An ultra-low-frequency, broadband and multi-stable tri-hybrid energy harvester for enabling the next-generation sustainable power

Keyphrases

• Energy Harvester 100%
• Hybrid Energy Harvester 100%
• Trihybrid 100%
• Multistable 100%
• Ultra-low Frequency 100%
• Sustainable Power 100%
• Low-frequency Broadband 100%
• Human Body 33%
• Wide Bandwidth 33%
• Electric Power 33%
• Induced Motion 33%
• Light-emitting Diodes 33%
• Mechanical Energy Transfer 33%
• Power Density 33%
• Human Activities 33%
• Energy Transfer Process 33%
• Wideband Vibrations 33%
• Low-frequency Vibration 33%
• New Configuration 33%
• Energy Efficiently 33%
• Magneto 33%
• Vibration Energy 33%
• Maximum Output Power 33%
• Output Power Density 33%
• Output Performance 33%
• Promising Applications 33%
• Mechanical Motion 33%
• Portable Electronics 33%
• Resistance Load 33%
• Vibration Source 33%
• Compact Design 33%
• Triboelectric Nanogenerator 33%
• Sustainable Power Sources 33%
• More-electric 33%
• Piezoelectric Generator 33%
• Contact-separation 33%
• Array Type 33%
• Electronic Monitoring Systems 33%
• Handshake 33%
• Portable Energy 33%
• Wireless Monitoring System 33%
• Multistability 33%
• Electromagnetic Generator 33%
• Sliding-mode Triboelectric Nanogenerator 33%
• Shaker Excitation 33%
• Optimum Resistance 33%
• Normalized Power Density 33%
• Frequency up 33%
• Shaker Test 33%
• Wearable Position 33%
• Thermo-hygrometer 33%

Engineering

• Hybrid Energy 100%
• Harvester 100%
• Power Density 50%
• Triboelectric Nanogenerators 50%
• Portable Electronics 25%
• Power Source 25%
• Transfer Process 25%
• Good Performance 25%
• Load Resistance 25%
• Mechanical Energy 25%
• Low Frequency Vibration 25%
• Sliding Mode 25%
• Maximum Output Power 25%
• Light-Emitting Diode 25%
• Separation Contact 25%
• Piezoelectric Generator 25%
• Electromagnetic Generator 25%
• Slow Walking 25%
• Performance Output 25%
• Power Output 25%
• Monitoring System 25%
• Oscillator 25%