Gida aƙo na Turbin Zafi/Turbin PV na IEE-Business

Wuya Solving Pain Points: Tackling Harsh Conditions of Renewable Energy Power Plants​

Na hanyoyi da kalmomin karamin kula da PV power plants suna nuna muhimmin abubuwa ga grid:
• ​Harmonic Pollution: Inverters da converters sun haɗa harmonics masu takam, wanda ke yina ƙoƙari da kwalba na gine-gine da kuma karfin cikakken jiki.
• ​Voltage Fluctuations: Yadda yanayi ko kula ta zama daidai ke shafi mutanen voltage (tare da ±10%) a tashar mulki, wanda ke hada da daraja mai kyau a grid connection.
• ​Maintenance Difficulties: Ingantaccen wuraren da harsh environments suka haɗa traditional offline detection methods da ƙarin lokaci da kuma mara.

​Customized Design: Engineered for Renewable Resilience​
Wannan dry-type transformer ya amfani da deep reinforcement design don in taimaka wa harmonic da voltage fluctuations, domin in tabbatar da grid reliability:

1. ​Superior Harmonic Resilience:
   Core Design: Ana samun K-Factor=13 high-strength solution (da yake fiye da standard K=4), ma'ana winding designs suka taimaka wa 13 times the thermal effects of fundamental-frequency harmonics.
   Performance Guarantee: Ya taimaka wa harsh conditions da total harmonic distortion (THD) ≤8%, inda ya ƙara cikakken jiki, vibration, noise, da kuma ƙaramin tsawon gine-gine da harmonics suka yi.
2. ​Ultra-Strong Grid Adaptability:
   Broad Voltage Regulation: Tap range ya fuskantar ±4×2.5% = ±10% (equivalent to 0.9 pu ~ 1.1 pu nominal voltage), domin in ƙara output stable a cikin standard range daga baya da grid voltage fluctuations don in ƙara off-grid risks.
3. ​Proactive Health Monitoring:
   Online DGA Integration: Built-in Dissolved Gas Analysis (DGA) unit ya tuntubi real-time generation rates of key insulation decomposition gases (CO/CO₂).
   Early Warning: Ya ƙara early-stage insulation degradation signs, domin in ƙara fault detection daga passive shutdowns zuwa proactive interventions—wanda ke ƙara equipment availability da kuma safety da ƙarin.