Wind energy is key to a sustainable tomorrow. But to get the most from every turbine, reliability is everything.
That’s where our monitoring system comes in.
Built for harsh environments, it delivers continuous, accurate data to keep turbines performing at their best. With minimal cabling, quick setup, and real-time cloud access, it’s engineered for efficiency.
The SHM01 system is designed to make installation, data collection, and service smooth and hassle-free. You don’t need any pre-existing knowledge of the equipment. The system uses an easy installation solution that limits the amount of cabling which saves both time and cost of the installation, and it’s easy enough to get you set up and start monitoring without spending much time preparing.
SHM01 is available for purchase or rental.
We’ve built a simulation for the SHM01 system with LEGO. The SHM01 nodes are going for a ride on a custom build car while we are following the readings from the node.
Through continuous monitoring, SHM enables longer service life, greater efficiency, and improved safety.
Watch the full presentation by Simon Rex to explore how advanced monitoring drives informed decision making.
Structural Health Monitoring (SHM), or Condition Monitoring System (CMS), is essential for predictive maintenance of large structures such as offshore wind turbines.
The system consists of four nodes containing a triaxial geophone and a uniaxial inclinometer. The nodes are connected with minimum-length cabling thanks to a single-string digital cable. The cable goes from the Data Acquisition Unit (DAU) to the nodes in a sequence connecting the DAU to the first node, followed by the second node, and so forth in a ”daisy-chain” concept. The sensors are directly connected to the DAU and, therefore, always synchronized.
The nodes are prepared to be bolted into a threaded connection on the inner face of the tower. For a fast and rigid connection, this could be done using a magnet together with glue. This double fastening system ensures that the nodes are kept rigidly connected, limiting disturbing movements from the signal. The system is furthermore designed so that other mounting possibilities are easily adapted. The nodes should be mounted at the same height in the tower and be evenly spaced with 90 degrees apart for optimal use.
Mcon specializes in Structural Health Monitoring (SHM) focusing on wind turbine integrity. Its flagship system, SHM1, is designed to deliver precise data collection and hassle-free installation, enabling predictive, proactive, and targeted maintenance. With deep expertise in monitoring technology, Mcon empowers wind energy professionals with reliable insights to enhance operational efficiency and extend asset lifespan. A subsidiary of Sigicom, Mcon benefits from a strong foundation in measurement technology while dedicating itself exclusively to specialized SHM solutions.