Isingeniso

Ukufuduka kwe-hydronic kuyavuka njengezisombululo ezikhokelayo zokwakha izakhiwo ezingenamthelela kwi-net zero. Kwixesha elapho ukugcinwa kwe-enerji kuyinto ebalulekileyo, iinkqubo zokufuduka kwe-hydronic zinikezela ukufuduka kwe-indawo, kodwa kwakhona ukukhanya okuhlambalazayo kunye nemanz'amanzi asekhaya. Njengoko uGary Perry we-Altecnic uchaza, lezi zinkqubo ziyakhiweyo ukunciphisa ukusetyenziswa kwe-enerji ngendlela yokuthuthukisa ukubuyiselwa kwe-enerji kunye nezicwangciso zokuphatha i-enerji ngelixa ziyandisa ukunxiba kwangaphakathi.

Ukunxiba KweSebenzisi

Umbhalo wamazwe omhlaba ubonisa ukuba iindlela ezilahlekisayo ukunxiba ukuba zihambe nge-enerji zingafumani mthengi. Ukunxiba okweliqiniso kufinyelelwa xa ukufuduka okwenziwe ngumzimba kugqityiwe ngokukhupha kwayo. Iinkqubo zokufuduka kwe-hydronic ziyaphumelela kule ndawo ngokuba:

• Ziyaphawula ngexesha elinye iitemperatura zomoya, iitemperatura zezinto, kunye ne-stratification ye-temperature.
• Ziyanciphisa i-drafts kunye nokugqithisa iitemperatura ezingafunekiyo ezivela kwiinkqubo zomoya.
• Zisebenza ngokungathi zithule, ziqinisekisa ukuba iinkqubo zokufuduka kunye nokukhanya azikhalazi indawo yokuthula yendlu.

Ukuphathwa Kwenkcakaco

Xa kudalwa iinkqubo zokufudumala nokukhusela ukufuduka kwamagumbi angaphantsi kwi-energy okanye ezinikezela i-zero net, kubalulekile ukujonga i-energy eyadingekayo ukusasaza i-energy yomophu. Cinga oku okulandelayo:

• Iinkqubo zokufudumala ezidala zingase zisebenzise i-circulators ezincinci ezininzi (umzekelo, i-circulators ezi-4 eziyi-75 watts nganye) ukunikezela i-100,000 Btu/hr, oku kwenza ukuba ukuphathwa kwenkcakaco kube yi-333.3 Btu/hr ngawunye we-watt.
• Ngokuphikisana nalo, iinkqubo zokufudumala ezintsha ze-'homerun' zisebenzisa i-circulator eyi-high-efficiency, eyi-variable-speed pressure-regulated. Le ngxubevu ayikho kuphela ukuphucula ukusasazwa kwenkcakaco kodwa kukugcina ukushushu kwe-tank ye-buffer (ngokuvamile yi-120°F) okufanelekile kwiinkqubo ezifana ne-air-to-water okanye i-water-to-water heat pumps.

Abakhiqizi kumele bajonge ukuba ngawunye we-watt osebenziswayo ukusasaza kwenkcakaco kongeza kwi-load yeenkcakaco jikelele, okubalulekile kakhulu kwiinkqubo zokukhusela ukufuduka, apho i-airflow rates eziphezulu zingakwazi ukongeza ukutshala kweenkcakaco ngendlela enkulu.

Ukugcina Kwesisthethi kunye neNkqubo

Unye wemibuzo eyinkimbinkimbi kakhulu yezixhobo zehydronic yile nto yokuba zinendidi kunye nokugqibeleleyo. Izinto ezibalulekileyo ziquka:

• Ukugcina Okude: Ii-component ezikhoyo kwisisthethi ye-hydronic ekulungisiweyo kunye nokugcinwa kahle zinokugcina iminyaka emininzi, ngokuvamile ziyagcina umthombo wokufudumala okanye ukukhusela okokuqala.
• Ukunceda Okude: Ngokuhlukileyo kwezixhobo ezininzi zasemva, iisisthethi ze-hydronic ziyakhiwa ukuba ziqhubeke, zikuncitshisela umsebenzi wokutshintsha njalo kunye nokuncitsha inkunkuma yeezityalo.
• Ukukhawuleza kunye nokulungiswa: Le mifanekiso yenzelwe ukuba ingagqibeleli, yenza ukuba zikhawuleze kunye nokulungiswa kukuqhelekileyo, nokuba imimiselo yezakhiwo ibadala ngexesha.

Isiphetho

Ii-hydronic heating and cooling systems ziyakha umtsalane omangalisayo phakathi kwendlela yokugcina umandla kunye nokuncitsha kwabasebenzisi. Ngekusebenza ngokugcina umandla wokufudumala, ukusebenza ngokuthule, kunye nokunikezela ukugqibeleleyo olukhulu, zinikezela isisombululo esiyinkimbinkimbi yeezakhiwo ezingenamandla. Njengoko ukuncitsha kwemveliso kunye nokukhawuleza kwendlela ekhuselekileyo kuyanda, iisisthethi ze-hydronic ziyaphuma phambili njengokhetho olugqibeleleyo, olukhawulezileyo.

Qhagamshelana: Altecnic