CAMILLE BAUER Wind Power System Monitoring Solutions

Power Generation Principle

Wind power generation converts wind energy into electrical energy. The process involves:

• Wind drives turbine blades to rotate.

• The rotation is accelerated through a gearbox to reach the generator's operational speed.

• The generator then produces electricity.
  This transforms wind energy → mechanical energy → electrical energy.

• Application Portfolio

• Application 1: Generator Power & Electrical Parameter Monitoring

• Real-time tracking of critical electrical outputs to ensure optimal performance.

• Application 2: Power Quality Online Monitoring

• Grid connection points

• Point of common coupling (PCC)

• Internal plant coupling points

• Application 3: Yaw System Angle Adjustment Monitoring

• The yaw motor receives alignment commands.

• Yaw torque acts on the slewing ring gear to keep blades wind-facing.

• Maximizes wind capture and boosts generation efficiency.

• Application 4: Pitch System Blade Angle Monitoring

• Precise angular adjustments rotate blades toward feathering position.

• Controls turbine speed for power output regulation.

• Application 5: Electrical Parameter Acquisition & Display for Main Control Systems

• Comprehensive data collection for turbine control units.

• Product Highlights

• 1. Multifunctional Power Transducer – SINEAX CAM

• High precision | Multi-electrical system support | Wide frequency range

• Up to 8 analog outputs | Programmable | RS485 comms | Display

• 2. Multifunctional Power Transducer – SINEAX DM5 Series

• High accuracy | Fast response time | Auto-range matching

• Up to 4 analog outputs | Programmable | RS485 comms

• 3. Rail-Mounted Power Monitor – SINEAX DM5000

• 0.2S active energy accuracy | Power quality analysis | Cyclic data/event logging

• DIN rail mount | Web access | RS485/Ethernet comms

• Expandable with 2 modules | Multi-circuit load analysis | 2-channel fault current detection | UPS support

• 4. Multifunctional Power Monitor – SINEAX AM1000/3000 Series

• 0.2S active energy accuracy | Cybersecurity features | Power quality analysis

• 4 expandable modules | Multi-load energy profiling | 2 fault current channels

• 5. Certified Power Quality Analyzer – LINAX PQ1000/3000/5000 Series

• Class A/S metering compliance | 0.2S accuracy | Panel/DIN rail mount

• Web access | RS485/Ethernet | Expandable channels | Multi-circuit analysis

• 6. Absolute Position Sensor – KINAX Series

• Rugged design for harsh environments | Capacitive measurement principle

• Absolute position sensing | Maintenance-free | Analog output | Programmable

Why CAMILLE BAUER?

• Precision: Industry-leading 0.2S accuracy for critical measurements.

• Adaptability: Modular designs scale with system needs.

• Reliability: Certified for grid compliance and harsh conditions.

Optimize your wind farm’s performance—contact us for tailored solutions