Transformer Drying Moisture Flow Meter

The patent replaces complex cryogenic measurement systems with a simplified laser-based optical measurement system. Instead of using cryogenic temperatures to condense and measure moisture, the laser device directly measures moisture content through optical absorption and scattering properties at ambient temperatures. This eliminates the need for cryogenic equipment, temperature control systems, and complex sample handling apparatus, dramatically reducing device complexity while maintaining high measurement accuracy.

The patent changes the measurement parameter from temperature-based (cryogenic condensation) to optical-based (laser absorption and scattering). By measuring the interaction between laser light and moisture particles in the dielectric fluid, the system achieves accurate moisture content measurement without requiring extreme temperature conditions. This parameter change simplifies the measurement system while improving safety and operational ease.

The patent implements continuous monitoring of moisture content during the drying process using the laser device. Unlike conventional intermittent methods that require stopping the drying process for sampling and measurement, the laser system provides continuous real-time data on moisture content throughout the drying operation. This continuous monitoring enables dynamic adjustment of drying parameters, optimizing drying efficiency and productivity without requiring complex additional equipment.

The laser-based measurement system is integrated directly into the drying process flow, allowing the dielectric fluid to pass through the measurement zone continuously. The system measures moisture content in-situ without requiring separate sampling operations or external analysis equipment. This self-service approach maintains process continuity while providing the productivity benefits of real-time monitoring.