I-Stranded-tube yeFayibha ye-Optical Composite ePhakamileyo ngocingo oluGround

I-Orientalfiber Stranded-tube ye-Oriental Fiber Composite Overhead Ground Wire (i-OPGW) yintambo yomxube we-multifunctional overhead evela kwi-Orientalfiber, umenzi othembekileyo wase-China kunye nomthengisi. Le OPGW idibanisa iifibers optical ngaphakathi kwesakhiwo se-stranded-tube, isebenza zombini njengocingo olungaphezulu komhlaba kunye nomthamo ophezulu wonxibelelwano optical medium. Yenzelwe ukuqinisekisa ukuhanjiswa kwedatha okuzinzile, ukusebenza komatshini olomeleleyo, kunye nokuqina kwexesha elide kwiindawo zokubeka ngaphezulu. Imveliso ifanelekile kwiigridi zamandla, oololiwe, kunye nezinye iiprojekthi zeziseko ezingundoqo apho ukhuseleko lombane oludibeneyo kunye nokuthembeka konxibelelwano kubalulekile.

Thumela uMbuzo

Ingcaciso yeMveliso

Kulwakhiwo lwegridi yamandla yanamhlanje, imfuno yokuhanjiswa kwe-voltage ephezulu ngaxeshanye kunye ne-high-speed data backhaul ayizange ibe phezulu.Ifayibha yaseMpumainikeza ezizodwaItyhubhu ene-Stranded-Optical Fiber Composite Overhead Composite yocingo olujikelezayo (OPGW), intambo engumxube ephucukileyo eyenzelwe ukuvala iingcingo zekhaka eliqhelekileyo. Ngokudibanisa iifibers ze-optical ngaphakathi kwesakhiwo sesinyithi esixineneyo, i-OPGW yethu ibonelela ngesisombululo esisebenza kabini: ukubonelela ngokhuseleko lombane oluthembekileyo kwimigca yombane ophezulu ngelixa usebenza njengomqolo wonxibelelwano kunye negridi ye-automation.

Inkcazo yeMveliso: Iziseko ezingundoqo ezinendima ezibini

II-Stranded-tube yeFayibha ye-Optical Composite ePhakamileyo ngocingo oluGroundyintambo engaphezulu eyenza imisebenzi yocingo oluqhelekileyo lomhlaba (ukukhusela umgca wokuhambisa umbane ekubetheni kombane kunye neengqungquthela ezimfutshane) ngelixa izindlu ze-optical fibers transmission data. Olu yilo lunemitya luvumela ukubalwa kwefayibha ephezulu kunye nokuqina okukhulu, oko kuyenza ibe lolona khetho lukhethwayo kulwakhiwo lomnatha womqolo kwicandelo losetyenziso lwamandla.

Ixabiso eliCwangcisiweyo lokuThengwa kweeMpahla nobuNjineli

UkukhethaIfayibha yaseMpumanjengoko iqabane lakho lobonelelo liqinisekisa ukuba isiseko sakho siyahlangabezana neemfuno ezingqongqo zembonakalo yamandla ka-2026. Iinzuzo eziphambili zokuthengwa kwempahla ziquka:

Uxinaniso lweFayibha ephezulu:Uyilo lwethu lwetyhubhu ene-stranded luthatha iifiber ezininzi ngakumbi kuneenguqulelo zetyhubhu esembindini, ezixhasa ukwandiswa kobungqina bexesha elizayo be-5G kunye ne-smart grid IoT.
Isakhono soMjikelezo oMfutshane oLundisiweyo:Yenzelwe ukujongana nemisinga ephezulu yempazamo ngaphandle kokuphazamisa ingqibelelo yeentsinga zamehlo ngaphakathi.
Iindleko eziNcitshisiweyo zoMjikelo woBomi:Ngobomi benkonzo obuhambelana nomgca wothumelo ngokwawo, iI-Stranded-tube yeFayibha ye-Optical Composite ePhakamileyo ngocingo oluGroundkunciphisa imfuno yokugcinwa rhoqo okanye ukuphuculwa.
ULungiselelo lweHlabathi kunye nesikali:Ngemveliso yonyaka yezigidi ezingama-20 zeedola, sibonelela ngesikali sokwenziwa kwemveliso esiyimfuneko ukuxhasa i-500KV kunye ne-750KV yeeprojekthi zeziseko ezingundoqo ezikumgangatho wesizwe.

Iimpawu zobuGcisa kunye neeNzuzo zokuSebenza

IIfayibha yaseMpumaI-OPGW yenziwe ngokuchanekileyo ukuqinisekisa ukuba iyakhula kwezona ndawo ziguquguqukayo zangaphandle:

Ukuzinza koomatshini:Ulawulo lwenkqubo oluchanekileyo luqinisekisa ukuba iifiber zihlala zingenaxinzelelo naphantsi komoya onzima, ukulayishwa komkhenkce, okanye imikhosi yofakelo oluphezulu.
Ukhuseleko lobushushu:Iityhubhu ezixinyiweyo zizaliswe ngamacandelo akhethekileyo akhusela iifibers kubushushu obugqithisileyo obuveliswa ngexesha leziganeko ezimfutshane kumgca wamandla.
Ukuxhathisa ukonakala:Ukusebenzisa i-Aluminium-Clad Steel (ACS) kunye neengcingo ze-Aluminium Alloy, ikhebula lixhathisa kakhulu ukuthotywa kokusingqongileyo kwiindawo ezinxweme okanye zoshishino.
Ukhetho olukhulu lweDayimitha:Ilungiselelwe ngokuthe ngqo ukuhambelana neemfuno zomatshini weenkqubo ezintsha zokuhanjiswa kwe-voltage ephezulu (110KV ukuya kwi-750KV).

IiNkcazo eziNgcaciso kunye neeParamitha zoYilo

Ubume bobugcisa beI-Stranded-tube yeFayibha ye-Optical Composite ePhakamileyo ngocingo oluGroundinokwenziwa ngokwezifiso ngokusekwe kubude obuthile kunye neemfuno zombane zeprojekthi:

Uphawu	Inkcazo esemgangathweni	Inzuzo yokusebenza
IBanga lombane	110KV, 220KV, 500KV, 750KV	Iigridi zengingqi nezesizwe.
Ukubalwa kweFayibha	Ukuya kuthi ga kwi-144 Fibers (okanye ngaphezulu xa uceliwe)	Ixhasa ukuhanjiswa kwedatha enkulu.
Ukuqulunqwa kwezinto	I-ACS (i-Aluminiyam Clad Steel) + AA (iAluminiyam ingxubevange)	Umlinganiselo ophezulu wamandla ukuya kubunzima.
Ukuthotyelwa kweMigangatho	IEEE 1138, IEC 60794-4	Iqinisekisa ukusebenzisana kwehlabathi kunye nokhuseleko.

Usetyenziso olungundoqo: Ukuxhobisa i-Smart Grid

II-Stranded-tube yeFayibha ye-Optical Composite ePhakamileyo ngocingo oluGroundukusukaIfayibha yaseMpumalicandelo elibalulekileyo kumacandelo amaninzi abalulekileyo:

Ugqithiso lweVoltage ephezulu:Iingcingo eziphantsi komhlaba ezisanda kwakhiwa iintambo ze-220KV kunye ne-500KV, ezinikezela ngokukhusela umbane kunye nokumisa.
Unxibelelwano loNxibelelwano lwaMandla:Ukubekwa kweliso kwexesha lokwenyani kwizikhululo zoguqulo, ukulinganisa okude, kunye nokuhanjiswa kokhuseleko.
I-I-Broadband Backhaul:Ukuqeshisa umthamo wefayibha ogqithisileyo kubasebenzi bonxibelelwano ngothutho lwedatha yasemaphandleni okanye ekude.
Ulawulo lwe-Smart Grid:Ukuququzelela unxibelelwano lwe-latency ephantsi efunekayo ukuze kubonwe iimpazamo ezizenzekelayo kunye nokuziphilisa kwegridi.

Iimpawu

● Ulawulo lwenkqubo oluchanekileyo ukuqinisekisa ukusebenza kakuhle koomatshini kunye nobushushu

● Idayimitha enkulu kunye neefiber ezibonakalayo

● Isakhiwo esizinzileyo kunye nokuthembeka okuphezulu

● Amandla aphezulu obunzima kunye nomthamo omkhulu wexesha elifutshane

Iimpawu zeFayibha ye-Optical

	Ukuthotywa				Ububanzi		Ipolarization Ukusasazwa kweNdlela
	@850nm	@1300nm	@1310nm	@1550nm	@850nm	@1300nm	Umntu ngamnye Ifayibha	Yila Ixabiso Lonxulumaniso (M=20, Q=0.01%)
G652D	—	—	≤0.35dB/km	≤0.21dB/km	—	—	≤0.20ps/ km	≤0.1ps/ km
G655	—	—	—	≤0.22dB/km	—	—	≤0.20ps/ km	≤0.1ps/ km
50/125μm	≤3.0dB/km	≤1.0dB/km	—	—	≥600MHz.km	≥1200MHz.km	—	—
62.5/125μm	≤3.5dB/km	≤1.0dB/km	—	—	≥200MHz.km	≥600MHz.km	—	—

Ulwakhiwo kunye nokusebenza

	Ulwahlulo	Izinto eziphathekayo	Ixabiso
Ukwakhiwa	IFayibha yokubona	G652D/G655 njl.	2 - 144
	Umbhobho woKhuseleko	ityhubhu yensimbi engenasici	1.5 - 6mm
	Umgca oQithiweyo	NJENGOKO ucingo/ucingo lweAA/Al Rod	1.5 - 6mm
	Max. Ububanzi		30mm
	Max. Indawo yokudlula		500mm²
Uphawu	Ngokwemigangatho njenge-DL/T 832, IEC60794-4-10, IEEE1138
	Max. Amandla Okuqina (RTS ) (kN)		700
	Max. Amandla okutyumza (N/100mm)		3000
	Max. Umthamo Wangoku oMfutshane (40℃ukuya ku-200℃)(kA2s)		2000
	Min. Ukugoba iRadius (Dynamic)		20D
	Min. Irediyasi egobelayo (iStatic)		15D
Okusingqongileyo Ukusebenza	Ukuhlohla (℃)		-10 ukuya +50
	Ezothutho kunye nokusebenza (℃)		-40 ukuba +65

Qaphela: D yidayamitha yentambo.

Uhlobo oluthile kunye neDatha yoBugcisa

Hayi.	Idatha yoBugcisa
Hayi.	Uhlobo lweMveliso	Uhlobo lweSakhiwo	Max. Ifayibha Bala	Icandelo le-AS ngocingo (mm2)	Ububanzi (mm)	Ubunzima beCable (kg/km)	Amandla okuqina komgangatho (kN)	20℃DC Ukuchasa (Ω/km)	Ixesha elifutshane Umthamo wangoku (40-200℃kA2.s)
1	OPGW-48B1.3-90- [112;45]	1/2.6/20AS＋4/2.5/20AS＋ 11/2.8/20AS, iYunithi ye-Optical 2/2.5	48	≈90	13.2	≤641	≥112	≤0.98	≥45
2	OPGW-48B1.3-90- [57;67]	1/2.6/40AS＋4/2.5/40AS＋ 11/2.8/40AS, iYunithi yokubona 2/2.5	48	≈90	13.2	≤457	≥57	≤0.52	≥67
3	OPGW-24B1.3-100-[118;50]	1/2.6/20AS＋5/2.5/20AS＋ 11/2.8/20AS, iYunithi ye-Optical 1/2.5	24	≈100	13.2	≤674	≥118	≤0.93	≥50
4	OPGW-24B1.3-100-[60;74]	1/2.6/40AS＋5/2.5/40AS＋ 11/2.8/40AS, iYunithi ye-Optical 1/2.5	24	≈100	13.2	≤479	≥60	≤0.49	≥74
5	OPGW-24B1.3-110-[133;63]	1/2.6/20AS＋5/2.5/20AS＋ 10/3.2/20AS, iYunithi ye-Optical 1/2.5	24	≈110	14	≤760	≥133	≤0.83	≥63
6	OPGW-24B1.3-110-[140;68]	1/2.8/20AS＋5/2.7/20AS＋ 11/3.05/20AS, iYunithi yokubona 1/2.6	24	≈110	14.3	≤791	≥140	≤0.80	≥68
7	OPGW-24B1.3-110-[67;95]	1/2.9/20AS＋5/2.8/20AS＋ 12/2.8/AA , Iyunithi ye-Optical 1/2.7	24	≈37 ≈74(AA)	14.1	≤473	≥67	≤0.40	≥95
8	OPGW-36B1.3-120-[145;73]	1/3.0/20AS＋5/2.9/20AS＋ 12/2.9/20AS, iYunithi yokubona 1/2.8	36	≈120	14.6	≤820	≥145	≤0.77	≥73
9	OPGW-36B1.3-120-[95;98]	1/3.0/30AS＋5/2.9/30AS＋ 12/2.9/30AS, iYunithi yokubona 1/2.8	36	≈120	14.6	≤700	≥95	≤0.55	≥98
10	OPGW-36B1.3-120-[74;110]	1/3.0/40AS＋5/2.9/40AS＋ 12/2.9/40AS, iYunithi yokubona 1/2.8	36	≈120	14.6	≤582	≥74	≤0.42	≥110
11	OPGW-72B1.3-120-[147;76]	1/3.2/20AS＋4/3.0/20AS＋ 12/3.0/20AS, iYunithi yokubona 2/2.9	72	≈120	15.2	≤832	≥147	≤0.76	≥76
12	OPGW-72B1.3-120-2[96;101]	1/3.2/30AS＋4/3.0/30AS＋ 12/3.0/30AS, iYunithi yokubona 2/2.9	72	≈120	15.2	≤711	≥96	≤0.53	≥101
13	OPGW-72B1.3-120-[74;114]	1/3.2/40AS＋4/3.0/40AS＋ 12/3.0/40AS, iYunithi yokubona 2/2.9	72	≈120	15.2	≤591	≥74	≤0.40	≥114
14	OPGW-36B1.3-130-[155;85]	1/3.2/20AS＋5/3.0/20AS＋ 12/3.0/20AS, iYunithi yokubona 1/2.9	36	≈130	15.2	≤879	≥155	≤0.72	≥85
15	OPGW-36B1.3-130-[102;114]	1/3.2/30AS＋5/3.0/30AS＋ 12/3.0/30AS, iYunithi yokubona 1/2.9	36	≈130	15.2	≤751	≥102	≤0.50	≥114
16	OPGW-36B1.3-130-[79;137]	1/3.2/40AS＋5/3.0/40AS＋ 12/3.0/40AS, iYunithi yokubona 1/2.9	36	≈130	15.2	≤624	≥79	≤0.40	≥137
17	OPGW-36B1.3-140-[175;100]	1/3.3/20AS＋5/3.2/20AS＋ 12/3.2/20AS, iYunithi yokubona 1/3.1	36	≈140	16.1	≤995	≥175	≤0.65	≥100
18	OPGW-36B1.3-140-[115;140]	1/3.3/30AS＋5/3.2/30AS＋ 12/3.2/30AS, iYunithi yokubona 1/3.1	36	≈140	16.1	≤850	≥115	≤0.45	≥140
19	OPGW-36B1.3-145-[86;170]	1/3.3/20AS＋5/3.2/20AS＋ 12/3.2/AA, iYunithi ye-Optical 1/3.1	36	≈49 ≈96(AA)	16.1	≤611	≥86	≤0.31	≥170
20	OPGW-48B1.3-150-[182;123]	1/3.4/20AS＋5/3.3/20AS＋ 12/3.3/20AS, iYunithi yokubona 1/3.2	48	≈150	16.6	≤1055	≥182	≤0.60	≥123
21	OPGW-48B1.3-150-[122;165]	1/3.4/30AS＋5/3.3/30AS＋ 12/3.3/30AS, iYunithi yokubona 1/3.2	48	≈150	16.6	≤901	≥122	≤0.42	≥165
22	OPGW-48B1.3-150-[95;195]	1/3.4/40AS＋5/3.3/40AS＋ 12/3.3/40AS, iYunithi yokubona 1/3.2	48	≈150	16.6	≤747	≥95	≤0.33	≥195
23	OPGW-72B1.3-150-[172;110]	1/3.4/20AS＋4/3.3/20AS＋ 12/3.3/20AS, iYunithi yokubona 2/3.2	72	≈150	16.6	≤998	≥172	≤0.64	≥110
24	OPGW-72B1.3-150-[116;147]	1/3.4/30AS＋4/3.3/30AS＋ 12/3.3/30AS, Iyunithi ye-Optical 2/3.2	72	≈150	16.6	≤853	≥116	≤0.45	≥147
25	OPGW-48B1.3-170-[198;150]	1/3.6/20AS＋5/3.5/20AS＋ 12/3.5/20AS, iYunithi ye-Optical 1/3.4	48	≈170	17.6	≤1190	≥198	≤0.54	≥150
26	OPGW-72B1.3-170-[199;156]	1/3.8/20AS＋4/3.6/20AS＋ 12/3.6/20AS, iYunithi ye-Optical 2/3.5	72	≈170	18.2	≤1187	≥199	≤0.54	≥156
27	OPGW-48B1.3-180-[252;125]	1/3.8/14AS＋5/3.6/14AS＋ 12/3.6/14AS, iYunithi yokubona 1/3.5	48	≈180	18.2	≤1372	≥252	≤0.72	≥125
28	OPGW-48B1.3-180-[211;175]	1/3.8/20AS＋5/3.6/20AS＋ 12/3.6/20AS, Iyunithi ye-Optical 1/3.5	48	≈180	18.2	≤1255	≥211	≤0.50	≥175
29	OPGW-48B1.3-180-[147;234]	1/3.8/30AS＋5/3.6/30AS＋ 12/3.6/30AS, Iyunithi ye-Optical 1/3.5	48	≈180	18.2	≤1071	≥147	≤0.35	≥234
30	OPGW-48B1.3-180-[113,262]	1/3.8/40AS＋5/3.6/40AS＋ 12/3.6/40AS, Iyunithi ye-Optical 1/3.5	48	≈180	18.2	≤888	≥113	≤0.28	≥262
31	OPGW-48B1.3-235-[268;243.4]	1/2.7/20AS＋4/2.5/20AS＋ 12/2.5/20AS+13/3.8/20AS, Iyunithi yokubona 1/3.5	48	≈235	20.3	≤1594	≥268	≤0.38	≥243.4

Iimpawu zoVavanyo loomatshini kunye nokusiNgqongileyo

Into	Uvavanyo Indlela	Iimfuno
Uxinzelelo	I-IEC 60794-1-2-E1 Layisha: ngokwesakhiwo sentambo Isampulu ubude: akukho ngaphantsi kwe-10m, ubude obudityanisiweyo bungabi ngaphantsi kwe-100m Ubude bexesha ixesha: 1min	40%RTS akukho xinzelelo olongezelelweyo lwefayibha (0.01%), akukho kongezwa ukuthomalalisa (0.03dB). 60%RTS uhlobo lwefibre≤0.25%, olongezelelweyo ukuthomalalisa≤0.05dB (No ukongezwa okongeziweyo emva kovavanyo).
Ukutyumza	I-IEC 60794-1-2-E3 Layisha: ngokwetheyibhile engentla, amanqaku amathathu Ubude bexesha ixesha: 10min	Ezongezelelweyo i-attenuation kwi-1550nm ≤0.05dB / i-fibre; Akukho monakalo kwizinto
Amanzi Ukungena	I-IEC 60794-1-2-F5B Ixesha : 1 iyure Ubude besampula: 0.5m Amanzi ubude: 1m	Hayi ukuvuza kwamanzi.
Ubushushu Ukukhwela ibhayisekile	I-IEC 60794-1-2-F1 Isampulu ubude: Akukho ngaphantsi kwe-500m Ubushushu uluhlu: -40℃ukuya +65℃ Imijikelo: 2 Ubushushu ixesha lokuhlala uvavanyo lokuhamba ngebhayisikile: 12h	I Utshintsho kwi-attenuation coef iyakuba ngaphantsi 0.1dB/km kwi-1550nm.

Imibuzo Ebuzwa Rhoqo (FAQ)

Kutheni i-OPGW ye-stranded-tube ingcono kwimigca yombane ophezulu?

Uyilo lwetyhubhu ene-stranded luvumela i-cable diameter enkulu kunye nezibalo eziphezulu zefayibha. Ikwasasaza uxinzelelo lomatshini ngokulinganayo ngakumbi kwintambo, ebaluleke kakhulu kwiindlela zokunqumla ezinde ezisetyenziswa kwimigca ye-500KV kunye ne-750KV.

Ingaba iOrientalfiber iqinisekisa njani umgangatho we-OPGW?

Sisebenza phantsi kwe-ISO9001 yolawulo lomgangatho kunye neenkqubo zokhuseleko ze-ISO45001. Yonke ibhetshi ye-Stranded-tube ye-Optical Fiber Composite Overhead Ground Wire ivavanywa ngamandla okuqina, ukuxhathisa, kunye nokusebenza kwesekethe emfutshane ngaphambi kokuthunyelwa.

Ngaba le ntambo ingasetyenziswa kwimigca ekhoyo?

Ngelixa isetyenziswa rhoqo kwimigca "esanda kwakhiwa", i-OPGW ihlala isetyenziselwa ukutshintsha iingcingo zomhlaba ezikhoyo ngexesha leeprojekthi zokuphucula igridi ukongeza amandla onxibelelwano kwiindlela ezindala.

Iithegi ezishushu: I-Stranded-tube yeFayibha ye-Optical Composite ePhakamileyo ngocingo oluGround

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