The UK is accelerating wind power deployment. We discuss how remote monitoring of wind turbines can optimise performance to achieve the country's 2030 clean energy goals. 
The UK has recently undergone a recent power change in more ways then one. The government has a new party in control, Labour, a new Energy Secretary, Ed Miliband - Secretary of State for Energy Security and Net Zero, and a new ruling on increasing offshore wind farms. So it's all change to achieve the UK's goal of clean energy by 2030. Wind energy is a crucial renewable resource, and maximising wind turbine performance is key to getting the most out of this clean power source. But how can engineers ensure wind turbines are operating at peak efficiency? And how do they analyse performance and operation over time to ensure key components aren’t failing? If physical components do hit problems, how do they ensure they are being repaired quickly and efficiently to maintain maximum uptime? Controlling wind power and maximising its benefits will help to reach these goals but only by gathering and analysing data to ensure that wind turbines are operating at maximum efficiency, delivering fast results and continued performance. Our T2 rotary torque transducer is used for wind turbine power management and helps to make the difference and achieve the UK’s energy goals. Interface Force's T2 torque transducer is used for wind turbine power management, combined with the Interface Force Semota Remote Monitoring and Alert system, offers a powerful solution. This will monitor and gather critical data, optimising wind turbine performance and generating real-time alerts to ensure maximum up-time.
Semota collates T2 information, processes and sends alerts to key personnel and presents real-time information on web based, graphical dashboards. 
By harnessing the power of Interface Force's T2 torque transducer and implementing Semota Remote Monitoring and Alert system, wind turbine operators and engineers can unlock a new level of performance and efficiency. With T2’s exceptional precision, ease of use, and commitment to quality, and Semota’s real-time analysis, monitoring and alerts, the Interface Force Wind Turbine solution is a game-changer in the world of wind energy. It paves the way for a future where wind turbines deliver maximum power output while minimising environmental impact.
The UK has recently undergone a recent power change in more ways then one. The government has a new party in control, Labour, a new Energy Secretary, Ed Miliband - Secretary of State for Energy Security and Net Zero, and a new ruling on increasing offshore wind farms. So it's all change to achieve the UK's goal of clean energy by 2030. Wind energy is a crucial renewable resource, and maximising wind turbine performance is key to getting the most out of this clean power source. But how can engineers ensure wind turbines are operating at peak efficiency? And how do they analyse performance and operation over time to ensure key components aren’t failing? If physical components do hit problems, how do they ensure they are being repaired quickly and efficiently to maintain maximum uptime? Controlling wind power and maximising its benefits will help to reach these goals but only by gathering and analysing data to ensure that wind turbines are operating at maximum efficiency, delivering fast results and continued performance. Our T2 rotary torque transducer is used for wind turbine power management and helps to make the difference and achieve the UK’s energy goals. Interface Force's T2 torque transducer is used for wind turbine power management, combined with the Interface Force Semota Remote Monitoring and Alert system, offers a powerful solution. This will monitor and gather critical data, optimising wind turbine performance and generating real-time alerts to ensure maximum up-time. “A national mission for clean power by 2030 is achievable and should be prioritised. We desperately need to end the era of high energy bills, excessive carbon emissions and energy insecurity by accelerating the transition to clean, homegrown energy. Britain can lead on this by treating this mission like the vaccine challenge. We can be the innovators and the implementers, helping ourselves and exporting our solutions worldwide. But if we choose to go slowly, others will provide the answers, and ultimately we’ll end up buying these solutions rather than selling them.”
Sir Patrick Vallance, Former Chief Scientific Adviser
Capturing Every Step: Why Data Acquisition and Analysis Matters
Fine-tuning wind turbine performance requires a deep understanding of its behaviour at every stage of operation. From the initial, stationary position to the gradual increase in power as the blades begin to turn, capturing data throughout the entire process is essential. Without this comprehensive picture, engineers are left guessing where improvements can be made. T2 & Semota provide a route forward:T2 transducer
The T2 transducer provides the ability to gather information from key devices, such as wind turbines.Interface Force's T2: The Data Acquisition Powerhouse
The T2 is an energy torque transducer which is placed between a wind turbine blade and its generator. As the blades rotate, the T2 collects valuable information and transmits it to the turbine's Data Acquisition System (DAQ). This data empowers engineers and operators to analyse overall wind turbine performance and identify areas for enhancement.The T2 Advantage: Unmatched Precision and Ease of Use
Interface Force has a long history of providing high-performance torque solutions across various industries. The T2 upholds this tradition with its:- Ultra-precise rotary torque transducer: This core component delivers exceptionally accurate measurements, allowing for meticulous performance analysis.
- Interface shaft style torque transducer couplings: These couplings facilitate a smooth and straightforward installation process, minimising downtime.
- Moment compensation: This feature ensures precise measurements by eliminating the impact of external forces that could skew the data.
More Power, Less Stress: The Benefits of Optimised Wind Turbine Performance
By leveraging the data provided by the T2, engineers can make informed decisions that lead to significant improvements in wind turbine operation. These benefits include:- Increased power generation: With a clearer understanding of how blade pitch and torque interact, engineers can optimise blade pitch for maximum power output.
- Reduced bearing stress: By optimising blade pitch, unnecessary stress on the wind turbine's bearings is minimised, extending their lifespan and reducing maintenance costs.
- Streamlined optimisation process: Accurate data from the T2 eliminates the need for guesswork, leading to faster and more effective optimisation efforts.
Interface Force: A Commitment to Quality and Innovation
For decades, Interface Force has been a trusted name in torque measurement solutions. The T2 exemplifies this commitment to quality with its:- Durability: Built to withstand demanding conditions, the T2 ensures reliable data collection over the long term.
- User-friendliness: The T2 is designed for easy installation and integration with existing DAQ systems.
- Broad range of applications: The T2's versatility makes it suitable for wind turbines of various sizes and configurations.
Semota Remote Monitoring and Alert system
Semota collates T2 information, processes and sends alerts to key personnel and presents real-time information on web based, graphical dashboards. SEMOTA: Multi Device Access
SEMOTA is a hardware and software solution with a web-based application that enables the remote monitoring of any load cell, force, torque or pressure sensor, using our Wi-Fi enabled hardware enabling worldwide remote access.Real-Time Displays
SEMOTA: SEnses, MOnitors, Triggers and Acts on device information to provide a real-time dashboard display of events using text and numerical information, animated displays and date and time measured graphs. Dynamic dashboards show views of your device events, analysis and device control. Information can be captured and stored for review and in-depth analysis. Live alerts are sent using a range of communication platforms to match your company requirements and keep operators informed of critical operational device changes. Using SEMOTA point-and-click application development tools, create real-time dashboards to analyse data and control devices. Visualise data with SEMOTA stock graphs, charts, tables, indicators, maps, metrics, and control widgets or develop your own using the HTML canvas and your own code. Share your data through public links, or by embedding dashboards into custom web applications.Comprehensive Alerts Engine
With our alerts engine, conditional and complex business logic alerts can be implemented with triggered webhooks included for Machine-to-machine (M2M) communication, SMS, Email, Telegram, and Slack alerts to deliver live alerts for device manage and keep operators informed of critical changes.Analysis and Preventative Data
All logged data is both displayed in real-time and stored for analysis. Usage information is key to device MTBF (mean time between failure) and trend analysis of device performance allows for preventative maintenance and replacement of devices. With on-going data reviews up-timer and performance are maintained and optimised.Application Development
With the flexibility and business rules available to you, Semota allows you to build applications that exactly match your system configuration and device implementation. Integration with existing systems extends the functionality and seamless operation.User Tailored Management
With SEMOTA cloud software, you can build applications to best fit your needs. SEMOTA administrators can configure permissions and restrictions to any end user or operator who interacts with dashboards, devices, and/or events. Need a user to be able to oversee multiple organisations? Not a problem. You can optionally add more users or organisations to your account and we can configure your users to best suit your application.Unleashing the Full Potential of Wind Power
By harnessing the power of Interface Force's T2 torque transducer and implementing Semota Remote Monitoring and Alert system, wind turbine operators and engineers can unlock a new level of performance and efficiency. With T2’s exceptional precision, ease of use, and commitment to quality, and Semota’s real-time analysis, monitoring and alerts, the Interface Force Wind Turbine solution is a game-changer in the world of wind energy. It paves the way for a future where wind turbines deliver maximum power output while minimising environmental impact. Wind farm remote monitoring - find out more
- Read more about our Semota continuous remote monitoring solution:
- See the Semota online demo here.
- See our application note: "Wind turbine energy torque measurement."
References:
- Sir Patrick Vallance: https://energyadvicehub.org/great-british-energy-will-it-cut-bills-and-speed-up-net-zero/
- 2030 goals review: https://energyadvicehub.org/great-british-energy-will-it-cut-bills-and-speed-up-net-zero/
