KEITI

(KOR)

  • 교수자


  • 강의수

    3강

  • 수강시간

    시간

  • 수강기간

    상시수강

  • 수강승인 방식

    자동승인

  • 수강료

    무료

  • 관련제품

    eVLink CDS PAD

URL Copy
대기환경관리 온실가스관리 기상기술관리 기후변화적응 폐기물관리
“From Electric Vehicles to Battery Recycling” — Driving a Sustainable Future through Clean Energy Technology —
고성능 스파이럴 유로 형 고온 인스턴트 온수 시스템
  • 교수자


  • 강의수

    3강

  • 수강기간

    상시수강

  • 수강승인 방식

    자동승인

  • 수강료

    무료

1. Overview

This educational program introduces the role of electric vehicles (EVs) and secondary batteries in creating a cleaner, low-carbon society.
Participants will explore how innovative energy technologies—from EV adoption to battery recycling—contribute to reducing pollution, conserving resources, and promoting sustainability in everyday life.


2. Background

Internal-combustion vehicles emit large amounts of exhaust and fine particulates, threatening both the environment and human health.
To address this, nations worldwide are transitioning to eco-friendly mobility and investing in electric vehicle technologies that produce zero emissions.
At the heart of this transition lies the battery industry, which accounts for roughly 40% of EV manufacturing costs.
As the global EV market expands, so does the demand for advanced lithium-ion batteries and sustainable recycling solutions for end-of-life batteries.


3. Key Contents

Centered on the message that “technology gives new life to energy,” this program covers the following themes:

  • The environmental benefits of electric vehicles and the reduction of air pollution

  • Understanding secondary batteries (rechargeable batteries) and their chemical structure

  • The development of next-generation silicon-based lithium-ion batteries for higher performance

  • Reuse and recycling technologies that convert waste batteries into new energy resources

  • Global and Korean initiatives driving innovation in the battery industry

Through these topics, learners will gain a comprehensive understanding of how energy innovation and circular economy practices are shaping the sustainable future.


4. Expected Outcomes

  • Raising Environmental Awareness: Recognize the link between mobility, pollution, and sustainability

  • Expanding Technological Insight: Understand the principles of secondary batteries and clean-energy technology

  • Encouraging Circular Action: Learn how battery reuse and recycling enable resource circulation and green growth


5. Educational Message

“From electric vehicles to recycled batteries —
every step toward cleaner energy moves us closer to a sustainable future.”

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