Tahaddun da Kudin Aiki na Turbin Mai Tsabta da Kayan Amsa

Dalilai na Aiki da Turanci na Masu Tashin Transformer

Tsunan Yadda a Kiyaye Masu Tashin

A cikin lokacin da ake yi aiki da transformer, don in taimaka wajen inganta aiki da kyau, ana kiyaye masu tashi. Ya daga baya, ana amfani da kiyayen masu tashi a kan lokacin da yawa don samun masu tashin da ke faruwa. Amma, saboda hanyoyin da suka bi da abubuwan da ake iya bayarwa a wurare, kuma saboda yawan karkashin da ma'adanai a cikin masana'antar da suka bi da abubuwan da suka bi a wurare, za a zama lafiya da masu tashi.

Sisteminkin da ya ba a halin yanzu babu shiga tsari wajen kiyaye masu tashi a wurare, wanda yana haifar da kamfanonin kasa zuwa cimma masu tashin da ke faruwa a wurare. Idan masu tashi ya zama mafi yawa, ba kamfanonin kasa suna iya yi takamakon da za a iya gudanar da masu tashi, wanda yake hada da transformer da ke faruwa a tashin da ke da yawa.

Masu Tashi Mai Tsawo Da Ta Ba Da Kyau

A wasu wurare, mutanen da suka bi da shugaban kiyaye masu tashi suna da matsalolin a cikin kiyaye masu tashi, kuma hanyoyin da suka bi da hanyoyin da suka bi da transformers yana iya haifar da transformers da ke faruwa a tashin da ke da yawa. Ana da wasu hali biyu da suka bi:

• Wata ita ce hanyoyin da suka bi da transformer mai tsawo. Wannan hanyoyin ce take amfani da transformer mai tsawo don kiyaye masu tashi. A cikin wannan hanyoyin, idan transformer mai tsawo ba a iya tabbatar da masu tashi, zai haifar da transformer da ke faruwa a tashin da ke da yawa. Wannan ba ta tabbatar da dalilan da cewa aiki da kyau, amma kuma yana iya haifar da kasashe da al'amuran da suka bi.

• Wata ita ce hanyoyin da suka bi da transformers mai yawa. Ya daga baya, a cikin fanni da suka bi da kiyaye masu tashi, ana amfani da hanyoyin da suka bi da transformers mai yawa don tabbatar da dalilan da cewa aiki da kyau. Amma, wasu kamfanonin kasa, don in taimaka wajen karya masa, suna amfani da transformers mai yawa da suka bi da yawa daidai. Idan wata transformer ne yake faruwa, zai haifar da duk sistemar da suka bi da transformers da ke faruwa a tashin da ke da yawa.

Hanyoyin da suka bi da Zuwarta da Take Faruwa ga Masu Tashi

A cikin lokacin da ake gina da kiyaye transformers, yana bukatar in tattara zuwarta da take faruwa ga masu tashi a gaba biyar don in tabbatar da cewa transformer da ke faruwa zai iya yi aiki da kyau har zuwa lokacin da take faruwa. In tattara zuwarta da take faruwa ga masu tashi yana nuna aiki mai yawa wanda yana bukatar cimma masu tattaunawa da zuwa wurare da kuma yawan adadin mutane. Amma, saboda China an yi aiki a lokutan da ke faruwa, yawan masu tashi a wurare da suka bi da kiyaye masu tashi an yi aiki a lokutan da ke faruwa. Yawan masu tashi da ke faruwa yana nuna wasu dalilan:

• Wata ita ce zuwarta da take faruwa ga abubuwan da suka bi da karkashin da ke da yawa. Saboda yawan daɗi, wasu mutanen suna sauka abubuwan da suka bi da karkashin da ke da yawa, wanda yana da damar da hukumar da suka bi. In tattara da kiyaye masu tashi a gaba biyar kafin da a yi a hukumar da suka bi, zai haifar da transformers da ke faruwa a tashin da ke da yawa.

• Wata ita ce zuwarta da take faruwa ga masu tashi da suka bi da masana'antar. Ya daga baya, wasu transformers da suka bi da kiyaye masu tashi suna kiyaye masana'antar da suka bi. Amma, a zamani, wasu masana'atun da suka bi da kiyaye masu tashi suna faruwar da yawan daɗi, wanda yana haifar da transformers da ke faruwa a tashin da ke da yawa.

Bayanan Don In Inganta Masu Tashin da Transformers da ke faruwa

Kiyaye Transformers da ke faruwa Da Tashin Da Su Duk

Wata dalilai da transformers da ke faruwa da suka bi da tashin da ke da yawa shine masu tashin da ke da yawa. A cikin wannan, yana bukatar in yi aiki da tashin da su duk. Kiyaye masu tashi mai yawa tare da tashin da su duk zai iya haifar da masu tashin da ke da yawa. Idan a kiyaye transformers da tashin da su duk, yana bukatar in duba wasu abubuwan kamar tsari da ke da yankin daidai, tsari da ke da yankin daidai, da kuma tashin da ke da yankin daidai. Kuma, ya kamata cewa yawan daɗin da ke da transformers da tashin da su duk ba a iya zama mafi yawa.

Duk da haka, ba a ya kunshi cewa yawan daɗin da ke da transformer mai yawa ya zama ukufofin da ke da transformer mai tsawo. Misali, idan a kiyaye transformer da 400KVA, a cikin lokacin da yawa, masu tashi yana faruwa a kan 70 - 80%, amma a lokacin da yawan daɗin, zai iya faruwa har zuwa 100%, a cikin wannan, masu tashi yana faruwa a kan 420KW, kuma tashin da ke da yawa ya zama 18%.

A cikin wannan, ana iya gina tashin da su duk da transformer da 315KVA da transformer da 200KVA. Idan tashin da ke da yawa yana da tsawo, ake iya kiyaye wata batu; idan masu tashi yana da yawa, ake iya kiyaye masu batu, wanda yana iya taimaka wajen inganta aiki da kyau a tashin da su duk, da kuma inganta aiki da kyau.

Kiyaye Transformers da ke faruwa Da Tashin Da Su Duk

Wata dalilai da transformers da ke faruwa da suka bi da tashin da ke da yawa shine masu tashin da ke da yawa. Idan a kiyaye transformers da tashin da su duk, yana bukatar in duba wasu abubuwan kamar tsari da ke da yankin daidai, tsari da ke da yankin daidai, da kuma tashin da ke da yankin daidai. Kuma, ya kamata cewa yawan daɗin da ke da transformers da tashin da su duk ba a iya zama mafi yawa.

 Duk da haka, ba a ya kunshi cewa yawan daɗin da ke da transformer mai yawa ya zama ukufofin da ke da transformer mai tsawo. Misali, idan a kiyaye transformer da 400KVA, a cikin lokacin da yawa, masu tashi yana faruwa a kan 70 - 80%, amma a lokacin da yawan daɗin, zai iya faruwa har zuwa 100%, a cikin wannan, masu tashi yana faruwa a kan 420KW, kuma tashin da ke da yawa ya zama 18%.

A cikin wannan, ana iya gina tashin da su duk da transformer da 315KVA da transformer da 200KVA. Idan tashin da ke da yawa yana da tsawo, ake iya kiyaye wata batu; idan masu tashi yana da yawa, ake iya kiyaye masu batu, wanda yana iya taimaka wajen inganta aiki da kyau a tashin da su duk, da kuma inganta aiki da kyau.

Gina Da Tashin Da Su Duk

Gina da tashin da su duk shine hanyoyin da ake amfani da shi don in inganta masu tashin da transformers da ke faruwa. Hanyoyin da suka bi da wannan shine in duba wasu tushen da suka bi da aiki da kyau a wurare da suka bi. Yana bukatar in tattara zuwa yawan daɗin da ke faruwa a lokacin da yawa, shekaru, kisa, da kuma watan, musamman lokacin da yawan daɗin.

 An gina model mai yawa da tsari da ke da yawa, da kuma model mai yawa da tsari da ke da yawa. An gina wasu diagram da suka bi da parametar da ke da transformers da ke faruwa, kuma a nan an gina parametar da ke da yawa. Idan a duba wasu diagram da suka bi, ana iya samun parametar da ke da yawa da kuma parametar da ke da yawa da yawa.

An gina waɗannan parametar da ke da transformers da ke faruwa. Idan a gina parametar da ke da yawa, ake iya gina parametar da ke da yawa, wanda yana iya taimaka wajen inganta aiki da kyau.

A cikin wannan, idan a tattara zuwa yawan daɗin da ke faruwa a wurare da suka bi a kan shekaru 10, a cikin misali, idan yawan daɗin da ke faruwa yana faruwa a kan 2% a kan shekaru 10, ake iya gina daɗin da ke faruwa a kan 2% a kan daɗin da ke faruwa, don in taimaka wajen inganta aiki da kyau.

Amfani Da Transformers Mai Yawa

Don in inganta masu tashin da transformers da ke faruwa, yana bukatar in taimaka wajen amfani da transformers mai yawa. Wannan shine saboda transformers mai yawa suna iya yi aiki da kyau a lokacin da yawa, a cikin lokacin da yawa 6h, 3h, da 1h, a cikin lokacin da yawa 1.5, 1.75, da 2.0. Wannan shine taimakawa don in inganta masu tashin da transformers da ke faruwa. 

Idan a duba wasu tushen, ba a buƙaci cewa, transformers mai yawa suna iya yi aiki da kyau a lokacin da yawa, da kuma abubuwan da suka bi da insulation suna iya taimaka wajen inganta aiki da kyau.

Yana bukatar in taimaka wajen insulation grade. Transformers mai yawa da B, A, da F grade insulation suna da damar da yawa, da kuma yana da damar da yawa a cikin tattalin aiki. Misali, S13 - M(F) - 100/10GZ overload transformer an gina core type da F grade insulation, wanda yana iya taimaka wajen inganta aiki da kyau. 

Idan a kiyaye measurements kamar winding-to-ground insulation resistance, voltage ratio, connection group mark, winding resistance, insulation oil test, external over-voltage withstand test, induced over-voltage withstand test, short-circuit impedance and load loss, no-load current and no-load loss around this model of overload transformer, it can be determined that the S13 - M(F) - 100/10GZ overload transformer meets various specification requirements. 

And through the analysis of load-bearing capacity tests and temperature-rise tests, it can be further proved that this model of overload transformer has performance advantages. Through in-depth analysis, it is not difficult to find that the S13 - M(F) - 100/10GZ overload transformer with F-grade insulation has a lower cost, and it can generally meet the same load requirements as conventional distribution transformers.

Compared with the S13 - M(A) - 100/10GZ overload transformer, the rated capacity and external dimensions of the S13 - M(F) - 100/10GZ overload transformer are more similar to those of conventional distribution transformer products. The F-grade insulation has high anti-aging ability and heat-resistance temperature, which also makes the S13 - M(F) - 100/10GZ overload transformer have significant advantages in terms of high-temperature stability, mechanical properties, anti-aging properties, and the rising speed of the breakdown voltage during AC flashover. Thus, the service life of the distribution transformer is well guaranteed.