In this paper, the research on mechanical motion rectification-based electromagnetic
vibration energy harvesting (MMR-based EMVEH) is reviewed comprehensively. Firstly, the …

The popularity of smart electronic products has facilitated their incorporation into various
fields related to the Human-body, such as portable tools, wearable electronics …

This paper reports a fundamentally different strategy for realizing high-performance energy
harvesting backpacks to effectively scavenge ultralow-frequency human body motions. The …

Renewable vibration energy is widely distributed in our living environment, but the low-
frequency and irregular features impede its efficient exploitation and practical applications …

Ambient low frequency (LF) vibrations are ubiquitous but their efficient utilization is still an
open issue. To tackle this problem, this paper reports an ingenious vibration–rotation (VR) …

The renewable mechanical energy is pervasive but mainly contained in diverse, low-
frequency and irregular motions, making its efficient exploitation highly difficult. Here, a multi …

With growing interest in physical activities, wearable device sales have been increasing
each year due to their help in tracking movement. However, keeping these devices running …

Harvesting diverse renewable energy sources from humans offers an effective approach to
achieving cleaner production and sustainable development. The integration of self-powered …

Long-distance walk with a heavy load such as hiking and field rescue, often leads to
accumulative fatigue. And continuous energy support for wearable electronics is often …

Abstract Ultralow-frequency (< 5 Hz) vibration energy is abundant in the environment, but its
efficient utilization is still highly difficult due to the frequency-mismatch problem encountered …