EV Knowledge Hub: Indigenous Design, Manufacturing & Testing of Electric Vehicle Components for Sustainable Market Development
Inspiring Local Technology for EV Transition
Pakistan’s transition to electric mobility is increasingly underpinned by indigenous technological development, signaling a shift from dependency on imported solutions to locally engineered systems. Core components such as electric drivetrains, lithium-ion and sodium-ion battery packs, and high-efficiency power electronics are being designed and prototyped within national research institutions and startups. These innovations align with the specific constraints of Pakistan’s grid, urban density, and climatic conditions—demonstrating the potential of localized engineering to drive scalable electrification across both urban and intercity transport networks.
Findings
Latest Discoveries and Key Contributions showcases the ongoing advancements that are driving Pakistan’s EV transition. Building on our commitment to local innovation and scientific research, this section highlights the latest technical breakthroughs, research findings, and real-world applications from our projects. From the development of indigenous battery technologies and energy management systems to successful pilot implementations of multi-source EV architectures, we are continually pushing the boundaries of what is possible within the Pakistani context.
Science for Transition
Science for Transition builds upon the foundation of local innovation by focusing on the scientific principles and research-led technologies that enable Pakistan’s shift to electric mobility. This initiative highlights the critical role of engineering research, data-driven modelling, and advanced system design in developing a resilient and efficient EV ecosystem. Key areas of focus include battery chemistry and pack design, power electronics, multi-source energy integration, and intelligent energy management systems—all tailored to Pakistan’s unique operational and climatic context.