing a Grid-connected Photovoltaic (PV) System using PVsyst Software Workshop: As part of KCST’s commitment to educate students about energy efficiency and clean energy, a 2-day workshop on “Sizing a Grid-connected Photovoltaic (PV) System using PVsyst Software” that targeted students was held at KCST. This workshop aimed to provide participants with a comprehensive understanding of photovoltaic (PV) systems and practical experience using PVsyst software to design grid-connected PV systems. Participants gained a thorough understanding of photovoltaic (PV) systems, including their components, operation, and design principles. They also developed practical skills in using PVsyst software to size and design grid-connected PV systems. The workshop equipped students with the technical knowledge and hands-on experience necessary to design efficient PV systems, enhancing their expertise in renewable energy technologies. This workshop successfully bridged the gap between theoretical learning and real-world application in the field of solar energy.
Promoting public pledge toward 100% renewable energy
KCST plans 100% renewable energy through petitions, meetings, or events beyond the university. KCST is well-positioned to support Kuwait’s national commitment to renewable energy, including the goal of generating 15% of peak-time electricity from renewables by 2030.
KCST supports Kuwait’s national transition toward clean energy and recognizes the importance of public engagement in this effort. While the university has not yet launched a formal public pledge or campaign advocating for 100% renewable energy, KCST is committed to expand its outreach through educational events, expert panels, and collaborative initiatives with local organizations, through investing in research and development of different research projects and organized seminars about the needed transformation to complete renewable energy resources.
Green energy-based research projects
examples:
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https://www.kcst.edu.kw/en/innovative-energy-harvesting-solutions-for-cyber-secured-green-buildings
Seminars and events:
Event of opening Green energy Solar room with industry collaboration:
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Actions to improve energy efficiency and clean energy
Kuwait College of Science and Technology (KCST) has taken steps to support clean energy and energy efficiency through direct services and innovation. A notable example is KCST’s launch of the Innovative Energy Harvesting Net Zero Green Room, the first of its kind in Kuwait. This portable solar-powered room is designed to operate independently in extreme temperatures, providing self-sufficient air conditioning and energy storage. It reflects KCST’s commitment to reducing carbon emissions and promoting sustainable technologies aligned with Kuwait Vision 2035.
While KCST may not yet offer formal energy efficiency assessments or workshops for local industries, its research and development efforts—especially in collaboration with partners like the UK Embassy—demonstrate a growing role in advancing clean energy solutions. These initiatives lay the groundwork for future engagement with industry through applied research, technical consultation, and educational outreach. In addition, KCST supported workshops for local industry about the new techniques of green energy solutions to be added to the Kuwaiti market.
Example:
KCST Launches the First “Innovative Energy Harvesting Net Zero Green Room” in Kuwait - Home - Al Mulla Group: https://www.almullagroup.com/news/441-kcst-launches-the-first-innovative-energy-harvesting-net-zero-green-room-in-kuwait
University support to government in clean energy and energy efficient technology policy development
Kuwait College of Science & Technology (KCST) plays an active and innovative role in supporting clean energy and energy-efficient technology policy development in Kuwait, with inviting representatives of governmental bodies such as National Cyber security Center with relating cyber-security based green energy solutions. Here's how:
KCST’s Contributions to Clean Energy Policy
• Innovative Projects: KCST launched the Innovative Energy Harvesting Net Zero Green Room, the first of its kind in Kuwait. This portable room generates and stores renewable solar energy, enabling full self-sufficiency for air-conditioning even in extreme heat. It’s designed to reduce carbon emissions and aligns with Kuwait’s Vision 2035 goals.
• Government & Diplomatic Collaboration: The project was supported by the UK Embassy in Kuwait and attended by ambassadors and government officials, highlighting KCST’s role in bridging academia and policy-making.
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• Research & Development: Through the collaboration with the governmental organization of Kuwait Foundation for the Advancement of Science (KFAS), KCST receives research grants in the field of green energy including solar cells and electric-vehicle.
Links:
• Multidisciplinary Expertise: KCST combines material science, electronics, software engineering, and cybersecurity to develop scalable clean energy systems. This positions the university as a thought leader in shaping energy policy through research and innovation
• One invited regional seminar by a governmental representative about Kuwait 2035 vision to green energy.
Links:
University assistance for start-ups that foster and support a low-carbon economy and technology
Kuwait College of Science & Technology (KCST) actively fosters innovation and provides support for initiatives that contribute to a low-carbon economy — including assistance for start-ups focused on clean technology. Here's how KCST contributes:
KCST’s Support for Low-Carbon Start-Ups
• Research-Driven Innovation: KCST’s Lab of Nanotechnology and Photonics (LNP) develops advanced materials and devices for renewable energy, environmental sensing, and flexible electronics. These technologies are foundational for low-carbon start-ups, especially in sectors like energy harvesting, pollution monitoring, and smart infrastructure.
• Prototype Development: KCST helps build innovative prototypes — such as piezoelectric mats and solar-powered systems — that can be commercialized by start-ups. These prototypes serve as proof-of-concept for scalable low-carbon solutions.
• International Collaboration: KCST maintains strong ties with research centers in the UK, US, Australia, and across the Gulf. These partnerships open doors for start-ups to access global expertise, funding, and mentorship.
• Government & Industry Engagement: Through projects like the Net Zero Green Room, KCST demonstrates how academic innovation can translate into real-world applications. These initiatives often involve government and private sector stakeholders, creating a supportive ecosystem for emerging ventures.
Examples: