Karakaraka da Yawan Karkashin Aiki da Kudaden Zama na Konsa a Tsakiyar Yawan Lafiya

Tattalin Kudurwa da Karamin Zama na Capacitors mai Kirkiro a Tsakanin Yau da Yau

A lokacin da zabe masu karkashin kirkiro ta ci gaba da ma'ana mai karfi, yadda ake yi aiki a wurare da abubuwan kirkiro ta shafi. An samun hawa mai karfi wajen yin abin da za su iya bayarwa a cikin zabe masu karkashin kirkiro. Waɗannan suna cikin abubuwan muhimmanci a cikin zabe masu karkashin kirkiro da tattalin kasa, kuma kudurwar da ya faru a cikin capacitors mai kirkiro ya ba da darasi ga kyakkyawan tattalin kasa da kusa. A tsakanin yau da yau, an yi tafiyar abubuwan da ake amfani da su a cikin capacitors mai kirkiro, wanda ya haifar da kudurwar da ya faru a cikin tattalin kimiyya, tsari mai kurci, da kuma lafiyar jiki.

1. Bincike a Tattalin Kudurwa da Karamin Zama
1.1 Tashar Amfani

An zaba capacitors mai kirkiro da tattali 10 kV da tsarin 100 kvar don bayyana, wadanda suka dace da tushen GB/T 11024.1—2019, Shunt capacitors for a.c. power systems with a rated voltage above 1000 V – Part 1: General. Tashar amfani an samu OMICRON CP TD1 capacitance tester da ME632 dielectric loss analyzer, a kan tsari an yi kontrololin ta da KSP-015 high-temperature aging chamber. An sa ranar 70 °C, 85 °C, da 100 °C, da kuma an samu miliyan 5 zuwa baki daya. Tashar amfani ta shirya IEC 60871-2, wanda ake amfani da tattalin da aka sanya waɗanda suka haifar da al'amuran aiki.

1.2 Hanyoyin Kudurwar da Tanδ

A tsakanin yau da yau, tanδ (dielectric loss) ta faru da darasi mai karfi. A 70 °C, tanδ ta faru kadan-kadan, amma ta kasance a cikin iyaka, wanda ya nuna ingantaccen kima. A 85 °C, darasinta ta faru da sarrafa, wanda batun da aka rubuta ta shafi; wasu miliyan suka haifar da iyakan a lokacin daɓƙi. A 100 °C, tanδ ta faru da sarrafa, wanda ya nuna halayen tafiyar jiki.

1.3 Hanyoyin Kudurwar da Tsari

Tsari ta faru da darasi mai karfi, wanda ta shafi tsari. A tsari mai kudi, kudurwanta ta kasance a cikin iyaka, wanda ya nuna ingantaccen kima. A tsari mai yawa, tsari ta faru da sarrafa, wanda ta haifar da iyaka. A tsari mai yawa, tsari ta faru da sarrafa, wanda ta haifar da iyaka, wanda ya nuna tafiyar jiki.

2. Tashar Modelin Karamin Zama
2.1 Binciken Bayanan Kudurwa

A nan an yi bincike a matsayin hanyoyin kudurwa a kan tsari, wanda an yi amfani da ita don bayyana dalilai. An yi modelin kudurwa da kuma an yi amfani da ita don bayyana dalilai. An yi amfani da Arrhenius equation don bayyana hanyoyin kudurwa, wanda an yi amfani da ita don bayyana dalilai. Amfani da Arrhenius equation ta ba da hanyoyin kudurwa, wanda an yi amfani da ita don bayyana dalilai.

2.2 Amfani da Modelin Arrhenius

Kamar yadda aka nuna a Figure 1, bayanan amfani suka haifar da halayen tashar log-lifetime vs. inverse temperature (1/T), wanda ta nuna halayen tashar. Batun da aka rubuta ta shafi ya nuna E_a (a kJ/mol), wanda ta nuna barazan tafiyar jiki, kuma ta haifar da tushen tarihi. Halayen tashar ta nuna yadda bayanan amfani suka haifar da modelin Arrhenius. A nan an yi amfani da 95% confidence interval don bayyana halayen tashar. Bayanan amfani ta nuna yadda hanyoyin kudurwa ta faru da darasi mai karfi a kan tsari. Da kuma an yi amfani da bayanan amfani, an yi modelin tashar da ya nuna yadda tsari ya haifar da karamin zama.

2.3 Amfani da Karamin Zama
Karamin zama ta shafi amfani da tushen cumulative damage, wanda ta shafi amfani da tushen cumulative damage. Amfani da tushen cumulative damage ta shafi amfani da tushen cumulative damage. An yi amfani da tushen cumulative damage, wanda ta shafi amfani da tushen cumulative damage. An yi amfani da tushen cumulative damage, wanda ta shafi amfani da tushen cumulative damage. An yi amfani da tushen cumulative damage, wanda ta shafi amfani da tushen cumulative damage.

3. Amfani da Tabbataccen Bincike
3.1 Binciken Ingantaccen Karamin Zama

An yi amfani da modelin karamin zama a nan, wanda an yi amfani da ita don bayyana halayen tashar. An zaba miliyan da suka samu karamin zama da kuma an yi amfani da ita don bayyana halayen tashar. Kamar yadda aka nuna a Table 1, sabon shekaru 5, halayen tashar ta shafi 4.8 shekara, wanda an yi amfani da 5.2 shekara, wanda ta haifar da 7.7%; sabon shekaru 8, halayen tashar ta shafi 7.6 shekara, wanda an yi amfani da 8.3 shekara, wanda ta haifar da 8.4%; sabon shekaru 10, halayen tashar ta shafi 9.5 shekara, wanda an yi amfani da 10.2 shekara, wanda ta haifar da 6.9%. An yi bincike a nan, wanda ta nuna yadda tsari ta haifar da halayen tashar. Idan tsari ya faru da 20 °C, halayen tashar ta faru da 12%. Idan tsari ya faru da 4.2%, halayen tashar ta faru da 4.2%.

3.2 Takardun Amfani a Ingantattun

Kamar yadda aka nuna a Table 2, idan tsari ta kasance a 75 °C, kudurwar da ya faru a cikin zabe masu karkashin kirkiro ta faru da 58%. Idan tsari ta faru da 5 °C, karamin zama ta faru da 18.5%. Idan an yi amfani da tushen ventilation, tsari ta faru da 7.2 °C, wanda ta haifar da 32% a cikin kima. Bayanan tsari ta nuna yadda an yi amfani da tushen intelligent ventilation, tsari ta faru da 11.3 °C da kuma 8.7 °C. An yi amfani da modelin karamin zama a 500 kV substation, wanda an yi amfani da ita don bayyana halayen tashar. An yi amfani da modelin karamin zama, wanda an yi amfani da ita don bayyana halayen tashar, wanda ta haifar da 43% a cikin kima. Bayanan tashar ta nuna yadda an yi amfani da modelin karamin zama, wanda an yi amfani da ita don bayyana halayen tashar, wanda ta haifar da 35% a cikin kima. An yi amfani da modelin karamin zama, wanda an yi amfani da ita don bayyana halayen tashar, wanda ta haifar da 27% a cikin kima da kuma 15% a cikin kima.

4. Tarihi

A nan an yi bincike a tattalin kudurwa da karamin zama, wanda an yi amfani da ita don bayyana halayen tashar. An yi amfani da modelin karamin zama, wanda an yi amfani da ita don bayyana halayen tashar. An yi amfani da modelin karamin zama, wanda an yi amfani da ita don bayyana halayen tashar. An yi amfani da modelin karamin zama, wanda an yi amfani da ita don bayyana halayen tashar. An yi amfani da modelin karamin zama, wanda an yi amfani da ita don bayyana halayen tashar.