Wireless Power

Wireless Power: From Ambient Harvesting to the 6G-Powered City presents a rigorous engineering framework for understanding and designing modern wireless energy systems.

This book bridges electromagnetic theory, RF circuit design, and real-world applications, guiding the reader from fundamental physics to advanced system architectures. It covers ambient RF energy harvesting, antenna design, impedance matching, rectification, energy storage, and power management using real-world components and validated calculations.

Unlike speculative approaches, this work emphasizes physically realistic limits, conservation of energy, and practical implementation strategies. Each concept is supported by quantitative examples and engineering-based analysis.

Key topics include:
- Ambient RF energy harvesting across urban environments
- Antenna effective aperture and multi-band capture strategies
- RF-to-DC rectification and efficiency limitations
- Impedance matching and system optimization
- Supercapacitor and hybrid energy storage architectures
- Threshold-triggered pulse-mode harvesting systems
- Future 6G beamforming and wireless power delivery

This book is intended for electrical engineers, researchers, and advanced students seeking a structured and realistic approach to wireless power systems.

All concepts are presented for educational and in-silico engineering purposes.