Program Overview
This high-impact program offers a deep dive into the emerging domain of atmospheric electricity as a viable energy source for storage applications. Participants will explore the global electric circuit, key physical principles such as corona discharge and Paschen’s law, and technologies like electrostatic collectors and E-field mills. The course will bridge theory with reality through real-world case studies, technology evaluations, and system design challenges. Tailored for professionals aiming to stay ahead of the innovation curve, this workshop equips attendees with the skills and insight to assess feasibility, mitigate implementation challenges, and contribute to the development of novel storage solutions using ambient electrical fields.
Features
- Understand the fundamental science behind atmospheric electricity and charge harvesting.
- Evaluate different harvesting technologies and their integration with energy storage systems.
- Analyze real-world use cases, challenges, and operational results from pilot projects.
- Design a conceptual atmospheric energy harvesting system tailored to site-specific needs.
Target audiences
- Energy storage technologists
- Power systems designers
- Innovation leads
- Sustainability Strategists.
Curriculum
- 4 Sections
- 14 Lessons
- 1 Day
- Fundamentals of Atmospheric Electricity3
- Harvesting Technologies & System Architectures4
- Case Studies & Pilot Deployments4
- Design Challenge: Harvest & Store3