AbstractThis paper presents development of the rotational electromagnetic energy harvesting transducer. The transducer is driven mechanically by pushing a button; therefore, the mechanical energy will be converted into electrical energy. The energy harvesting (EH) transducer consists of multilayer planar coils embedded in a PCB, multipolar NdFeB hard magnets, and a mechanical system for movement conversion. The EH transducer generate an energy of about 4mJ at a load of 10Ω. The maximum open circuit output voltage is as high as 2V and the maximum short circuit output current is 800mA
Energy harvesting from vibration for low-power electronics has been investigated intensively in rece...
This thesis proposes a multi-purpose electromagnetic energy harvesting system that harnesses mechani...
This thesis describes a novel, single point-of-attachment, gravitational torque energy harvesting sy...
AbstractThis paper presents development of the rotational electromagnetic energy harvesting transduc...
This work presents a development and miniaturization of a rotational electromagnetic energy harvesti...
This work presents a development and miniaturization of a rotational electromagnetic energy harvesti...
This work presents a development and miniaturization of a rotational electromagnetic energy harvesti...
pre-printThis paper presents a planar multi-pole electromagnetic energy harvesting transducer. We re...
This thesis presents a new design for an electromagnetic energy harvester to be used in both linear ...
An electromechanical rotating energy harvester design is presented. The Energy Harvester is devoted ...
Using energy harvested from ubiquitous vibration for powering the increasing number of low-power ele...
International audienceThis article presents the design and experimental test of a new electromagneti...
International audienceThis article presents the design and experimental test of a new electromagneti...
Energy harvesting is one of the key technologies for the realization of autonomous sensing. The aim ...
Vibration energy harvesting has been receiving a considerable amount of interest as a means of power...
Energy harvesting from vibration for low-power electronics has been investigated intensively in rece...
This thesis proposes a multi-purpose electromagnetic energy harvesting system that harnesses mechani...
This thesis describes a novel, single point-of-attachment, gravitational torque energy harvesting sy...
AbstractThis paper presents development of the rotational electromagnetic energy harvesting transduc...
This work presents a development and miniaturization of a rotational electromagnetic energy harvesti...
This work presents a development and miniaturization of a rotational electromagnetic energy harvesti...
This work presents a development and miniaturization of a rotational electromagnetic energy harvesti...
pre-printThis paper presents a planar multi-pole electromagnetic energy harvesting transducer. We re...
This thesis presents a new design for an electromagnetic energy harvester to be used in both linear ...
An electromechanical rotating energy harvester design is presented. The Energy Harvester is devoted ...
Using energy harvested from ubiquitous vibration for powering the increasing number of low-power ele...
International audienceThis article presents the design and experimental test of a new electromagneti...
International audienceThis article presents the design and experimental test of a new electromagneti...
Energy harvesting is one of the key technologies for the realization of autonomous sensing. The aim ...
Vibration energy harvesting has been receiving a considerable amount of interest as a means of power...
Energy harvesting from vibration for low-power electronics has been investigated intensively in rece...
This thesis proposes a multi-purpose electromagnetic energy harvesting system that harnesses mechani...
This thesis describes a novel, single point-of-attachment, gravitational torque energy harvesting sy...