Ocean Wave energy is becoming a prominent technology, which is considered a vital
renewable energy resource to achieve the Net-zero Emissions Plan by 2050. It is also …

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

Power Take-off (PTO) is one of the most critical components in the field of ocean wave
energy conversion. This paper introduces a novel compact mechanical PTO using a ball …

In this work, a mechanical power take-off system (PTO) is proposed to be installed in a small-
scale wave energy converter (WEC) to transfer wave power to electricity. Two pairs of one …

Ocean wave renewable energy is becoming a key part of the renewable energy industry
over the recent decades. By developing wave energy converters (WECs), their power take …

This paper proposes a nodding-duck wave energy harvester with coaxial contra-rotating
power take-off based on the ultra-low frequency synergistic principle to solve the self …

A procedure is proposed for the geometric design of the buoy of a single-body wave energy
converter (WEC) based on the characteristics of incident waves. The effect of the buoy …

As a stable limit cycle oscillation occurred after subcritical Hopf bifurcation, galloping was
preferred in scattered wind energy harvesting. For practical applications across seasons and …

The superior performance of active vibration control systems largely depends on the four‐
quadrant controllable execution capability in the available force‐velocity diagram of active …

The lack of high efficient, predictable, and reliable power take-off (PTO) systems limits
developments of ocean wave energy technology. In this paper, a two-body self-reacting …