Päikest järgiva vahasulatusseadme konstruktsiooni valik ja ehitus
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Kuupäev
2015
Kättesaadav alates
Autorid
Ajakirja pealkiri
Ajakirja ISSN
Köite pealkiri
Kirjastaja
Abstrakt
Käesoleva töö eesmärk on päikest järgiva vahasulatusseadme ehitamine ja ehitamiseks kuluvate materjalide valiku tegemine. Automaatne vahasulatusseade ehitati kahe energiakasutuse eriala üliõpilase poolt: bakalaureusetöö koostaja ja Marten Lillemäe. Bakalaureusetöö koostaja ülesandeks oli seadme konstruktsiooni valik ja seadme ehitus. M.Lillemäe ülesandeks oli seadmele tarkvaralise ning riistvaralise lahenduse leidmine. Töö autor ehitas vahasulatusseadme, mis sobiks eelkõige väiksemate mesilastarude omanikele. Vahasulatusseade kasutab mesilaskärgede sulatamiseks päikesest tulevat soojust. Vahasulatusseade keerab ennast iga tunni aja jooksul päikese suunaga kaasa, kasutades selleks samm-mootorit. Samm-mootori töötamiseks vajalik toide saadakse päikesepaneelilt.
Bakalaureusetöö käigus valmis päikest järgiv vahasulatusseade. Valminud seade on vihmakindel, vastupidav tuulele, väikeste mõõtmetega ja kerge kaaluga. Valminud vahasulatusseadmega hoitakse kokku aeg, mis muidu kuluks vaha mesilas raamidest välja lõikamisele ja kuumal pliidil aeglaselt sulatades.
This thesis has been written to construct a solar tracking beeswax melting equipment. Solar tracking beeswax melting equipment was built by two electrical engineering student: Bachelor thesis author and Marten Lillemäe. Bachelor thesis author aim was to construct and to choose right materials for solar tracking beeswax melting equipment. M.Lillemäe aim was to design software and hardware selection of a solar tracking beeswax melting equipment control system. Bachelor thesis author built beeswax melting equipment which fits for smaller beekeepers. Beeswax melting equipment uses solar heat in order to melt bee wax. Beeswax melting equipment turns towards sun once every hour using step-motor. Step-motor gets its energy from solar panel. In this thesis author built beeswax melting equipment which is rainproof, wind resistant, with small dimensions and light weight. Finished beeswax melting equipment can save time spent on cutting beewax from frames and melting them over stove.
This thesis has been written to construct a solar tracking beeswax melting equipment. Solar tracking beeswax melting equipment was built by two electrical engineering student: Bachelor thesis author and Marten Lillemäe. Bachelor thesis author aim was to construct and to choose right materials for solar tracking beeswax melting equipment. M.Lillemäe aim was to design software and hardware selection of a solar tracking beeswax melting equipment control system. Bachelor thesis author built beeswax melting equipment which fits for smaller beekeepers. Beeswax melting equipment uses solar heat in order to melt bee wax. Beeswax melting equipment turns towards sun once every hour using step-motor. Step-motor gets its energy from solar panel. In this thesis author built beeswax melting equipment which is rainproof, wind resistant, with small dimensions and light weight. Finished beeswax melting equipment can save time spent on cutting beewax from frames and melting them over stove.
Kirjeldus
Märksõnad
päikesepatareid, vahasulatusseadmed, mesilasvaha, sulatus, bakalaureusetööd