Design more sustainable batteries for a cleaner energy future
How can we power the transition to clean energy without creating new environmental problems? As electric vehicles and renewable energy systems expand rapidly, the environmental impact of battery production and disposal has become a critical concern.
You’ll examine how to reduce the environmental footprint of battery technologies through smarter materials choices, recycling processes, and circular economy principles, reshaping how we think about battery sustainability.
Examine sustainability challenges in battery materials
Investigate the environmental, economic, and social factors driving the need for more sustainable battery manufacturing.
You’ll explore challenges in sourcing raw materials and learn about alternative materials that could reduce environmental harm.Making informed decisions about material selection and supply chain management in battery development and deployment.
Learn about battery recycling and circular economy principles
Discover how batteries can have second-life applications after their initial use and explore strategies for improving resource efficiency. You’ll examine circular economy principles for battery design, production, and end-of-life management.
These approaches help conserve valuable resources, reduce waste, and create new business opportunities in the battery lifecycle.
Consider policy and ethical dimensions of battery technology
Explore how government regulations and ethical considerations shape battery supply chains and manufacturing practices. You’ll develop skills to contribute to more sustainable practices in renewable energy storage and electric vehicle sectors.
You’ll walk away with a strong understanding of the policy landscape positions you’ll navigate, influencing the regulatory environment affecting battery technologies.
This course is ideal for engineers, electricians, and professionals looking to develop skills in battery technology, renewable energy storage, electric vehicles, and sustainability practices for a cleaner energy future.
