20 units will be installed in the southwestern sea wind power demonstration complex through Doosan Heavy Industries & Construction.
Noise and Vibration Inspectors Specialized... Holding 68 domestic and foreign patents
▲ CEO Kim Young-key said, "The condition monitoring and fault diagnosis of domestic wind power generators have been using CMS devices of foreign companies, and this technology development will improve the operational performance of CMS built in the West Sea offshore wind power demonstration complex."
SM Instruments, a company specializing in noise and vibration solutions, is expected to develop a condition monitoring system (CMS) with domestic technology to solve the problem of dependence on foreign technologies in the domestic wind power facility maintenance market.
Kim Young-key, CEO of SM Instruments stressed that "Through this system, we can monitor, analyze and predict the condition of major components of wind power generators, and diagnose abnormalities of wind power generators early to prevent them from malfunctioning in advance."
The experimental wind power remote monitoring and control system, which is built in the SM Instruments office, showed the operation status of one experimental wind generator and one Yeonggwang front sea installed by the Korea Electric Power Research Institute in front of Gunsan in real time. SM Instruments has installed CMS devices in two wind turbines and is conducting its own tests. SM Instruments collaborated with KEPCO's Korea Electric Power Research Institute and Korea Institute of Machinery to develop the technology.
Condition monitoring and fault diagnosis of wind power generators in Korea have been used by overseas companies, and the development of the technology has lifted concerns over foreign technology subordination, said CEO Kim Young-key.
The wind generator CMS is a system that analyzes measurement signals such as vibration and temperature of each part as well as basic operation data of wind power generators such as wind speed and power, and diagnoses wind generator abnormalities in advance. CMS devices can be attached to wind turbines to collect vibration, temperature and speed data for 24 hours, enabling preemptive preparations for the failure of wind turbines. It is an essential equipment for "maintenance of operational guarantee rate" of offshore wind power generators.
"In the case of offshore wind power generators, preemptive measures are more important than anything else as they are difficult to maintain due to the influence of the weather," said CEO Kim Young-key. The move is aimed at preventing power generation disruptions caused by sudden failures by predicting whether wind power generators are broken or not through CMS.
The CMS device developed by SM Instruments is named "GreenEye." SM Instruments has localized both handsets and software for its wind generator CMS. A CMS device is a system installed in a nacell of a wind power generator and transmits status information of the generator to the control room (control room) through a connected vibration sensor.
CEO Kim Young-key said, "All machines start with ultrasonic waves in the event of failure and go through vibration, noise, heat, and fire." "Basically, wind turbines contain temperature sensors, and the technology we developed is to monitor and service them in advance with vibration signals." In order to establish the system, 13 vibration sensors have been attached inside the nacelle of each generator, Kim added.
Regarding the development of CMS for wind power generators, CEO Kim Young-key said, "Since there is so much data in the event of failure, we focused on how to manage data and monitoring it to the end without losing data." They said that there were many difficulties in simulating the breakdown.
After working at the Korea Aerospace Research Institute, CEO Kim Young-key established SM Instruments in 2006 and has been supplying a variety of products, including sound cameras and wind condition monitoring systems. It is supplying solutions for noise and vibration inspectors to various production lines of domestic and foreign companies. It has 68 domestic and foreign patents, including those filed for noise and diagnosis technologies and those registered.
Regarding noise and vibration solutions, CEO Kim Young-key stressed, "If we detect defects in the process of manufacturing home appliances and cars in advance, we can greatly reduce the cost of replacing finished products and increase brand reliability through this."
An acoustic camera, one of the noise and vibration inspectors, is a device that can determine the location of the target's failure by displaying the location of noise and noise on the screen.
At the core of SM Instrument's 'diagnosis technology' is 'Doberman', which is a deep learning-based automation solution for noise and vibration diagnosis. Doberman, a unique brand of SM Instruments, is a technology that determines whether TVs, refrigerators, etc. that are made at manufacturing lines of industries are defective through noise vibration.
In particular, SM Instruments has developed an "ultra-sonic video camera" that visually expresses the location of leaks and arcs occurring at industrial sites. CEO Kim Young-key explained, "It is an equipment that can measure ultrasonic waves that come out when gas is leaked from domestic power plants even in noise." It has been supplied to Hyundai Motor Co. and the Korea Institute of Machinery and is currently in talks with South-East Power Co. and East-West Power Co. for purchase.
Ultrasonic imaging cameras are considered the next-generation flagship products of SM Instruments along with sound cameras and wind generator CMS.
SM Instruments installed a CMS device developed by Doosan Heavy Industries & Construction to 20 wind generators in the offshore wind power demonstration complex (60MW) in the southwestern sea, and is currently conducting test runs sequentially. In addition, it is preparing to develop low-priced CMS solutions that can be installed in land wind power generators based on CMS technology of offshore wind power generators developed this time.
CEO Kim Young-key said, "We will focus on complete localization with the determination that no one will be able to develop wind generator CMS unless we develop it, while also improving the operational performance of CMS built in the offshore wind power demonstration complex in the southwestern sea."
Source: http:/m.mcnews.co.kr/a.html?uid=67126 Maeil Construction Newspaper / Cho Young-kwan Reporter
20 units will be installed in the southwestern sea wind power demonstration complex through Doosan Heavy Industries & Construction.
Noise and Vibration Inspectors Specialized... Holding 68 domestic and foreign patents
▲ CEO Kim Young-key said, "The condition monitoring and fault diagnosis of domestic wind power generators have been using CMS devices of foreign companies, and this technology development will improve the operational performance of CMS built in the West Sea offshore wind power demonstration complex."
SM Instruments, a company specializing in noise and vibration solutions, is expected to develop a condition monitoring system (CMS) with domestic technology to solve the problem of dependence on foreign technologies in the domestic wind power facility maintenance market.
Kim Young-key, CEO of SM Instruments stressed that "Through this system, we can monitor, analyze and predict the condition of major components of wind power generators, and diagnose abnormalities of wind power generators early to prevent them from malfunctioning in advance."
The experimental wind power remote monitoring and control system, which is built in the SM Instruments office, showed the operation status of one experimental wind generator and one Yeonggwang front sea installed by the Korea Electric Power Research Institute in front of Gunsan in real time. SM Instruments has installed CMS devices in two wind turbines and is conducting its own tests. SM Instruments collaborated with KEPCO's Korea Electric Power Research Institute and Korea Institute of Machinery to develop the technology.
Condition monitoring and fault diagnosis of wind power generators in Korea have been used by overseas companies, and the development of the technology has lifted concerns over foreign technology subordination, said CEO Kim Young-key.
The wind generator CMS is a system that analyzes measurement signals such as vibration and temperature of each part as well as basic operation data of wind power generators such as wind speed and power, and diagnoses wind generator abnormalities in advance. CMS devices can be attached to wind turbines to collect vibration, temperature and speed data for 24 hours, enabling preemptive preparations for the failure of wind turbines. It is an essential equipment for "maintenance of operational guarantee rate" of offshore wind power generators.
"In the case of offshore wind power generators, preemptive measures are more important than anything else as they are difficult to maintain due to the influence of the weather," said CEO Kim Young-key. The move is aimed at preventing power generation disruptions caused by sudden failures by predicting whether wind power generators are broken or not through CMS.
The CMS device developed by SM Instruments is named "GreenEye." SM Instruments has localized both handsets and software for its wind generator CMS. A CMS device is a system installed in a nacell of a wind power generator and transmits status information of the generator to the control room (control room) through a connected vibration sensor.
CEO Kim Young-key said, "All machines start with ultrasonic waves in the event of failure and go through vibration, noise, heat, and fire." "Basically, wind turbines contain temperature sensors, and the technology we developed is to monitor and service them in advance with vibration signals." In order to establish the system, 13 vibration sensors have been attached inside the nacelle of each generator, Kim added.
Regarding the development of CMS for wind power generators, CEO Kim Young-key said, "Since there is so much data in the event of failure, we focused on how to manage data and monitoring it to the end without losing data." They said that there were many difficulties in simulating the breakdown.
After working at the Korea Aerospace Research Institute, CEO Kim Young-key established SM Instruments in 2006 and has been supplying a variety of products, including sound cameras and wind condition monitoring systems. It is supplying solutions for noise and vibration inspectors to various production lines of domestic and foreign companies. It has 68 domestic and foreign patents, including those filed for noise and diagnosis technologies and those registered.
Regarding noise and vibration solutions, CEO Kim Young-key stressed, "If we detect defects in the process of manufacturing home appliances and cars in advance, we can greatly reduce the cost of replacing finished products and increase brand reliability through this."
An acoustic camera, one of the noise and vibration inspectors, is a device that can determine the location of the target's failure by displaying the location of noise and noise on the screen.
At the core of SM Instrument's 'diagnosis technology' is 'Doberman', which is a deep learning-based automation solution for noise and vibration diagnosis. Doberman, a unique brand of SM Instruments, is a technology that determines whether TVs, refrigerators, etc. that are made at manufacturing lines of industries are defective through noise vibration.
In particular, SM Instruments has developed an "ultra-sonic video camera" that visually expresses the location of leaks and arcs occurring at industrial sites. CEO Kim Young-key explained, "It is an equipment that can measure ultrasonic waves that come out when gas is leaked from domestic power plants even in noise." It has been supplied to Hyundai Motor Co. and the Korea Institute of Machinery and is currently in talks with South-East Power Co. and East-West Power Co. for purchase.
Ultrasonic imaging cameras are considered the next-generation flagship products of SM Instruments along with sound cameras and wind generator CMS.
SM Instruments installed a CMS device developed by Doosan Heavy Industries & Construction to 20 wind generators in the offshore wind power demonstration complex (60MW) in the southwestern sea, and is currently conducting test runs sequentially. In addition, it is preparing to develop low-priced CMS solutions that can be installed in land wind power generators based on CMS technology of offshore wind power generators developed this time.
CEO Kim Young-key said, "We will focus on complete localization with the determination that no one will be able to develop wind generator CMS unless we develop it, while also improving the operational performance of CMS built in the offshore wind power demonstration complex in the southwestern sea."
Source: http:/m.mcnews.co.kr/a.html?uid=67126 Maeil Construction Newspaper / Cho Young-kwan Reporter