Science-Accepted Past Grid Parity Tech 22:
H.R. XIII Thermo-Acous>c, Unconven>onal Heat Pump
• —>> cont: ▀▀2. Mainly Solid Harvester based Industrial HEAT RECOVERY as
Electricity: f Pyro-electric:
• 30% efficient by MEMS use(Sc Hunter/ORNL+), Nanowire use(Wenxi Guo et. al+)
can be hybridized with piezoelectric generator(Ju-Hyuck Lee+), Heatpipe use for
rapid temperature change transfer to increase efficiency(Dan Zebek+),
• •g ThermoAcous-c(heat is recovered to cause air molecule massive excitaRon
type standing wave effect in confined space, then create temperature difference
& electricity generaRon), 300°C max. 20%+ efficiency electricity
conversion(Etalim, Aster ThermoacousBc+), Gas combusRon use instead of
exisRng heat recovery but sRll comes far ahead of convenRonal system
cost(Nirvana-es.com), High performance cooling from heat(SoundEnergy BV,
Cool Sound Industries+).
• •h High performance unconven-onal heat pump: 30% extra energy saver for
various heat movement generally not achievable by other systems: Fisonic
CavitaBon(Fisenko). CO2 Heat Pump "EcoCute" for hot water generaRon: part of
industry or residen-al standard in some na-ons/regions(eg Japan) somewhat
less to much less installa-on in other na-ons for its 10-20+% more saving in
some situa-ons compared to regular heat pump(Denso, Sanden+),
-->>cont:
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linkedin.com/in/newnatureparadigm -Ben Rusuisiak: Specialty Cleantech Analysis, Vancouver, Canada