pengeluar Sistem Peranti Pemantauan Dalam Talian Transformer terbaik di Indonesia-INNO

Peranti pemantauan dalam talian Transformer adalah penting untuk penjejakan masa nyata status operasi pengubah, membolehkan pengesanan awal kemungkinan kerosakan dan memastikan operasi yang boleh dipercayai. Berikut adalah jenis utama:

Peranti Pemantauan Kualiti Minyak

Analisis Gas Terlarut (DGA) Sistem: Pantau gas yang terlarut dalam minyak transformer secara berterusan (seperti metana, etana, etilena, asetilena). Kepekatan atau nisbah gas yang tidak normal menunjukkan kemerosotan penebat (cth., pelepasan separa atau terlalu panas), membantu meramalkan kerosakan seperti lengkok atau kerosakan haba.

Penderia Lembapan dalam Minyak: Sukat kandungan air dalam minyak. Kelembapan yang berlebihan mengurangkan kekuatan penebat, meningkatkan risiko flashover. Data masa nyata membantu mengekalkan kekeringan minyak melalui sistem dehidrasi.

Pemantau Suhu dan Aras Minyak: Jejaki suhu minyak (kritikal untuk pengurusan beban) dan paras minyak (untuk mengesan kebocoran). Sudden temperature rises or level drops trigger alarms.

Insulation Monitoring Devices

Pelepasan Separa (PD) Monitors: Detect partial discharges in insulation (cth., in windings or bushings) using sensors (ultrasonik, elektromagnet, or UHF). PD activity accelerates insulation aging, and early detection prevents catastrophic failures.

Insulation Resistance Monitors: Measure the insulation resistance of windings, sesendal, dan teras. A gradual decrease indicates insulation deterioration, allowing timely maintenance.

Winding and Core Monitoring Devices

Penderia Suhu Gentian Optik Pendarfluor: As discussed earlier, these directly measure winding hot spot temperatures with high precision, tidak terjejas oleh gangguan elektromagnet. Critical for preventing insulation overheating.

Core Ground Current Monitors: Monitor current in the core’s grounding wire. Abnormal currents (above a few mA) indicate core insulation issues (cth., multiple ground points), which can cause local overheating.

Bushing and Tap Changer Monitoring Devices

Bushing Monitoring Systems: Measure bushing capacitance, tanδ (kehilangan dielektrik), dan suhu. Changes in these parameters signal insulation degradation, reducing the risk of bushing failures.

On-Load Tap Changer (OLTC) Monitors: Track OLTC operation (cth., memakai sentuhan, kualiti minyak, and mechanical status) via vibration analysis, current/power monitoring, and oil DGA. Ensures smooth voltage regulation and extends OLTC life.

Gas and Pressure Monitoring Devices

Geganti Gas (Relay Buchholz): A traditional but essential device. It detects gas accumulation or oil flow caused by internal faults (cth., litar pintas), triggering alarms or tripping the transformer to prevent damage.

Tank Pressure Monitors: Monitor the pressure inside the transformer tank. Sudden pressure spikes indicate severe internal faults (cth., mengarka), enabling rapid shutdown.

External Environment Monitoring Devices

Ambient Temperature and Humidity Sensors: Track the environment around the transformer. High humidity combined with dust can lead to surface insulation issues, while extreme temperatures affect cooling efficiency.

Security and Vibration Sensors: Detect unauthorized access, vandalism, or abnormal vibrations (indicating loose components or structural issues), enhancing overall transformer safety.

Communication and Integration Systems

Most online monitoring devices connect to a central SCADA (Kawalan Penyeliaan dan Pemerolehan Data) system or a dedicated transformer monitoring platform. Data is analyzed in real-time, with trends tracked to predict maintenance needs, enabling condition-based rather than scheduled maintenance.

These devices work together to provide a comprehensive view of a transformer’s health, minimizing downtime and maximizing operational efficiency.