The exceptional performance of Shenzhen SingoCreate Technology Co., Ltd.'s sensors in VRFB applications stems from the superiority of their core technology: Non-Contact Capacitive Measurement.How It Works:The sensor probe is attached to the outsidewall of the storage tank, forming a capacitive system with the tank wall. When the liquid level changes, the electric field distribution between the probe and the medium (air or electrolyte) changes, causing a variation in capacitance. A precision chip inside the sensor detects this minute change and converts it into a level signal.Why This Principle is Ideal for Vanadium Electrolyte?Vanadium electrolyte has a high dielectric constant (significantly higher than air). When the level rises to the sensor's detection zone, the system's overall capacitance changes markedly. This property provides a clear, high signal-to-noise ratio detection signal, resulting in:
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High Precision: High sensitivity to level changes, accuracy up to ±1mm.
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High Stability: Unaffected by electrolyte color, bubbles, or precipitation; stable output signal without drift.
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High Reliability: The non-contact principle inherently avoids issues like corrosion and scaling found in contact methods.
SingoCreate Tech's Technical EdgeWe have deeply optimized the standard principle with dynamic temperature compensation algorithms and multi-frequency anti-interference technology, ensuring accurate and reliable measurement even in complex power station environments.
