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KONEKSI Program

KONEKSI is a collaborative program fostering partnerships between Australian and Indonesian organizations to create inclusive and sustainable policies and technologies. Supported by the governments of both nations and managed by Cowater International, KONEKSI bridges global and local knowledge through multidisciplinary research, technical assistance, and targeted knowledge-sharing initiatives. By funding projects across three-stages framework—Seeding (new partnerships), Growing (developing prototypes), and Flourishing (established collaborations)—the program addresses pressing socio-economic challenges while strengthening networks. With a focus on transparency, mutual benefit, and innovative solutions, KONEKSI nurtures a robust ecosystem of collaboration between the two countries.

At its core mission, KONEKSI is deeply committed to Gender Equality, Disability, and Social Inclusion (GEDSI), embedding these principles across all activities. The program actively increases opportunities for women, regional researchers, and individuals with disabilities, tackling systemic barriers such as unequal access to resources and underrepresentation in leadership roles. Through its GEDSI Strategy, KONEKSI ensures equitable partnerships, improves research quality, and promotes diverse perspectives. KONEKSI not only supports meaningful collaboration but also drives the creation of policies and technologies that reflect and serve the needs of all communities, paving the way for a more equitable and sustainable future.

Partner University

Institut Teknologi Bandung (ITB)

ITB plays a pivotal role in the KONEKSI project, titled “Sustainable Ecosystem Development of Lithium-ion Batteries for Electric Vehicles: From Design Process to Recyclability.” This research aims to establish a sustainable ecosystem for lithium-ion battery design and recycling in Indonesia, addressing technological gaps in the battery life cycle. By collaborating with Curtin University, ITB focuses on creating technology demonstrators, developing recycling methods, and designing affordable batteries made with recycled materials. The collaboration includes exchange programs such as short visits, visiting researchers, and student mobility initiatives, fostering knowledge transfer and strengthening partnerships.

ITB leads the project through four key research areas:

  1. Prototypes for Technology Demonstrators
    1. Electric Trike for Battery Waste and Black Mass Delivery: ITB is designing a specialized electric trike for safely transporting used batteries and black mass, incorporating features that comply with environmental safety standards.
    2. Cell to Black Mass Machine: ITB is developing a prototype machine to enhance the efficiency and reliability of black mass production, which is a critical material in battery recycling.
  2. Optimization of Material Extraction from Recycled Battery Cells: ITB focuses on refining processes for extracting valuable materials like lithium, nickel, and graphite from used batteries. Through laboratory tests and data analysis, ITB aims to enhance the sustainability and cost-effectiveness of battery recycling operations.
  3. Battery Pack Design for Recyclability: ITB is designing battery packs that are easy to recycle, ensuring safety, affordability, and performance optimization through advanced simulations and conceptual reviews.
  4. Battery Production Development Using Recycled Battery Powder Materials: ITB is integrating recycled materials into new battery production, optimizing manufacturing processes, and testing performance to meet stringent quality standards.

Through these efforts, ITB aims to influence policy development, reduce electric vehicle costs, and enhance Indonesia's energy security.

Curtin University

Curtin University strengthens ITB's efforts with its expertise in material reprocessing, focusing on the “Optimization of Material Extraction from Recycled Battery Cells”. Utilizing both in-house and outsourced analyses, Curtin applies advanced techniques such as ICP-MS, XRD, XRF, and SEM-EDS to evaluate feed samples, leaching solutions, residues, and other by-products of battery recycling. These efforts aim to improve recycling processes, achieve higher material recovery rates, and enhance operational efficiency, significantly contributing to the project's overall success.

Curtin University also emphasizes knowledge exchange as a key part of its participation. Prof. Richard Alorro, an expert in battery recycling, will visit ITB to share insights through guest lectures, seminars, and workshops. These initiatives aim to inspire students and stakeholders while disseminating cutting-edge expertise in battery recycling technologies.

Together, ITB and Curtin University’s collaboration under the KONEKSI program highlights the transformative potential of international partnerships. By combining their strengths, the two universities are advancing innovative and sustainable solutions for lithium-ion battery design and recycling, delivering benefits to both Indonesia and Australia.



External Link


KONEKSI Program Official Website