Isikhathi esisodwa sale phrojekthi ye-trestle sifinyelela kumamitha angu-80, okuyindawo enkulu kunazo zonke phakathi kwama-trestles afanayo e-China. Ine-double-belt kanye ne-double-layer grid truss structure.

(Indondo Yegolide Yephrojekthi Kazwelonke Yekhwalithi ephezulu)

I-Span ingama-70m, ingenye yama-trestles amakhulu.

I-BIPV (Building Integrated Photovoltaic)  ubuchwepheshe obuhlanganisa imikhiqizo yokuphehla amandla elanga ezakhiweni. Ayinayo nje iphrojekthi yokukhiqiza amandla e-photovoltaic kodwa futhi ingahlangabezana nezidingo eziyisisekelo zokusebenza kwezakhiwo. Izinzuzo Ze-BIPV Roof: Faka esikhundleni ophahleni oluvamile ukuze uziphehlele ugesi ukuze uzisebenzise wena kanye namandla asalayo azofakwa kugridi Nweba impilo yesevisi yophahla lwesakhiwo ngeminyaka efika kwengama-30. Imbuyiselo ephezulu ekutshalweni kwezimali kanye nenzuzo eqhubekayo ezinzile Izinqubomgomo zikahulumeni ezifanele zikhuthaza kakhulu ukongiwa kwamandla kanye nokunciphisa ukungcola. Ingangena ohlwini lwezinkampani zokwakha ezinekhabhoni ephansi neluhlaza Izinzuzo Zohlelo lwe-BIPV: Uma kuqhathaniswa nesiteshi samandla esisabalalisiwe se-BAPV lapho izingxenye zibekwe ophahleni lwepuleti lensimbi elinemibala, uphahla oluhlanganisiwe lwe-BIPV lwe-photovoltaic lungaklanywa ukumboza yonke indawo yophahla. Yonke i-photovoltaic array inamandla aphezulu, ukukhiqiza amandla aphezulu, kanye nezindleko eziphansi eziphelele.

I-BAVP (I-Building Attached PV), ubuchwepheshe obufaka isistimu yokuphehla amandla elanga ye-photovoltaic ophahleni lwesakhiwo esikhona. Ayinayo nje kuphela iphrojekthi yokukhiqiza amandla e-photovoltaic kodwa futhi ingagcina isakhiwo sokuqala sokwakha ngezinga elikhulu kakhulu. Izinzuzo ze-BAPV Roof: Asikho isidingo sokushintsha isakhiwo sokuqala sophahla. Kulula ukuyifaka futhi inamandla okuthwala umthwalo oqinile. Izindleko zokutshala ezinye izingxenye ze-photovoltaic ziphansi. Inamandla anamandla okugcina ukushisa kanye namandla okuvikela.

Le phrojekthi iyindawo yokusebenzela eyinhloko yesakhiwo sensimbi yemboni yokulungisa amalahle, okuyisakhiwo sohlaka olunezitezi eziningi kanye nesistimu yokuwasha amalahle amakhulu kunawo wonke emhlabeni, enendawo yokwakha engamamitha-skwele angama-46,000.

I-BIPV (Building Integrated Photovoltaic)  ubuchwepheshe obuhlanganisa imikhiqizo yokuphehla amandla elanga ezakhiweni. Ayinayo nje iphrojekthi yokukhiqiza amandla e-photovoltaic kodwa futhi ingahlangabezana nezidingo eziyisisekelo zokusebenza kwezakhiwo. Izinzuzo Ze-BIPV Roof: Faka esikhundleni ophahleni oluvamile ukuze uziphehlele ugesi ukuze uzisebenzise wena kanye namandla asalayo azofakwa kugridi Nweba impilo yesevisi yophahla lwesakhiwo ngeminyaka efika kwengama-30. Imbuyiselo ephezulu ekutshalweni kwezimali kanye nenzuzo eqhubekayo ezinzile Izinqubomgomo zikahulumeni ezifanele zikhuthaza kakhulu ukongiwa kwamandla kanye nokunciphisa ukungcola. Ingangena ohlwini lwezinkampani zokwakha ezinekhabhoni ephansi neluhlaza Izinzuzo Zohlelo lwe-BIPV: Uma kuqhathaniswa nesiteshi samandla esisabalalisiwe se-BAPV lapho izingxenye zibekwe ophahleni lwepuleti lensimbi elinemibala, uphahla oluhlanganisiwe lwe-BIPV lwe-photovoltaic lungaklanywa ukumboza yonke indawo yophahla. Yonke i-photovoltaic array inamandla aphezulu, ukukhiqiza amandla aphezulu, kanye nezindleko eziphansi eziphelele.

Uhlobo lwesakhiwo seshabhu kule phrojekthi luhlaka oluqinile lwengosi, nendawo yokwakha engamamitha-skwele angama-50,000. Iwine iZijin Cup yaseSifundazweni saseJiangsu ngo-2011.

Le phrojekthi itholakala engxenyeni esenyakatho yeDolobha laseSambalpur, e-Odisha, e-India, enohlaka lwesakhiwo sensimbi esinezitezi eziningi.