Wind with a Mind: Smart-Monitoring, Seamless Measuring

Wind Turbine Monitoring Solutions for Power Generation Instrumentation

Transmission Dynamics stands at the forefront of wireless industrial sensor solutions, exemplified by our award-winning engineering expertise in design, development, and deployment of wireless turbine condition monitoring.

Design & Load Validation

Turbine Condition Monitoring & Structural Health

Troubleshooting & Turbine Bolting Failures Investigation

Gearbox Instrumentation

Plain Bearing Oil Thickness & Pressure

Plain Bearing Oil Thickness & Pressure

Torque & Bending Measurements​

Torque & Bending Measurements

Power Generation Instrumentation

ODS Measurements

Shear Pin Measurements​

Shear Pin Measurements

Wind Turbine Condition Monitoring

Your Partner in Optimal Sensor Placement

As the UK lead in the USA-UK Bilateral Collaboration Consortium, we played a central role in the Optimal Sensor Placement for Physics-Based Digital Twins project, driving forward the design and implementation of advanced wireless instrumentation in the power generation industry.

The project focussed on identifying optimal sensor placement for digital twinning technology to enable informed and optimised O&M planning and elimination of unnecessary precautionary inspections and interventions for the global offshore wind industry.

Transmission Dynamics Logo
Catapult Logo
Tufts Logo
NREL Logo
U logo
University of Nevada logo
General Electric Logo
University of Rhode Island Logo
UKRI Logo

The Wind Turbine Monitoring Instrumentation Possibilities are Endless...

At Transmission Dynamics, we integrate a diverse array of engineering disciplines, including mechanical, electronics, embedded systems, and data analytics, to provide precise and reliable measurements in turbine condition monitoring systems.

3 x Squarebug Wireless Sensor Systems

Driveline Torque & Bending Profiling

SmartBug® - Wireless Sensor

Instrumented Couplings

Instrumented Couplings

Tower Flange Load Monitoring Fasteners​

Tower Flange Load Monitoring Fasteners​

Blade Stud Load Monitoring​

Blade Stud Load Monitoring

Tower & Jacket Ultrasonic SHM​

Tower & Jacket Ultrasonic SHM​

Tower & Jacket Strain Gauge SHM​

Tower & Jacket Strain Gauge SHM​

Yaw Drive Torque Measurements​

Yaw Drive Torque Measurements​

Multi-channel Telemetry​

Instrumented Bearing Rollers​

Instrumented Bearing Rollers​

Crack Propagation Measurement​

Blade Instrumentation​

Blade Instrumentation​

Bearing Race Slip Measurement​

Bearing Race Slip Measurement​

Smart Torque Limiting Couplings​

Smart Torque Limiting Couplings​

Vibration Measurements​

Pressure & Temperature Measurements​

Pressure & Temperature Measurements​

Shaft & Roller Alignment Measurements​

Shaft & Roller Alignment Measurements​

KillerBug® Torque Measurements​

Additional demonstrations of our power generation instrumentation, testing, and design capabilities are accessible through our Services page.

Wind Turbine Monitoring Services

Our team is adept at meticulous gearbox inspections, ensuring longevity and reliability of your turbine operations. Coupled with this, we specialise in noise and vibration measurements, employing state-of-the-art tools to assess and ensure the operational health of your power generation assets. Additionally, our expertise extends to turbine bolting failures and failure mode analysis, allowing us to pin-point the root of problems; enabling maximisation of uptime and efficiency of wind turbine condition monitoring.

Some of our Energy Sector Clients

ZF logo
GE Logo
logo ewt
logo vestas
logo alstom
parkwind logo
Copper State Logo
siemens logo
logo aquamarine
logo edf
Envision logo
orbital logo
David Brown Logo
logo pt tech
logo Catapult
logo nrel
logo eon
logo samsung
logo adwen
logo Ricardo
logo marine
logo clipper
logo Costain
logo michell

Tackling Wind Turbine Gearbox Challenges: A Comprehensive Analysis

Transmission Dynamics CEO Jarek Rosinski along with David Smurthwaite delve into the complexities of preventing in-service failures in wind turbine gearboxes. As wind energy continues to surge, larger turbines pose new operational challenges, driving up costs and maintenance needs. 

With a focus on gearbox dynamics, the authors explore critical factors influencing reliability and propose advanced monitoring techniques for enhanced performance and longevity. 

Through a meticulous examination of real-world data, they underscore the significance of proactive maintenance strategies and collaborative industry efforts in ensuring the sustainability of power generation instrumentation in wind energy.

Please click the image to view a PDF of the article, which opens in a new window/tab.

Understanding the importance of Bolt Tension in Wind Turbine Integrity

Engineering projects worldwide rely on critical bolting applications for safety and efficiency. Bolt failures present a significant challenge, particularly in the wind energy sector, where accurate and continuous data on bolt tensions is crucial to prevent incidents. Hydraulic tensioners used in wind turbines encounter fundamental difficulties in achieving correct bolt tensions, leading to potential safety risks as many wind turbine bolts are not installed to specified preload. 

Moreover, bolt tensions are typically checked only every 6 months, allowing for potential loosening in between. Recognising these challenges, Transmission Dynamics Technology offers live wind turbine condition monitoring for immediate and effective addressing of turbine bolting failures, incorporating power generation instrumentation for comprehensive insights into operational performance.

Turbine Bolting Failures

Unleash the power of cutting-edge solutions from Transmission Dynamics.

Discover Transmission Dynamics’ cutting-edge technologies tailored to elevate your operations. From wind turbine monitoring systems to wireless telemetry solutions, we deliver unparalleled performance, reliability, and cost-effectiveness. Our expertise in providing real-time data insights and power generation instrumentation empowers your business to make informed decisions and optimise performance. 

To top