{"id":1218,"date":"2026-07-22T05:33:02","date_gmt":"2026-07-22T05:33:02","guid":{"rendered":"https:\/\/lstransformer.com\/does-the-shortened-lifespan-of-reactors-in-high-temperature-environments-dual-optimization-strategy-materials-and-heat-dissipation\/"},"modified":"2026-09-27T01:27:13","modified_gmt":"2026-09-27T01:27:13","slug":"does-the-shortened-lifespan-of-reactors-in-high-temperature-environments-dual-optimization-strategy-materials-and-heat-dissipation","status":"publish","type":"post","link":"https:\/\/www.lstransformer.com\/es\/does-the-shortened-lifespan-of-reactors-in-high-temperature-environments-dual-optimization-strategy-materials-and-heat-dissipation\/","title":{"rendered":"\u00bfLa Acortar la Vida \u00fatil de los Reactores en Ambientes de Alta Temperatura? \u2014Doble Estrategia de Optimizaci\u00f3n: los Materiales y la Disipaci\u00f3n de Calor"},"content":{"rendered":"

\u00bfLa Acortar la Vida \u00fatil de los Reactores en Ambientes de Alta Temperatura?<\/h1>\n

\u2014Doble Estrategia de Optimizaci\u00f3n: los Materiales y la Disipaci\u00f3n de Calor<\/h4>\n

Contra el tel\u00f3n de fondo global para la transici\u00f3n energ\u00e9tica y acelerado de inteligencia industrial, reactores, como componentes cr\u00edticos de los sistemas de energ\u00eda, han visto su fiabilidad y la vida \u00fatil convertido en un creciente inter\u00e9s por los fabricantes de equipos, operadores de red, y los usuarios industriales. Ambientes de alta temperatura son ampliamente reconocido como un gran acelerador de potencia de los equipos de envejecimiento, haciendo de contramedidas eficaces contra la temperatura inducida por la vida \u00fatil de la degradaci\u00f3n de un n\u00facleo desaf\u00edo para la industria. En este art\u00edculo se profundiza en los mecanismos de la alta temperatura de los impactos basados en est\u00e1ndares internacionales y pr\u00e1cticas de la ingenier\u00eda, proponiendo una doble estrategia de optimizaci\u00f3n centr\u00e1ndose en los materiales y la disipaci\u00f3n de calor.<\/p>\n

Contenido<\/b><\/h2>\n

1. C\u00f3mo las Altas Temperaturas “Burn” Reactor de Vida: Una Advertencia de la Ecuaci\u00f3n de Arrhenius<\/em><\/h3>\n

La vida \u00fatil de un reactor depende de la durabilidad de su parte org\u00e1nica de los materiales aislantes (por ejemplo, la resina de epoxy, Nomex\u00ae de papel, impregnadas de resina). Las altas temperaturas gatillo de la cadena molecular de la rotura, la oxidaci\u00f3n acelerada, y la intensificaci\u00f3n de las descargas parciales, significativamente acelerar irreversible de envejecimiento.<\/p>\n

(1) N\u00facleo de la ecuaci\u00f3n para la cuantificaci\u00f3n de las tasas de envejecimiento: La Ecuaci\u00f3n de Arrhenius<\/strong><\/h6>\n

La relaci\u00f3n entre la vida \u00fatil (L) y la temperatura absoluta (T) se expresa como:<\/p>\n

L = A * exp(Ea \/ (k * T))<\/b><\/p>\n

L: vida \u00fatil prevista<\/p>\n

A: Material espec\u00edfico constante
\nEa: energ\u00eda de Activaci\u00f3n para el material de envejecimiento (eV)
\nk: constante de Boltzmann (8.617333262145 \u00d7 10\u207b\u2075 eV\/K)
\nT: temperatura Absoluta (K)<\/p>\n

(2) Intuitiva impacto de la temperatura: 10\u00b0C de la Regla<\/strong><\/h6>\n

De acuerdo a IEEE Std C57.96 y IEC 60076-7, los estudios emp\u00edricos muestran que por cada 6-10\u00b0C el incremento sostenido de la temperatura de operaci\u00f3n, la vida \u00fatil de un sistema de aislamiento se reduce a la mitad. Por ejemplo, un H-clase de aislamiento sistema (dise\u00f1ado para 180\u00b0C) en funcionamiento continuo a 190\u00b0C, pueden ver su vida \u00fatil reduce a s\u00f3lo el 50% de su valor de dise\u00f1o.<\/p>\n\n\n\n\n\n\n\n\n
Clase De Aislamiento<\/b><\/td>\nNominal De Temperatura (\u2103)<\/b><\/td>\nHotspot L\u00edmite (\u2103)<\/b><\/td>\nLa Vida \u00datil De Referencia<\/b><\/td>\nTemp \u00cdndice de TI (\u2103)<\/b><\/td>\n<\/tr>\n<\/thead>\n
B (130)<\/td>\n130<\/td>\n140<\/td>\n~20 a\u00f1os<\/td>\n\u2265130 (\u226520.000 horas)<\/td>\n<\/tr>\n
F (155)<\/td>\n155<\/td>\n175<\/td>\n~20 a\u00f1os<\/td>\n\u2265155 (\u226520.000 horas)<\/td>\n<\/tr>\n
H (180)<\/td>\n180<\/td>\n195<\/td>\n~20 a\u00f1os<\/td>\n\u2265180 (\u226520.000 horas)<\/td>\n<\/tr>\n
C (>180)<\/td>\n>180<\/td>\n>195<\/td>\nMaterial dependiente de la<\/td>\n\u2265200 (\u226520.000 horas)<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n
Tabla 1: Material de Aislamiento de Clases y a la Temperatura Vida \u00fatil de las Relaciones<\/i>
\n(Seg\u00fan la norma IEC 60085, IEEE Std C57.12.00)<\/i><\/div>\n

\n\"4\"<\/a><\/h3>\n

2. Optimizaci\u00f3n De Materiales: De Construcci\u00f3n De Alta Temperatura Resistente A La “Genes”<\/em><\/h3>\n

La alta temperatura de la resistencia de los reactores depende fundamentalmente de la estabilidad molecular de sus materiales aislantes. Tradicional de materiales org\u00e1nicos (por ejemplo, Clase a\/B de aislamiento) son propensos a la cadena molecular de la rotura, oxidativo grietas, y las descargas parciales bajo sostenido de las altas temperaturas, que conduce a la irreversible degradaci\u00f3n del aislamiento. La moderna ciencia de los materiales ha roto a trav\u00e9s t\u00e9rmica l\u00edmites a trav\u00e9s de tres enfoques fundamentales, permitiendo a los reactores para lograr extendida duraci\u00f3n de la vida, incluso en entornos extremos.<\/p>\n

2.1 Actualizar a Alta Temperatura de Materiales de Aislamiento de los Sistemas de<\/strong><\/h4>\n
2.1.1 Selecci\u00f3n Del Material De La<\/strong><\/h5>\n
(1)(pel\u00edcula de Poliimida (Kapton\u00ae):temperatura de transici\u00f3n v\u00edtrea (Tg) >360\u00b0C, t\u00e9rmica temperatura de descomposici\u00f3n >500\u00b0C, con anillos arom\u00e1ticos y imida los bonos de la prestaci\u00f3n de ultra-alta estabilidad.<\/strong><\/h6>\n
(2)Nomex\u00ae de aramida de papel:a Largo plazo la resistencia al calor de hasta 220\u00b0C, con enlace de hidr\u00f3geno redes mantenimiento de la resistencia mec\u00e1nica a altas temperaturas.<\/strong><\/h6>\n
(3) una resina de Silicona de impregnaci\u00f3n:sistemas Operativos rango de -50\u00b0C a +250\u00b0C, con Si-O energ\u00eda de enlace (452 kJ\/mol) que excede en mucho los C-C de los bonos (346 kJ\/mol).<\/strong><\/h6>\n
2.1.2 <\/strong>Modo De Falla En Comparaci\u00f3n<\/strong><\/h5>\n
(1)Tradicional de la resina de epoxy:Sufre “t\u00e9rmica de la degradaci\u00f3n oxidativa” por encima de 180\u00b0C, con molecular aleatorio que se rompa la cadena provocando un fuerte aumento en el factor de p\u00e9rdida diel\u00e9ctrica (tan\u03b4).<\/strong><\/h6>\n
(2)Modificaci\u00f3n de epoxi\/organosilicon materiales h\u00edbridos:Incorpora siloxano segmentos de forma Si-O-Si reticulado redes a altas temperaturas, el retraso de la degradaci\u00f3n.<\/strong><\/h6>\n
2.1.3 <\/strong>Ingenier\u00eda De Validaci\u00f3n De Datos<\/strong><\/h5>\n

IEEE 117 de la prueba (envejecimiento acelerado): H-clase epoxi modificadas mostr\u00f3 que s\u00f3lo un 12% de ca\u00edda en el voltaje de ruptura despu\u00e9s de 10.000 horas a 200\u00b0C, versus >40% para los materiales tradicionales.<\/p>\n

2.2 Nanocompuestos: Sin\u00e9rgica de Mejora de la Conductividad T\u00e9rmica y Propiedades Diel\u00e9ctricas<\/strong><\/h4>\n\n\n\n\n\n\n\n
Tipo De Aporte<\/td>\nConductividad t\u00e9rmica (W\/mK)<\/td>\nLa Constante diel\u00e9ctrica (\u03b5)<\/td>\n\u00d3ptima Relaci\u00f3n De Dopaje<\/td>\nEl Papel Primario De La<\/td>\n<\/tr>\n<\/thead>\n
Al\u2082O\u2083<\/td>\n30-40<\/td>\n9-10<\/td>\n3-5% en peso<\/td>\nAumenta la conductividad t\u00e9rmica, suprime la separaci\u00f3n el\u00e9ctrica<\/td>\n<\/tr>\n
BN<\/td>\n300-400<\/td>\n4-5<\/td>\n1-3% en peso<\/td>\nAnisotr\u00f3pico de la disipaci\u00f3n de calor, reduce la p\u00e9rdida diel\u00e9ctrica<\/td>\n<\/tr>\n
SiC<\/td>\n120-150<\/td>\n6-7<\/td>\n2-4% en peso<\/td>\nCampo de la homogeneizaci\u00f3n, minimiza las descargas parciales<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n
2.2.1 Mecanismo de<\/strong><\/h5>\n
(1)T\u00e9rmica ruta de optimizaci\u00f3n:Nanopart\u00edculas de forma “t\u00e9rmica de percolaci\u00f3n redes” en la matriz, aumentando compuesto conductividad t\u00e9rmica de 0.2 W\/mK a 0,6-1,2 W\/mK (3-6x mejora).<\/strong><\/h6>\n
(2)El\u00e9ctrica separaci\u00f3n de supresi\u00f3n:Nanopart\u00edculas act\u00faan como “la trampa de los centros de” a la captura de electrones de alta energ\u00eda, retrasar la degradaci\u00f3n del aislamiento (experimentos muestran 20-30% m\u00e1s de descargas parciales creaci\u00f3n de voltaje, PDIV).<\/strong><\/h6>\n
2.2.2 Fabricaci\u00f3n De Llaves<\/strong><\/h5>\n
(1)la tecnolog\u00eda de Dispersi\u00f3n:el tratamiento de Ultrasonidos + agente de acoplamiento de silano modificaci\u00f3n para evitar la aglomeraci\u00f3n de las nanopart\u00edculas (aglomerados >100nm causar distorsi\u00f3n de campo).<\/strong><\/h6>\n
(2)proceso de Curado:Gradiente de temperatura de curado (por ejemplo, 80\u00b0C\u2192120\u00b0C\u2192160\u00b0C) asegura la uniformidad de relleno de distribuci\u00f3n.<\/strong><\/h6>\n

2.3 Presi\u00f3n de Vac\u00edo de Impregnaci\u00f3n (VPI) y Encapsulaci\u00f3n de las Innovaciones<\/b><\/h4>\n

Tradicional de la cuesti\u00f3n: los huecos de Aire entre el bobinado capas de provocar un sobrecalentamiento localizado (diferencias de temperatura de 15 a 20\u00b0C), la aceleraci\u00f3n de aislamiento de envejecimiento.<\/p>\n

2.3.1 VPI silicona l\u00edquida tecnolog\u00eda<\/strong><\/h5>\n
(1)Process parameters:Vacuum <1 mbar, pressure 0.5-0.8 MPa, ensuring silicone penetration into micron-scale pores.<\/strong><\/h6>\n
(2)Ventajas:Post-curado, el coeficiente de expansi\u00f3n t\u00e9rmica (CTE) coincide con bobinado de cobre, la prevenci\u00f3n de los ciclos t\u00e9rmicos grietas de tensi\u00f3n.<\/strong><\/h6>\n
2.3.2 Caso de comparaci\u00f3n<\/strong><\/h5>\n
(1)No est\u00e9 impregnado de los reactores: Despu\u00e9s de 1 a\u00f1o a 150\u00b0C, descarga parcial aumentaron los niveles de 5pC a 50pC entre el bobinado capas.<\/strong><\/h6>\n
(2)VPI-treated reactor: Under the same conditions, discharges remained stable at <10pC.<\/strong><\/h6>\n

\"\"<\/a><\/p>\n

3. La Disipaci\u00f3n de calor de Optimizaci\u00f3n: la Construcci\u00f3n de una Eficiente “el Sistema de Enfriamiento”<\/em><\/h3>\n

Un reactor de la disipaci\u00f3n de calor capacidad determina directamente su aumento de temperatura. Guiado por la ley de Stefan-Boltzmann (radiativo de refrigeraci\u00f3n) y la ley de Newton de enfriamiento (enfriamiento convectivo), t\u00e9rmica eficiente gesti\u00f3n se logra a trav\u00e9s del dise\u00f1o estructural, la din\u00e1mica de fluidos de la optimizaci\u00f3n y control inteligente.<\/p>\n

Un Dise\u00f1o de precisi\u00f3n de Enfriamiento por Aire Forzado (FAA\/FAF)<\/p>\n

3.1 Optimizaci\u00f3n De Flujo De Aire<\/strong><\/h4>\n
3.1.1 Conducto de los principios de dise\u00f1o (seg\u00fan IEC 60076-16):<\/strong><\/h5>\n
(1) toma de Entrada de velocidad del aire:4-6 m\/s (demasiado baja, se reduce el intercambio de calor; demasiado alta provoca ruido de turbulencia).<\/strong>
\n(2) Pressure drop:<200 Pa to avoid fan overload.<\/strong><\/h6>\n
3.1.2 CFD caso de simulaci\u00f3n:<\/strong><\/h5>\n

Una optimizaci\u00f3n del deflector de aire flujo de aire mejorado la uniformidad en un 40% y la reducci\u00f3n de hotspot aumento de temperatura de 12\u00b0C en un lugar seco-tipo de reactor.<\/p>\n

3.2 Ventilador De Tama\u00f1o Ecuaci\u00f3n<\/strong><\/h4>\n

Se requiere un flujo de aire:<\/p>\n

Q = (P_loss \u00d7 \u03b7) \/ (\u03c1 \u00d7 Cp \u00d7 DT)<\/b><\/p>\n

P_loss: Total de p\u00e9rdidas (W)
\n\u03b7: la eficiencia de Refrigeraci\u00f3n (normalmente 0.6-0.8)
\n\u03c1: densidad del Aire (1,2 kg\/m3 a 20\u00b0C)
\nCp: calor Espec\u00edfico del aire (1005 J\/kg\u00b7K)
\nT: Permitido el aumento de temperatura (por ejemplo, 25K)<\/p>\n

3.3 Inteligente De Control De Velocidad<\/strong><\/h4>\n
(1)la Temperatura de la curva velocidad:controlado por PWM funcionamiento de los ventiladores a m\u00e1xima velocidad a 40\u00b0C de temperatura ambiente, cayendo a velocidad de 50% a 20\u00b0C.<\/strong>
\n(2)reducci\u00f3n de Ruido:Atr\u00e1s-ventiladores centr\u00edfugos de reducir el ruido por 5-8 dB(a) frente de avance de la curva dise\u00f1os.<\/strong><\/h6>\n

3.4 Avance de las Aplicaciones de Refrigeraci\u00f3n L\u00edquida<\/strong><\/h4>\n\n\n\n\n\n\n\n
Par\u00e1metro<\/td>\nAceite Mineral De Refrigeraci\u00f3n<\/td>\nEl Agua De Enfriamiento<\/td>\nDe \u00c9ster Sint\u00e9tico De Refrigeraci\u00f3n<\/td>\n<\/tr>\n<\/thead>\n
Coeficiente de transferencia de calor (W\/m2K)<\/td>\n50-200<\/td>\n300-1000<\/td>\n100-300<\/td>\n<\/tr>\n
Aislamiento de rendimiento<\/td>\nExcelente (\u03b5\u22482.2)<\/td>\nRequiere aislamiento de tuber\u00edas<\/td>\nExcelente (\u03b5\u22483.0)<\/td>\n<\/tr>\n
Las necesidades de mantenimiento<\/td>\nRegular filtrado<\/td>\nAnti-escalado de tratamiento<\/td>\nBajo mantenimiento<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n
Tabla: Directo de Enfriamiento de Aceite contra el Agua de Enfriamiento<\/i><\/div>\n

3.5 Tubo De Calor De Integraci\u00f3n<\/strong><\/h4>\n
3.5.1 Principio:<\/strong><\/h5>\n

Evaporador absorbe el calor de vaporizaci\u00f3n del refrigerante (por ejemplo, amon\u00edaco\/acetona); vapor libera calor latente en el condensador antes de regresar, el logro eficaz de la conductividad t\u00e9rmica de los 5000-15000 W\/mK.<\/p>\n

3.5.2 m\u00e9todos de Instalaci\u00f3n:<\/strong><\/h5>\n
(1) Inside windings: Embed 8mm-diameter heat pipes in copper bars, limiting axial temperature differences to <5\u00b0C.<\/strong>
\n(2) Externo radiadores: Conecte el calor de tubos de aluminio de la aleta de matrices, triplicando la disipaci\u00f3n de calor de la zona.<\/strong><\/h6>\n

3.6 Minimizar Estructurales De La Resistencia T\u00e9rmica<\/strong><\/h4>\n
(1) Liquidaci\u00f3n De Optimizaci\u00f3n<\/strong><\/h6>\n

Alambre Litz de c\u00e1lculo de p\u00e9rdida (de alta frecuencia de las corrientes de foucault):<\/p>\n

P_eddy = (\u03c02 * f2 * d2 * B2) \/ (6\u03c1)<\/b><\/p>\n

d: di\u00e1metro del Alambre (mm)<\/p>\n

B: densidad de flujo Magn\u00e9tico (T)<\/p>\n

El uso de 0.1 mm de hilo fino de alambre Litz reduce eddy p\u00e9rdidas por 70% a 100 khz.<\/p>\n

(2) La Interfaz De Selecci\u00f3n De Materiales<\/strong><\/h6>\n\n\n\n\n\n\n\n
Tipo De Material<\/td>\nConductividad t\u00e9rmica (W\/mK)<\/td>\nRango De Temp<\/td>\nM\u00e9todo De Aplicaci\u00f3n<\/td>\n<\/tr>\n<\/thead>\n
La pasta t\u00e9rmica<\/td>\n1-5<\/td>\n40\u00b0C~200\u00b0C<\/td>\nManual de aplicaci\u00f3n<\/td>\n<\/tr>\n
Material de cambio de fase (PCM)<\/td>\n3-8<\/td>\n50\u00b0C~180\u00b0C<\/td>\nPre-formado de la hoja presionando<\/td>\n<\/tr>\n
El grafeno zapata<\/td>\n10-30<\/td>\n50\u00b0C A 300\u00b0C<\/td>\nL\u00e1ser-cut\u8d34\u5408<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n

 <\/p>\n

3.7 Ingenier\u00eda Insight: Sin\u00e9rgica De Dise\u00f1o Crea Valor<\/strong><\/h4>\n
(1)Material de refrigeraci\u00f3n de acoplamiento de an\u00e1lisis:Alto de conductividad t\u00e9rmica aislamiento reduce la temperatura interna de los gradientes, impulsar la eficiencia del sistema de refrigeraci\u00f3n por >20%.<\/strong><\/h6>\n
(2)costo de ciclo de vida (LCC) modelo:Mientras que los nanomateriales\/VPI elevar los costos iniciales por 15-25%, el resultado es de un 40% de ca\u00edda en las tasas de fracaso de barras de los gastos de mantenimiento.<\/strong><\/h6>\n

A trav\u00e9s de estas optimizaciones, el reactor de duraci\u00f3n de la vida en ambientes de alta temperatura puede ampliar de 5 a 7 a\u00f1os m\u00e1s de 15 a\u00f1os. Por ejemplo, un Oriente Medio de campos petroleros proyecto con nitruro de silicio-epoxi modificadas + tubo de calor de refrigeraci\u00f3n l\u00edquida funcion\u00f3 sin problemas durante 3 a\u00f1os a 55\u00b0C de temperatura ambiente, con el aumento de temperatura por debajo de los 65 MIL (IEC 60076-12 Clase F l\u00edmite: 100 KB).<\/p>\n

En Resumen<\/b><\/h2>\n

Ampliaci\u00f3n de reactores de duraci\u00f3n de la vida en ambientes de alta temperatura requiere m\u00e1s que mejoras aisladas. Exige paralelo a los avances, a nivel molecular (resistente al calor de los materiales) y a nivel de sistema (enfriamiento eficiente):<\/p>\n

(1) los Materiales son fundamentales: la adopci\u00f3n de H\/C clase de aislamiento, nanocompuestos, y de silicona de impregnaci\u00f3n para elevar los umbrales t\u00e9rmicos.<\/strong><\/h6>\n
(2) Refrigeraci\u00f3n es fundamental: Implementar inteligente de aire forzado, avanzado de refrigeraci\u00f3n l\u00edquida, o de calor de los tubos de transferencia de calor r\u00e1pida.<\/strong><\/h6>\n
(3) Sin\u00e9rgico dise\u00f1o asegura el \u00e9xito: Combinar la reducci\u00f3n de las p\u00e9rdidas (alambre Litz) t\u00e9rmica para la ruta de la optimizaci\u00f3n de la interfaz de materiales).<\/strong><\/h6>\n

En medio de calentamiento global y el aumento de la densidad de potencia, la adhesi\u00f3n a las normas internacionales (IEC\/IEEE) y la aplicaci\u00f3n de material de refrigeraci\u00f3n de sinergias es ahora esencial para funcionamiento fiable a largo plazo de la operaci\u00f3n del reactor. Esto no s\u00f3lo reduce la cuadr\u00edcula de riesgos y costes de mantenimiento, sino que tambi\u00e9n fortalece la sostenibilidad de la energ\u00eda global de la infraestructura.<\/p>\n

Contacto<\/strong><\/h2>\n

LuShan, est. En 1975, es un Chino fabricante profesional que se especializa en los transformadores de potencia y reactores de m\u00e1s de 50 a\u00f1os. Los productos principales son transformador monof\u00e1sico, trif\u00e1sico de transformadores de aislamiento, transformador el\u00e9ctrico, transformador de distribuci\u00f3n, el paso hacia abajo y paso transformador de baja tensi\u00f3n del transformador, transformador de alto voltaje, transformador de control, transformador toroidal, R-transformador con n\u00facleo; DC inductores, CA reactores, filtrado de reactor de l\u00ednea y de carga del reactor, estrangulaciones, el filtrado de los reactores y de los intermedios, de alta frecuencia de los productos<\/a>.<\/p>\n

Nuestros transformadores de potencia y reactores son ampliamente utilizados en las 10 \u00e1reas de aplicaci\u00f3n: rapid transit, maquinaria de construcci\u00f3n, energ\u00eda renovable, de fabricaci\u00f3n inteligentes, equipos m\u00e9dicos, la mina de carb\u00f3n de la explosi\u00f3n de la prevenci\u00f3n, el sistema de excitaci\u00f3n, de vac\u00edo, de sinterizaci\u00f3n(horno), aire acondicionado central.<\/p>\n

Saber m\u00e1s acerca de transformadores de potencia y reactores: www.lstransformer.com<\/a>.<\/p>\n

Si desea obtener soluciones personalizadas para transformadores o reactores, p\u00f3ngase en contacto con nosotros.
\nWhatsApp\uff1a+86 13787095096
\nCorreo electr\u00f3nico: marketing@hnlsdz.com<\/p>","protected":false},"excerpt":{"rendered":"

Does the Shortened Lifespan of Reactors in High-Temperature Environments? \u2014Dual Optimization Strategy: Materials and Heat Dissipation Against the backdrop of global energy transition and accelerated industrial intelligence, reactors, as critical components of power systems, have seen their reliability and lifespan become a growing focus for equipment manufacturers, grid operators, and industrial users. 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