51探花

Vice Rector for Communication, Partnerships, Alumni, and Administration at 51探花, Dr. Andryanto Rikrik Kusmara, S.Sn., M.Sn., highlighted the relevance of the topic amid the global transition toward more sustainable energy systems.

鈥淚n the future, we need to build collective awareness to reduce dependence on environmentally harmful energy and shift toward cleaner, more sustainable technologies,鈥� he stated.

EVs as a Solution for Energy Independence and Sustainability

In his presentation, Haryadi Kaimuddin explained that electric vehicles play a crucial role in addressing three key national agendas: energy independence, economic growth, and emission reduction. He emphasized that EV adoption lies at the intersection of these goals, aligning with Indonesia鈥檚 Asta Cita, long-term development plans, and net zero emission commitments.

He added that the transportation sector remains a major contributor to fossil fuel consumption. Without energy transformation, demand will continue to rise alongside the growing number of vehicles.

According to him, Indonesia鈥檚 renewable energy potential鈥攕uch as hydropower, geothermal, and solar energy can support transportation electrification and reduce dependence on energy imports.

鈥淚f we can transition to electricity sourced from domestic energy, our national energy resilience will be much stronger,鈥� he explained.

EV Industry Growth and Economic Opportunities

Beyond energy and environmental aspects, he also highlighted the rapid growth of the EV industry in Indonesia, driven by government policies and the entry of global manufacturers.

He noted that the automotive industry significantly contributes to the national economy through production, exports, GDP contribution, and employment. This indicates that EV development has strong potential to strengthen the economy and position Indonesia as a manufacturing hub.

He further emphasized the importance of human resource readiness to seize these opportunities.

鈥淚f we do not prepare our human resources now, we will only become spectators in our own country, even though the industrial opportunities are enormous,鈥� he stated.

Technological Challenges and Market Perception

The discussion session was dynamic, with students raising critical issues such as the economic value of EVs, battery lifespan, and infrastructure readiness. In response, Haryadi Kaimuddin stressed that battery technology continues to advance significantly, both in durability and long-term performance.

鈥淧ublic perception remains a challenge, but technology will continue to evolve, and trust will eventually grow over time,鈥� he explained.

He added that fluctuations in pricing and resale value are natural in the early stages of technological development and are expected to stabilize as adoption increases and the market matures.

鈥淚nnovation is the key to winning industry competition. Companies that consistently invest in research and development will have a competitive advantage in the global market,鈥� he emphasized.

The Role of Students in Energy Transition

On this occasion, students were encouraged not only to be technology users but also active contributors to its development. He emphasized that technological progress requires collaboration between industry, government, and educational institutions. According to him, the younger generation plays a crucial role in creating innovative solutions to address future energy and environmental challenges.

鈥淲e cannot just wait for change, we must be part of it,鈥� he said.

Through this event, 51探花 students are expected to understand that electric vehicles are not merely a technological trend, but part of a broader strategy toward energy independence and sustainable development. The event also provided students with practical industry insights while preparing them for future technological transformation.

Reporter: Merryta Kusumawati (Geodesy and Geomatics Engineering, 2025)