Energy and Climate Change

Students of Universitas Teknokrat Indonesia (UTI) have once again demonstrated their commitment to real-world impact through the successful installation of solar panel lamps at Al Hijrah Mosque in Kota Baru. This initiative is part of UTI’s ongoing efforts to promote the use of renewable energy and provide sustainable solutions that benefit both the environment and the local community. By utilizing solar power, the newly installed lamps can operate independently of the traditional electricity grid. This not only ensures energy efficiency, but also reduces carbon emissions and operational costs—making it an environmentally and economically smart solution. The project is a tangible example of how students apply their academic knowledge to address real community needs. More than just a technical achievement, the project reflects the spirit of service learning at Universitas Teknokrat Indonesia. Students are encouraged to translate classroom lessons into meaningful actions, bridging the gap between theory and practice. Through this solar lamp project, they’re not only supporting green technology but also fostering a culture of innovation and responsibility. The impact of this project goes beyond lighting. For the congregation at Al Hijrah Mosque, the lamps provide safer and more reliable illumination, especially during evening activities. For the surrounding community, it serves as a model of how renewable energy can be implemented locally and effectively. Universitas Teknokrat Indonesia continues to empower students to become agents of change, inspiring them to lead sustainable initiatives that create long-term value. The solar panel lamp installation is just one of many steps UTI is taking toward building a greener, smarter future. As the Campus of Champions, UTI is not only committed to academic excellence but also to driving innovation that makes a difference. With every initiative like this, UTI strengthens its role as a leader in sustainability and community engagement.

Students of Universitas Teknokrat Indonesia once again showcase their excellence in technological innovation. This time, they have successfully developed an IoT-based health detection device for Simba fish. The innovation addresses the challenges faced by fish farmers who often struggle to monitor fish health quickly and accurately. By utilizing sensors and Internet of Things (IoT) systems, the device can detect key parameters such as water quality, temperature, and even fish behavior. All collected data is integrated into a digital application, allowing farmers to monitor fish conditions in real time through their smartphones. This technology not only simplifies supervision but also helps prevent losses caused by sudden fish mortality. This innovation proves that the younger generation plays a vital role in advancing the aquaculture sector through technology. The device is expected to serve as a real solution in supporting the sustainability of Simba fish farming in Indonesia. Universitas Teknokrat Indonesia continues to encourage creative and innovative ideas that bring direct impact to society.

Universitas Teknokrat Indonesia continues to demonstrate its commitment to community service through innovative technology training. This time, lecturers and students from the Faculty of Engineering and Computer Science conducted a solar tracker training session at SMKN 1 Katibung, South Lampung. The program aimed to introduce the concept of automated solar panel systems to students and teachers, highlighting the importance of renewable energy in today’s world. The training covered both theory and hands-on practice, allowing participants to directly engage in assembling and operating the solar tracker system. From programming to installation, students showed great enthusiasm throughout the sessions. With an educational and interactive approach, the training is expected to empower vocational students to apply this knowledge in school projects and real-life situations. Through this initiative, Universitas Teknokrat Indonesia hopes to inspire a tech-savvy generation that is environmentally conscious. This collaboration is a clear example of how synergy between universities and vocational schools can create lasting positive impacts on vocational education development, particularly in South Lampung @ui.greenmetric@lldiktii2@elektroteknokrat

Students from Universitas Teknokrat Indonesia have successfully created an outstanding innovation in the field of renewable energy through the development of wind power plants. This work maximizes the potential of wind in various topologies, allowing for high efficiency in generating energy. Through in-depth research and design, they have developed a wind turbine system that can adapt to diverse geographic conditions, from lowlands to hills or coastal areas. This innovation not only addresses the challenge of maximizing wind energy utilization but also introduces new, environmentally friendly technology. In this project, the students of the University of Teknokrat Indonesia designed wind turbines with a more flexible mechanism, enabling them to operate optimally in different wind conditions. With this approach, it is expected to reduce dependence on fossil energy and contribute significantly to energy sustainability in Indonesia. The importance of developing renewable energy is increasingly felt amidst the growing global energy demand and the challenges of climate change. The work of students from the Universitas Teknokrat Indonesia demonstrates that through innovation and creativity, utilizing natural resources like wind can be a sustainable solution. In the future, the development of this wind power plant is expected to be widely implemented in various regions, providing clean and affordable energy access for communities. @[email protected]@pemprovlampung_@elektroteknokrat

The student innovation “Solar Panel Tower” presents an intelligent solution to maximize the utilization of solar energy. By leveraging solar panel technology mounted on a tower structure, this project focuses on enhancing the efficiency of solar energy collection. The tower’s tall and flexible design allows the solar panels to capture sunlight in various conditions, even as the sun’s position changes throughout the day, thus increasing the energy yield that can be harvested and distributed. The Solar Panel Tower not only serves as a renewable and environmentally friendly energy source, but also contributes positively to reducing dependence on fossil fuels. In the context of green energy development, this innovation is a concrete step towards supporting global efforts to lower carbon emissions. With a large capacity to generate electricity, this system is suitable for deployment in both urban and rural areas that require reliable and efficient renewable energy sources. Through this project, students demonstrate that creativity and technology can work hand in hand to create sustainable and eco-friendly solutions. The Solar Panel Tower opens new opportunities for the development of renewable energy in Indonesia, making a significant contribution to a greener and cleaner future. This innovation not only provides energy benefits but also raises awareness about the importance of preserving the planet through responsible and environmentally conscious technology.#InnovationOfTheNation#SolarPowered#universitasteknokratindonesia🎓