...
Sources
- photovoltaic
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- electrodynamic
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- piezoelectric
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- thermoelectric
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Energy can be captured from:
source
conversion
storage management ->leakage
mote
suora käyttö, varaus, varastointi, ladattavat akut/patterit
supercapacitors
>2 harvesting sources
s.95->
kohteet:
military, industrial, healthcare, consumer goods
...
- linear motion
- solar
- thermal
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- vibrations
- rotation
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- radiowaves
- air pressure changes
- muscle contraction
- blood sugar fuel cells
- organic material
How does it work?
First the source is selected considering the best way in specific case in example photovoltaics(PV) in very sunny place etc. After or during the energy harvesting(EH) the energy which is harvested from the source will be conversed to electricity and stored to suitable store (capacitor, rechargeable battery) or used instantly.
| Panel | ||
|---|---|---|
| ||
Source -> Conversion -> Storage management -> Mote |
Conversion
Storage management ->leakage
- capacitors
- rechargeable batterys
- supercapacitors
Use
- military
- industrial
- healthcare
- consumer goods
WSN wireless sensors
RFID Radio Frequency Identification
RTLS Real Time location system
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Companies in this field
Energy harvesting
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applications
IDTechex: Energy harvesting and storage for electronic devices
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