Electromagnetic Induction
Option # ??? -
Rotory Motion Generators
Option # ??? -
Linear Motion Generators
Option # ??? -
Magneto Harvesting Devices
Option # ??? -
Oscillating Vibration Harvestors
Option # 999 -
Other Stuff
Option # 001 -
Direct to Electricity
Back to -
Action
Electromagnetic Induction
The use of various configurations of magnets and coils to produce Electromagnetic Field Induction has traditionally been used
in generators, alternators and electric motors.
New approaches to Energy Harvesting are rapidly expanding to include micro, milli and nano harvesting for
IOT (the Internet of things) to power a wide range of sensors and switches.
As innovation blossoms in the energy harvesting and decarbonization arena new opportunities will continue to evolve
in this exciting field of growth.
Common
Pathway
to Induction Electricity generation
Electromagnetic Field Induction
- Rotory Motion Generator
- Linear Induction
- Magneto Harvesting Devices
- Osolating Vibration Harvestors
- other
Sound/Pressure & Vibration Energy Harvesting
The harvesting of Sound/
Pressure
& Vibration as Piezoelectric Energy includes kinetic impact and friction
motion.
In addition to the traditional use of crystalline Piezoelectric material,
dielectric elastomer generators & dielectric fluids generators have found functional uses.
The use of innovative Energy Harvesting Modules that utilize linear Actuators and
Flexible Pneumatic Actuators
are relatively unexplored or exploited.
An example of a cantilever style vibration harvester may be with the use of either a Piezoelectric harvester or a
Electromagnetic Induction
harvester or a combination of both.
ElectroStatic Triboelectric Energy
The development of devices designed to harvest the static charge that occurs from the friction contact between
Triboelectric materials.
Building on the basic principals of the Triboelectric Nanogenerator (TENG) and the Van De Graaff generator,
in order to evolve an energy harvesting system suited for the Recovery 2.0 application.
The flexibility to adapt
Triboelectric Energy
into an
Ionic Air Energy
harvesting system combined into a
Plasma Arc Generator
that may be used to power a
CO2 Splitting Reactor.
