Gradienta Society Foundation
Gradienta stands as a center of innovation that transforms visionary ideas into real-world solutions for industrial advancement and societal well-being. We believe that research is not merely a pursuit of knowledge, but a catalyst for economic growth and sustainable development. Through strategic research approaches, we bridge creative ideas with real-world needs, delivering technologies that are ready for implementation and creating a positive impact for communities everywhere.
We are building a collaborative ecosystem that connects researchers, academics, and industry leaders to co-create innovations that are both relevant and sustainable. For the Gradienta Society, every collaboration is a concrete step toward a smarter and more inclusive future. We are not just a research institution, we are a hub for innovation that drives change and turns the vision of tomorrow into reality today.
Clean and Renewable Energy Systems
Advancing the deployment of clean and renewable energy technologies to strengthen energy security, reduce carbon dependency, and support a just and sustainable energy transition.
Artificial Intelligence and Smart Energy Management
Applying Al, automation, and data-driven analytics to optimize energy generation, distribution, and consumption, enabling systems that are more adaptive, efficient, and intelligent.
Power Conversion and Sustainable Electrification
Innovating in DC power conversion and electrification technologies to enhance energy efficiency and reliability across industrial, transportation, and household applications.
Digital Energy Infrastructure and Smart Grids
Developing integrated, digitalized energy networks that promote flexibility, resilience, and accessibility, laying the foundation for a connected and low-carbon energy future.
UPCOMING PROJECTS
Solar Energy at Masjid Agung Palembang
Masjid Agung Palembang is embracing solar power to support its worship and daily operations. Backed by local enterprises in Palembang, this project stands as a symbol of harmony between spiritual values and technological progress. Discover how sunlight is transformed into a sustainable energy source that illuminates one of South Sumatra’s most iconic mosques.
Gradienta-IntelliScan
Gradienta-IntelliScan represents a breakthrough in solar power plant inspection and management through advanced artificial intelligence. By utilizing drone-based thermal data analysis, the platform detects anomalies with exceptional accuracy and real-time responsiveness, optimizing both efficiency and system reliability. This prototype integrates a purpose-built drone and AI-driven energy prediction technology, marking a significant step toward smarter, data-driven solar operations.
EV Battery Waste Transformation
Imagine if every electric vehicle battery didn’t end up as waste, but was reborn as a new source of materials for the future. Through EV Battery Waste Transformation, we introduce circular technology that recovers valuable metals and restores critical materials. This initiative represents a tangible step toward a cleaner, more sustainable energy ecosystem.
Energy Policy and Regulation
Beyond technological innovation, Gradienta Society plays an active role in shaping energy policy and regulatory frameworks through research-driven analysis. Our insights support governments and stakeholders in developing progressive, science-based policies that accelerate the energy transition.
Through this approach, Gradienta Society is committed to delivering solutions that are not only innovative but also practical and ready for implementation, creating real impact for industries, communities, and the environment.
People
Dr.-Ing. Eko Adhi Setiawan, IPU., APEC Eng
Founder of Gradienta, Dr. Eko is an accomplished expert in renewable energy, smart grids, and AI for energy systems, with over 20 years of experience in applied research and technological innovation.
He earned his Ph.D. in Germany in 2007 as a recipient of the prestigious DAAD scholarship and served as the Research Director of TREC-UI for eight years. His work has made significant national and international impact, including contributions to the DC Microgrid Project in Hawaii, the development of Indonesia’s first bifacial solar power plant, and advancements in power converter technology and Dual Power (hybrid AC-DC) architecture.
Dr. Eko has also contributed to the formulation of SNI 9233:2024 and represented the University of Indonesia in presenting academic perspectives on the Renewable Energy Bill (RUU EBT) before the Indonesian House of Representatives (DPR RI).
Samsul Ma’arif., ST.,MT
An expert in mechanical design and electrical installation, with specialized expertise in the design, installation, testing, and commissioning of Solar PV systems.
His experience spans a range of strategic projects, including the development of DC Power Converter (DCON) technology within DC Microgrid systems in Hawaii, USA, as well as Solar PV installations for mosques and Islamic boarding schools across Indonesia, from Aceh to Seram Island, as part of a Bank Indonesia program.
He is currently pursuing a doctoral degree (Ph.D.) at the Department of Mechanical Engineering, University of Indonesia, focusing his research on renewable energy and smart electrical systems.
Subhan Petrana.,ST.,MT
Committed to advancing sustainable electrification solutions for Indonesia’s small islands, Subhan focuses his expertise on the design of isolated power systems based on solar energy and battery storage.
For him, electrification is more than just providing light. It serves as the foundation for the growth of other sectors such as local tourism, village cooperatives, and community-based economies (sector coupling).
He is currently pursuing a doctoral degree (Ph.D.) at the University of Indonesia, specializing in the integration of renewable energy technologies to support resilient, self-sufficient, and equitable power systems.
Jaha Nababan
A business consultant specializing in organizational transformation through strategic talent development and learning. He helps companies evolve into adaptive learning organizations capable of navigating the complexities of the BANI era by integrating neuroscience, coaching, and curriculum design aligned with business objectives.
With more than two decades of experience across multiple industries, Jaha designs solutions that strengthen an organization’s ability to think faster, adapt, and innovate. His approach emphasizes developing human capability as a core business asset and applying effective learning technologies to drive sustainable business growth.
M Daffa Aryasetya
Specializing in power electronics, Daffa focuses on enhancing the efficiency and performance of power converters, a crucial foundation for the transition toward smarter and more sustainable electrical systems.
Through research collaboration with Gradienta, he has been involved in the development of a Smart Drone designed for failure detection in medium-scale Solar PV systems.
His work bridges technical reliability and innovation in intelligent monitoring systems.
Rhaditia Kurnia Asyuri., S Si., MT
Rhadit meneliti penerapan Artificial Intelligence (AI) untuk mendeteksi kegagalan pada sistem Pembangkit Listrik Tenaga Surya, dengan tujuan meningkatkan keandalan dan keberlanjutan sistem energi tersebut.
Ia memiliki visi untuk mengintegrasikan AI dan energi terbarukan secara lebih erat di masa depan. Saat ini, Rhadit tengah menempuh studi doktoral di Program Studi Artificial Intelligence, National Yunlin University, Taiwan
Mohammad Sulthonul Aulia
An Electrical Engineer specializing in Control Engineering, with over three years of experience as a Deputy Commissioning Manager in international data center projects, focusing on electrical testing and system integration.
Actively engaged in renewable energy research, including the development of smart off-grid PV systems and DC-DC converter technologies.
Currently pursuing a Master’s degree in Energy Systems Engineering at the University of Indonesia, focusing on the digitalization of renewable energy systems.
Dr.-Ing. Alfian Ferdiansyah Madsuha, S.T., M.T.
A lecturer and researcher at the Department of Metallurgical and Materials Engineering, Faculty of Engineering, University of Indonesia (UI).
He earned his Bachelor’s and Master’s degrees from UI, and obtained his Doctorate (Dr.-Ing.) from the University of Freiburg, Germany.
Dr. Alfian specializes in materials for solar cells, renewable energy, nanomaterials, and graphene.
Your Idea Matters!
We believe that every idea holds the potential to become a powerful solution.
If you have a concept, idea, or innovation that can drive technological progress, we invite you to share it with us.
Submit your idea and become part of Gradienta Society’s collaborative ecosystem , a place where vision meets action, and your ideas can grow into real, transformative change.
We also open opportunities for those who wish to contribute to nation-building through underdeveloped regions.
If you know of areas that still face challenges in accessing clean water, electricity, or technology, we encourage you to share that information with us.
Gradienta Society is committed to delivering innovation-driven and collaborative solutions that empower each region to realize its potential and create a meaningful impact for its communities.
Gradienta offers opportunities for students who wish to be directly involved in research and innovation with real impact.
Through our internship program, you can contribute to various strategic projects in the fields of energy, technology, and sustainable development, while enhancing your professional skills in a collaborative and visionary environment.
Be part of the next generation of innovators, building the future through knowledge, creativity, and meaningful action.