fr
en
Modern energy dynamics: understanding responsible automotive systems
The evolution of automotive energy technologies is transforming technical choices and professional practices. Assess technologies, their uses and constraints to better understand available solutions. Develop practical reference points for decisions and discussions on responsible mobility.
- Duration
- 2 days 14 hours
- Code
- ER001FR Code
Presentation
The rapid evolution of automotive technology and the need to reduce the environmental footprint place energy management at the heart of current challenges. This course helps you understand how innovation affects vehicle energy efficiency, an essential step towards a more responsible and sustainable energy future.
Over 2 days, the programme guides you through vehicle mechanical, electronic and energy systems. You will learn to distinguish between front-wheel-drive and rear-wheel-drive powertrains, then analyse internal combustion, hybrid and electric powertrains in detail, examining their effects on fuel consumption and emissions. A comprehensive environmental approach also encompasses alternative solutions and sustainable development policies.
By the end of the course, you will be able to interpret operating data to optimise vehicle thermal and energy efficiency. You will know how to comply with environmental standards and adapt maintenance strategies to new powertrains. These skills will position you as a key contributor in the modern energy sector, able to anticipate change and innovate for a greener future.
Objectives
By the end of this renewable energy course, you will be able to:
- Analyse the various onboard systems of modern vehicles, including combustion, hybrid and electronic systems;
- interpret operating data to optimise vehicle energy efficiency and thermal management;
- apply current environmental standards and regulations relating to automotive thermal management;
- identify the impact of technological innovation on vehicle energy performance;
- adapt maintenance strategies to the specific requirements of new powertrains and automotive technologies.
Program
Module 1: Understanding automotive technology fundamentals
- Introduction to the mechanical, electronic and energy systems that make up modern vehicles.
- The evolution of these systems towards more efficient and sustainable solutions.
- The distinction between front-wheel drive, with driven front wheels supporting traction, and rear-wheel drive, with driven rear wheels for more dynamic handling.
Module 2: Analysing internal combustion and hybrid powertrains
- How internal combustion engines operate using fossil fuels.
- Cooling and thermal management systems that optimise combustion engine performance.
- Identifying the advantages and disadvantages of combustion engines in terms of range and environmental impact.
- The dual-powertrain principle (combustion and electric) in hybrid vehicles.
- Comparing conventional and plug-in hybrids in terms of efficiency and range.
- The role of hybrid powertrains in reducing fuel consumption and pollutant emissions.
Module 3: Analysing electric powertrains
- How electric motors operate using a rechargeable battery.
- The advantages of electric motors in terms of quiet operation, performance and environmental impact.
- Identifying challenges relating to charging infrastructure and electric vehicle range.
Module 4: Integrating an environmental and sustainable approach
- Assessing the impact of different powertrains on CO₂ emissions and air pollution.
- Alternative solutions to reduce the carbon footprint, such as biofuels and hydrogen.
- Analysing current environmental policies and regulations promoting vehicle electrification.
- Sustainable best practices to promote in the automotive industry, particularly battery recycling and reducing polluting materials.
Module 5: Optimising vehicle thermal management
- The advanced operation of modern vehicle thermal management systems to optimise performance and durability.
- Interpreting operating data from thermal and electronic systems to improve energy efficiency.
- Applying environmental standards and thermal management regulations to reduce pollutant emissions.
Module 6: Anticipating developments and adapting strategies
- Technological innovations in the automotive sector to anticipate future developments.
- Adapting maintenance strategies to the specific requirements of new powertrains and technologies.
- Understanding automotive technology dynamics and their impact on energy efficiency.
Audience
This course is intended for:
- Energy and environmental industry professionals seeking to deepen their knowledge of modern automotive technologies and their energy impact.
- Energy systems engineers and designers seeking to optimise vehicle performance and sustainability and integrate responsible energy solutions.
- Research and development professionals working on new technologies who want to explore innovation and anticipate developments in the automotive sector.
- Decision-makers and managers involved in the energy transition, as well as professionals implementing energy policies, who need to understand technical aspects to guide their strategies.
- Entrepreneurs and innovators developing sustainable mobility and energy solutions.
Prerequisites
This course requires the following prerequisites :
- Knowledge of energy science or engineering: a good understanding of fundamental energy concepts or engineering principles.
- Familiarity with energy technologies: knowledge of different technologies and systems relating to renewable or alternative energy.
- Basic analysis and simulation tool knowledge: familiarity with the fundamentals of tools used for energy analysis and simulation.
Teaching and assessment methods
- Initial skills assessment
- Training materials provided to participants
- Continuous assessment throughout the course
- End-of-course feedback questionnaire
- Combination of theory and practical application
- Attendance records
- Post-course follow-up evaluation
- Quiz / multiple-choice questions
- Case study
Course highlights
- Innovative, tailored approach: benefit from teaching that incorporates challenges specific to local energy infrastructure and case studies based on regional and international projects.
- Focus on practical solutions: the course emphasises concrete solutions adapted to West African market realities, providing directly applicable expertise.
- Expertise in modern automotive systems: develop key skills in analysing and optimising vehicle combustion, hybrid and electronic systems in compliance with environmental standards.
Dates and sessions
Choose the date and delivery format that suit you.
No upcoming sessions are currently available.