SENSING
Wind Turbine Monitoring System
Wind is a clean and renewable power source. Today, the most popular solution of wind power generation in the world is based on wind turbines. To ensure safe operation of these turbines, close monitoring of is an absolute necessary.A wind turbine monitoring system is responsible for monitoring the tower, blades, shaft, gear box, generator and overall conditions in generator compartment. This involves a variety of sensors e.g. accelerometers, encoders, temperature sensors, oil/liquid level sensors, particle counter, voltage, current and humidity sensors.
Accelerometers are used to monitor vibration from main bearing, gear box, generator, blades and tower for the purpose of preventing damage arose by destructive vibration. Temperature sensors detect the temperature of generator and gear box to ensure equipments are working within a safe temperature range. Encoder is mounted on generator’s main bearing to monitor rotating speed of turbine. The monitoring of lubricant needs oil temperature sensor, particle counter sensor and oil level sensor to work together in gathering the temperature, quality and liquid level information of the lubricant so that unwanted conditions in gear box and turbine such as lubricant shortage, low-quality and overheated lubricant could be diagnosed before any damage. Voltage and current sensors are used to monitor generator’s output power as an output power higher than a certain threshold tends to damage the generator. Temperature and humidity sensors installed in generator compartment are used to monitor environmental conditions in compartment so as to protect parts from being damaged by inappropriate temperature and humidity.
In addition to various sensors, a wind turbine monitoring system has a signal processing unit and a communication interface. Signal processing unit is mostly a high-performance microprocessor or DSP, responsible for analyzing and processing data that is collected by sensors. This is then transmitted through a wireless network (e.g. Zigbee®) for data logging and telemetric purposes
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Optical rotary encoder is used to measure wind turbine speed
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Low G accelerometer
STMICROELECTRONICS
ANALOG DEVICES
INVENSENSE
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Low G accelerometer
STMICROELECTRONICS
ANALOG DEVICES
INVENSENSE
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Low G accelerometer
STMICROELECTRONICS
ANALOG DEVICES
INVENSENSE
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Low G accelerometer
STMICROELECTRONICS
ANALOG DEVICES
INVENSENSE
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Low G accelerometer
STMICROELECTRONICS
ANALOG DEVICES
INVENSENSE
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Low G accelerometer
STMICROELECTRONICS
ANALOG DEVICES
INVENSENSE
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Pt100 temperature sensor
TEXAS INSTRUMENTS
ANALOG DEVICES
ROHM
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Pt100 temperature sensor w
TEXAS INSTRUMENTS
ANALOG DEVICES
ROHM
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Measures oil level
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Hall-effect current sensor or current transformer
ALLEGRO MICROSYSTEMS
INTERNATIONAL RECTIFIER
ALLEGRO MICROSYSTEMS
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High-accuracy semiconductor temperature sensor
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High-accuracy semiconductor humidity sensor
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High performance MCU or DSP
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Zigbee module
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Zigbee module
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Zigbee module
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MCP9800DM-PCTL Thermal Sensor Kit Microchip The MCP9800 Thermal Sensor PICtail™ Demo Board demonstrates how to interface the MCP9800 to a PICmicro(R) microcontroller using the PICkit™ 1 Flash Starter Kit as a platform. | ||
EK-H4 Humidity Evaluation Kit Sensirion The evaluation kit EK-H4 combines an easy-to-use plug-and-play system for sensor evaluation with a data logging equipment for simultaneous recording of humidity and temperature. | ||
EK-H5 Humidity Evaluation Kit Sensirion The evaluation kit EK-H5 is a very simple system to test and evaluate Sensirion’s humidity and temperature sensors. | ||
ADISUSBZ - KIT, EVAL, ISENSOR, PC-USB Analog Devices The ADISUSB is a PC-USB evaluation system that enables basic demonstration of many SPI-output iSensor® products. | ||
EVAL-ADXL345Z-DB Analog Devices The ADXL345 is a small, thin, low power, 3-axis accelerometer with high resolution (13-bit) measurement at up to ±16 g | ||
EVAL-ADXL345Z-M Analog Devices The iMEMS® ADXL345 inertial sensor evaluation system is a complete system that provides a fast and easy way to configure, evaluate, and analyse the performance characteristics and embedded features of the ultralow power digital 3-axis ADXL345 accelerometer. |
ANALOG DEVICES | Accelerometer | AN-1057: Using an Accelerometer for Inclination Sensing | AN-1057 | Click here | |
ANALOG DEVICES | Accelerometer | AN-688: Phase and Frequency Response of iMEMS® Accelerometers and Gyros | AN-688 | Click here | |
ANALOG DEVICES | Accelerometer | AN-603: A Compact Algorithm Using the ADXL213 Duty Cycle Output | AN-603 | ADXL213 | Click here |
AUTONICS | Encoder | E40S Applications | E40S | Click here | |
NXP | Accelerometer | AN3751, Frequency Analysis in the Industrial Market Using Accelerometer Sensors | AN3751 | Click here | |
NXP | Accelerometer | AN1612 Shock and Mute Pager Applications Using Accelerometers | AN1612 | Click here | |
NXP | Accelerometer | AN4004 2g Acceleration Sensing Module Based on a 40g Integrated Accelerometer | AN4004 | Click here | |
IST | Humidity Sensor | Sensor Cable Extension Application Notes | Click here | ||
IST | Humidity Sensor | SMD Humidity Sensor Application Notes | Click here | ||
MICROCHIP | Temperature Sensor | IC Temperature Sensor Accuracy Compensation with a PICmicro Microcontroller | AN1001 | Click here | |
MICROCHIP | Temperature Sensor | Temperature Sensing Technologies | AN679 | Click here | |
MICROCHIP | Temperature Sensor | Interfacing the MCP9800 I2C Digital Temperature Sensor to a PICmicro Microcontroller | AN988 | Click here | |
MICROCHIP | Temperature Sensor | Temperature Sensor Design Guide | DG4 | Click here | |
MICROCHIP | Temperature Sensor | Analog Solutions for Automotive Applications Design Guide | DG9 | Click here | |
NATIONAL SEMICONDUCTOR | Temperature Sensor | IC Temperature Sensor Provides Thermocouple Cold-Junction Compensation | AN-225 | Click here | |
OPTEK TECHNOLOGY | Encoder | Application Bulletin 201 - Motion Sensing with Optical Interrupters - Selecting the proper sensor for optimum system design | Click here | ||
OPTEK TECHNOLOGY | Encoder | Application Bulletin 203 - Two Channel Optical Interrupters may be used for determining direction of rotation, speed, and the relative location of a rotating shaft | Click here | ||
OPTEK TECHNOLOGY | Encoder | Application Bulletin 206 - Linear and rotary encoders are evolving to meet the demands of new system requirements, higher performance requirements, harsh environmental conditions and lower cost | Click here | ||
OPTEK TECHNOLOGY | Encoder | Designing Encoder Elements for Two Channel Optical Interrupters | Click here | ||
Manufacturer | Product Type | AN Title | AN Number | Part Number | URL |
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ANALOG DEVICES | Accelerometer | The Five Motion Senses: Using MEMS Inertial Sensing to Transform Applications | Click here |
BROADCOM | Encoder | Encoders for Drive By Wire Automobiles | Click here |
Manufacturer | Product Type | White Paper Title | URL |
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NXP | Accelerometer | AN1925 Using the NXP Accelerometer Evaluation Board | Kit1925MMA1250D | MMA1250D | Click here |
MICROCHIP | Temperature Sensor | MCP9800 Temperature Data Logger Demo Board | MCP9800DM-DL | MCP9800 | Click here |
Manufacturer | Product Type | Evaluation Kits Title | EVKs Part Number | Part Number | URL |
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ANALOG DEVICES | Accelerometer | Low g iMEMS® Accelerometers | Click here | |
Austriamicrosystems | Encoder | Programmable Magnetic Rotary Encoders | Click here | |
NXP | Accelerometer | Low-g Accelerometers Part 1 – Basic Knowledge of Accelerometers | Click here | |
NXP | Accelerometer | Low-g Accelerometers Part 2 – Accelerometer Products and Applications | Click here | |
HONEYWELL S&C | Humidity Sensors | Humidity Sensors | Click here | |
HONEYWELL S&C | Current Sensor | Current Sensor | Click here | |
OPTEK TECHNOLOGY | Encoder | Optical Encoders | Click here | |
Manufacturer | Product Type | Training Title | Part Number | URL |
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