Solutio technica: Series RW Immersio sub vacuum (VPI) transformatorum siccorum
Solutio Technica: Series RW Transformatores Dry-Type Vacuum Pressure Impregnation (VPI)
I. Innovationes Technologicae Principales
- Systema Insulationis Sine Defectibus
- Utilizat processum Vacuum Pressure Impregnation (VPI) ad fundendi resina epoxy alta densitate, ad solidificandum insulationem sine vacuis.
- Niveles discharges partialium stabiliter controlati ad <10 pC (standard IEC 60076-11).
- Classis thermalis insulationis attingit Classis H (180°C), cum degradatio performance insulationis ≤5% per totam vitam.
- Structura Robusta Adaptable Ambientaliter
- Technologia fundendi et sigillandi integrata, ad consequendum protectionem IP54 (resistit ingressui pulvis persistentis et splashing aquae ab omnibus directionibus).
- Grade flammifugus F1 (per test standard GB/T 2207, non sustinet combustionem sub flamma aperta 900°C).
- Latus intervallum temperature operativae: -25°C ad +40°C (non requiritur derating in regionibus ad ≤1000m altitudinis).
- Design Optimizatio Efficentiae Energiae
- Reductio **≥15%** in perditiis sine onere pro serie SCBH15/SCB14 comparatis ad standard efficentiae energiae GB 20052.
- Data mensurata (1000kVA): Perditia sine onere ≤0.40kW, Perditia cum onere ≤7.8kW.
- Technologia optimizatio perditiarum oneris dynamicarum, ad consequendam efficentiam ≥98.5% in intervallum 35%~100% oneris.
- Systema Maintenance Intelligentis
- Resistores platinenses PT100 imbuti in windings (accuratia Classis A IEC 60751, error mensurationis temperature ±1°C).
- Supportat protocollos Modbus RTU/TCP. Permittit via portae IoT:
- Monitoratio real-time temperature hot-spot windingorum.
- Analyse unbalance trinis phasis.
- Assessment efficentiae energiae rateae oneris dynamicarum.
II. Advantages Applicationis Basati Scenariis
|
Scenarium Applicationis |
Problema Principale Solutum |
Via Implementationis Technicae |
|
Industria Generalis |
Erosio pulvis metallici; Frequens initiatio et cessatio equipmenti |
Sigillatio casae IP54 + structura pollutionis resistens VPI |
|
Complexus Commercialis |
Codices incendii stricti; Spatium compactum |
Grade flammifugus F1 + design compactus (reductio 28% vestigii) |
|
Data Centers |
Pollutio harmonica (THDi ≤8%); Requirunt stabilem potentiam 7x24 |
Design circuitus magneticus anti-harmonicus + accuratia controlis temperature ±2°C |
III. Optimitatio Costi Cyclici Vitae
|
Parametrum |
Transformator Immersus Oleo |
Hoc Solutione |
Comparatio Beneficiorum |
|
Cyclus Maintenanceis |
Omnibus bienniis |
Sine maintenance |
Salvat ￥40k/annum in maintenance |
|
Taxa Defectionis |
0.8 per 1000 unitates/annum |
0.2 per 1000 unitates/annum |
60% reductio in perditiis downtime |
|
Valorem Residuum (20 annos) |
30% |
55% |
25% incrementum in valore assetti |
|
Totalis Costus Possessionis |
Benchmark |
30% minor |
|
|
(Validatum per Model TCO) |
IV. Data Validationis Engineering
- Testus Acceleratus Senectus: Operatio continua per 5000 horas ad 40°C/85% RH; Resistencia insulationis conservata ≥1000 MΩ.
- Praestantia Seismica: Superavit testus seismici Classis II per standard GB/T 13540 (acceleratio horizontalis 0.3g).
- Controllo Sonoris: Niveles sonoris ≤55 dB(A) durante operatione ad onere 1000kVA (mensuratum ad 1m distantia).
