Leading Innovation in Wind Energy Monitoring
Yokogawa Electric Corporation recently completed the deployment of a cutting-edge remote monitoring system at Japan's largest wind farm, Ishikari Bay New Port. This project marks a significant step in harnessing renewable wind energy. With commercial operations set to begin on January 1, 2024, this farm will be Japan’s largest, featuring 8,000 kW wind turbines.
Comprehensive Remote Operation and Monitoring
The system, provided by Yokogawa Solution Service Corporation, includes Yokogawa’s OpreX™ CI Server for collaborative information management. It enables the centralized monitoring of offshore wind turbines and onshore facilities, integrating data from wind turbines, batteries, and video surveillance cameras. By combining these critical data points, operators can efficiently manage power generation and storage, even adjusting based on weather conditions.
Video Surveillance for Enhanced Control
To ensure real-time visibility, Yokogawa integrated Edge Gateway AG 10 solutions from their subsidiary, amnimo Inc. These cameras, installed both offshore and onshore, provide continuous visual monitoring of turbines and battery systems. This ensures quick responses to any issues that may arise, enhancing the overall efficiency and safety of the wind farm.
Smart Data Integration for Power Management
The remote system also incorporates power demand data from the transmission system operator, enabling operators to balance stored energy efficiently. This ensures optimal usage of the power generated from wind energy, which naturally fluctuates based on weather conditions.
Advanced Damage Detection for Subsea Cables
In addition to real-time monitoring, Yokogawa has partnered with Green Power Investment Corporation to use the DTSX3000 fiber optic sensors for damage detection in subsea cables. This proactive approach helps prevent long-term damage and costly repairs, showcasing Yokogawa’s commitment to technological excellence.
Building a Sustainable Future
Yokogawa is driving the future of renewable energy by developing a super system (SoS) approach. This strategy connects different systems in an integrated way, improving their collective performance. Yokogawa’s expertise in Operational Technology (OT) ensures that data is used effectively to optimize both individual components and the wind farm as a whole.
My Thoughts on Yokogawa's Innovation
Yokogawa’s approach to renewable energy is groundbreaking. Their integration of video surveillance with power management shows how technology can enhance efficiency and safety. I believe that their use of fiber optics for cable damage detection is particularly innovative. This proactive strategy not only saves costs but also promotes long-term sustainability in the wind energy industry. Yokogawa’s focus on creating systems that work together seamlessly is crucial for a future of clean, efficient power.
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