Performance and Vibration Monitoring of Wind and Photovoltaic Equipment

Provide accurate data acquisition for manufacturing, commissioning and operation, with equal emphasis on performance and safety, to create a highly efficient and stable renewable energy operation system.

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Solution Overview

Comprehensively improve the efficiency of wind power and photovoltaic equipment, and help the sustainable development of intelligent energy.

From equipment manufacturing to operation, we provide high-precision data logging and vibration monitoring technology to ensure stable operation, extended life and reduced operating costs.

Core Features

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Highly accurate data logging

Supports multi-spot measurement and temperature monitoring to provide comprehensive performance data.

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Vibration Monitoring Technology

In the harsh environment of high voltage and high current, the fiber-optic acceleration sensor is used to overcome the environment of strong electromagnetic interference and transmit it to the system for evaluation.

風電儲能通訊解決方案

Real-time alarms and remote monitoring

Through data analysis and alarm functions, it can quickly respond to abnormal conditions and protect equipment safety.

風電和光伏等可再生能源設備性能監測

Modular Solutions

For performance monitoring of wind turbines and photovoltaic panels as well as rotor blade vibration measurements.

Fiber Optic Accelerometers

At Macronix MICRONOR, we offer reliable rotor blade acceleration measurement systems. With single- or multi-axis fiber-optic accelerometers, you can measure vibrations and movements in high-pressure environments such as wind turbines. A wide range of controllers and sensors are available in our product category.

The MR660 controller is available in single-axis, dual-axis and tri-axis versions for situations where electronic or electromechanical sensors are not functioning properly. Corresponding sensors are available, including the round single-axis MR661, the square single-axis MR662, as well as the dual-axis MR663 and triple-axis MR664 sensors.

Micronor HK-MR660-1 1軸控制器

Honghong MR660-1 1-axis controller

Honghong MR660-1 is a controller for MR1 fiber optic accelerometer system for 660-axis measurements.

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Micronor HK-MR660-2 2軸光纖加速度計系統的控制器

Honghong MR660-1 2-axis controller

Honghong MR660-2 is the controller for the MR2 fiber optic accelerometer system for 660-axis measurements.

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Micronor HK-MR660-3 3軸光纖加速度計系統的控制器

Honghong MR660-1 3-axis controller

Honghong MR660-3 is a controller for MR3 fiber optic accelerometer system for 660-axis measurements.

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宏虹MR661 1軸圓形感測器

Honghong MR661 1-axis Circular Sensor

The circular design of the Honghong MR661 sensor is the sensor of the MR1 fiber optic accelerometer system for 660-axis measurements.

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Honghong MR662 1-Axis Square Controller

The MR662 is a sensor for the MR1 fiber optic accelerometer system for 660-axis measurements.

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Honghong MR663 2-Axis Square Controller

The MR663 is a sensor for the MR2 fiber-optic accelerometer system for 660-axis measurements.

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Program Effect

In wind power generation, the biggest challenge for wind turbines to stand out from the competition is to minimize energy losses. The key lies in the design of the rotor blades, with the goal of minimizing the generation of turbulence, which causes a braking effect and leads to losses. The rotor blades start to vibrate when turbulence is formed, and these vibrations can be detected by acceleration measurements. Using the measured data, further energy losses can be effectively reduced.

 

Fiber optic measurement systems are ideal for rotor blade acceleration measurements, providing reliability and freedom from external interference. The measuring head is fixed to the rotor blade, the fiber optic cable is extended to the hub, and the evaluation equipment such as the controller and laser source are mounted on the hub. This measurement enables data to be obtained for optimizing the blade shape and adjusting the position of the rotor blades for different wind conditions.

MEMS感測器

Honghong SQ16x-kit
Renewable Energy Equipment Performance Monitoring Package for Wind Power and Photovoltaics

數據記錄儀產品比較
PropertiesBase Kit HH-SQ16-KITAdvanced Kit HH-SQ16PLUS KIT
hostHH-SQ16 Data LoggerHH-SQ16plus Data Logger
Number of channelsSingle-Ended 16-channel, Differential 8-channelSingle-ended 16-channel, differential 8-channel, expandable to 128-channel
Measurement ProbesSupports input measurement of resistance, current, 1/4 & 1/2 & full bridge, current, temperature (thermocouple, thermistor, platinum resistor)Supports input measurement of resistance, current, 1/4 & 1/2 & full bridge, current, temperature (thermocouple, thermistor, platinum resistor)
Support OutputDigital alarm output to power sensors from 8 to 38V.Digital alarm output to power sensors from 8 to 38V.
Measurement interval0.1s to 24h adjustable0.015s to 24h adjustable
fast trackUp to 8HzUp to 100Hz x 2
Memory4GB internal memory, Micro SD card support16GB, Micro SD card support
SoftwareSquirrelView User-Friendly Software (PC and Mobile)SquirrelView User-Friendly Software (PC and Mobile)
communication interfaceSupports USB and Bluetooth connectivity, and supports extended Ethernet and WiFi connectivity via sQhub.Supports USB and Bluetooth connectivity, and supports extended Ethernet and WiFi connectivity via sQhub.

Program Effect

風電和光伏等可再生能源設備性能監測畫面
風電和光伏等可再生能源設備性能監測套裝
風電和光伏等可再生能源設備性能監測畫面

Real-time data view on PC

Direct communication on any Android, iPad or iPhone device using Bluetooth

Major Customers

Honghong will provide you with any support you need!

Our professional Honghong team will be the first to respond and provide you with the best service to solve all your problems.