A self-powered single-transistor synchronous switching strategy toward efficient utilization of triboelectric energy

Key Points

• Efficient utilization of triboelectric energy shows significant promise for energy conversion improvements.
• The synchronous switching strategy enhances performance metrics by optimizing energy management techniques.
• Analysis using a self-powered mechanism highlights the potential for more effective energy harvesting solutions.
• This work supports the need for innovative approaches in energy technologies, particularly in triboelectric systems.