Minder Bekende, Skoon, Lae Koste, Oorvloedige Energietegnologieë en Verwante Toepassings wat die Wêreld sou Verander./ Less Known, Clean, Low Cost, Abundant Energy Technologies & Related Game Changing Applications.
Ekologiese Vriendelike, Ekonomiese, Hoë Doeltreffende Energie Skoon tegnologie vir die Toekoms(Opsomming in Afrikaans)./ Environmentally Friendly, Highly Efficient Energy Generation Technologies for the Future. sleutelwoorde: omgewing, abrupte klimaatsverandering, koolstof-sekwestrasie, bebossing, alternatiewe energie, verenigde nasies, menslike biobrandstowwe, biosfeer, swart koolstof-aerosol, koolsiklus, koolstofvoetafdruk, koolstofopname, klimaatmodel, klimaat sensitiwiteit, koraal bleik, ontbossing, woestynvorming, kweekhuiseffek, GHG, Kyoto-protokol, Mitigasie, omgewingswetenskap, omgewingsbeskerming, omgewingsingenieurswese, omgewingskanada, omgewingskwessies,
Ekologiese Vriendelike, Ekonomiese, Hoë Doeltreffende Energie Skoon tegnologie vir die Toekoms(Opsomming in Afrikaans)./ Environmentally Friendly, Highly Efficient Energy Generation Technologies for the Future.
sleutelwoorde:
omgewing, abrupte klimaatsverandering, koolstof-sekwestrasie, bebossing, alternatiewe energie, verenigde nasies, menslike biobrandstowwe, biosfeer, swart koolstof-aerosol, koolsiklus, koolstofvoetafdruk, koolstofopname, klimaatmodel, klimaat sensitiwiteit, koraal bleik, ontbossing, woestynvorming, kweekhuiseffek, GHG, Kyoto-protokol, Mitigasie, omgewingswetenskap, omgewingsbeskerming, omgewingsingenieurswese, omgewingskanada, omgewingskwessies,
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Sci<strong>en</strong>ce-Accepted “Free <strong>Energy</strong>” 3<br />
<strong>Low</strong> Temp Micro ThermoElectric<br />
• -->>continued: FREE ENERGY TYPES; increasing actively commercialized<br />
exceptions, Micro Curr<strong>en</strong>t <strong>Energy</strong> Harvesters:<br />
• Oft<strong>en</strong> ROI comes at equival<strong>en</strong>t of wh<strong>en</strong> first time replacem<strong>en</strong>t of battery or fizzled<br />
wire for s<strong>en</strong>sors is required, especially in remote or difficult to reach locations.<br />
Many devices combine multiple mechanics to maintain required electrical supply<br />
level. Free <strong>en</strong>ergy harvesting micro devices are g<strong>en</strong>erally not frequ<strong>en</strong>tly reported<br />
in newspapers or <strong>en</strong>ergy saving publications due to micro electrical nature, but<br />
products are available for very wide range of s<strong>en</strong>soring/actuating applications.<br />
Some cases there is no differ<strong>en</strong>tiator to long lasting battery system(eg self<br />
charging tire s<strong>en</strong>sor for non-commercial vehicle). Many companies sell "Evaluation<br />
Kit" to test out. Following 1-14 main methods are listed as g<strong>en</strong>eral repres<strong>en</strong>tative<br />
<strong>en</strong>ergy scav<strong>en</strong>ging methods.<br />
1 # <strong>Low</strong> temperature dif.(1-20°C) Thermoelectric device(industrial type<br />
g<strong>en</strong>erator version at p50-53): easily made as garage project with high<br />
performance Seebeck effect parts(A Makosinski+) & commercialized for consumer<br />
market prior to curr<strong>en</strong>t industrial use micropower in 1990s and withdrawn(Citiz<strong>en</strong><br />
Eco-Drive Thermo, Seiko Thermic), more rec<strong>en</strong>t consumable types(Fujitsu,<br />
Yamaha had test products, Vodaphone: PowerPocket+), Latest consumer <strong>wat</strong>ch<br />
market debut (Matrix Industries+). Can be wov<strong>en</strong> into fabric(KAIST South<br />
Korea+)(Gr Moriarty+), mass produceable by easy printing(AIST Japan+).<br />
10
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