| isigaba | I-Graphene kude ne-infrared floor heat | Udonga lwegesi - ukufudumala kwesithando somlilo | I-electrothermal | Ubuchwepheshe bephampu yokushisa |
| Imodi yokushisa | Ukushisa komzimba okungama-degree angu-360. Akulula ukubamba ukushisa | Ukusabalalisa ukushisa kokujikeleza komoya oshisayo okuphoqelekile akulingani, kushisa phezulu futhi kuphole phansi | Ukushisa komugqa, intambo eshisayo ezingeni lokushisa eliphezulu, okuholela esikhumbeni noma ekushintsheni kombala kwekhava | Ingaphezulu lepayipi liyafudumala futhi umoya womile |
| induduzo | Ukunethezeka okuphezulu, ukushisa okungaphezulu, akushintshi umswakama womoya, umehluko wokushisa we-gradient, izinga lokushisa lonyawo lipholile | Kubi, kushisa, kunomsindo, nesiyezi | Ukushisisa komugqa okunethezekile, umehluko wezinga lokushisa le-gradient ngokuvamile | Ngokuvamile, kunomehluko wokushisa we-gradient, omile kancane |
| Ukusetshenziswa kwamandla: usuku olu-1 / amahora ayi-10 / ama-30 degrees | Ukusetshenziswa kwamandla aphansi, cishe u-60% wokushisisa kukagesi okujwayelekile, ama-50% okushisa komoya, ukusetshenziswa kwasendlini okungewona amahora angama-24, ukonga amandla kunokufaka amapayipi, cishe ama-80-120w/m2 | Ukusetshenziswa kwamandla okuphezulu,160W/m2 | Ukusetshenziswa kwamandla okuphezulu, cishe u-90% wesithando somlilo esijwayelekile sikagesi, ama-75% okushisa kwendawo, ukusetshenziswa kwangaphakathi okungamahora angama-24 kwe-80-120w/m2 | Okumaphakathi kuya phezulu, cishe u-95% wokushisisa kukagesi okuvamile, cishe u-80% wokushisa komoya |
| Isikhathi sokushisa | Ukufudumala emaminithini angu-10 kuya kwangu-12 | Kuzofudumala emizuzwini engu-30 | Ukufudumala emaminithini angu-30 kuya kwangu-45 | Isikhathi eside, cishe ihora |
| Ikhwalithi yomoya | Khipha i-anion, umoya uhlanzekile, ungavula iwindi ngendlela efanele | Kuvaliwe, umoya uba nemfucumfucu kalula | Umoya uhlanzekile futhi iwindi lingavulwa kahle | Umoya womile futhi ifasitela lingavuleka kahle |
| Ezokuphepha ezintathu | Ubufakazi bamanzi, ubufakazi bomswakama kanye nobufakazi bokuvuza | Ukusebenza okulula futhi akukho ukuvuza kwamanzi | Ingozi yokuvuza iphezulu | Ukusebenza kuyinkimbinkimbi futhi kulula ukuvuza |
Izinga lokushisa legumbi lingalungiswa ngokukhululeka
Awukho umkhawulo wesikhathi sokushisa, ungafudumala nganoma yisiphi isikhathi, ukuze ugweme umkhuhlane womkhuhlane obangelwa amakhaza ekwindla nasentwasahlobo, ukuze umzimba wakho ube nempilo futhi ungakwazi ukusetha izinga lokushisa ekamelweni ngokwehlukana ngokuvumelana nezidingo ezahlukene zokushisa zomndeni. amalungu.
Ukuhlaziywa kwemvelo yenqubomgomo yomkhiqizo
Ngokwezibalo, ukusebenza kahle kokusetshenziswa kwemithombo eShayina cishe kungama-33%, ngamaphesenti ayi-10 amaphuzu aphansi kunalawo emazweni athuthukile. Ukusetshenziswa kwamandla ngeyunithi ngayinye yokukhiphayo kungaphezu kokuphindwe kabili kwesilinganiso somhlaba. Ukushisa kwesakhiwo kubala u-50% wesamba esisetshenziswa amandla. Ukushoda kwamandla nokusebenza kahle kwamandla kuyisimo samanje senzuzo yamandla e-China. "Ukuvikelwa kwemvelo nokonga amandla" sekuqhutshekwe phambili wuhlelo lokuhlola "ivoti elilodwa levoti elilodwa" lomkhandlu wezwe oluxhumanisa ukongiwa kwamandla kanye nokunciphisa ukungcola nokusebenza kwabaholi. Ochwepheshe babikezela ukuthi ekupheleni kuka-2020, indawo yokwakhiwa kwezindlu kazwelonke entsha yamamitha-skwele ayizigidi eziyizinkulungwane ezingu-200-25, ngokuhambisana nezindinganiso zokwakha ukonga amandla angu-65%, ukubalwa kwemakethe yokusetshenziswa okungu-5%, kusetshenziswa ifilimu ye-electrothermal minyaka yonke. londoloza ukushisa kubiza ikhulu lezigidigidi zamayuan angaphezulu, ngesikhathi esifanayo gwema izinsiza ezingavuseleleki zemfucumfucu yamalahle ngayinye kanye nezinkinga zemvelo.
Ngokuqaliswa okuyimpoqo kwezakhiwo zikazwelonke ezonga amandla, inkomba yokusetshenziswa kwamandla ilokhu yehla. E-tianjin, e-Beijing nase-shenyang, ingu-14W/mm,18W/mm kanye no-21.8w/mm ngokulandelanayo. Kusukela ngo-2006, i-shenyang isebenzise izinga lokonga amandla elingu-65%. Ukusetshenziswa kwamandla kwakungu-15.26w / mm kuphela, futhi i-coefficient yokudlulisa ukushisa yangaphandle yesakhiwo yanda kusukela emahoreni angu-8.8 kuya kumahora angu-11.44 ukunciphisa izinga lokushisa nge-1 degree. Uma isici sokuhlala esingu-3.8W/mm sisuswa, amandla okushisa azokwengezwa ngokushisisa ngu-10.2W/mm e-tianjin, 14.2W/mm e-Beijing kanye no-11.46W/mm e-shenyang. Lokhu kwaneliseka okushisayo kulula kakhulu ekushiseni kwefilimu ye-electrothermal. Mane uthi ukugcina ukushisa kwesakhiwo kuhle, amandla alahleka kancane, ukusebenzisa ugesi akunakugwenywa kuncane. Izindleko zamanje zokushisisa okumaphakathi ngeke zehlise izindleko zokushisisa ngoba ukufakwa kwangaphakathi kuhle.