This workshop on Sept. 30th, 2019 in Cyprus will provide cutting edge insights and extensive technical information in the area of next-generation PV performance monitoring systems that leverage machine learning and data analytics to ensure improved reliability and optimized levelised cost of electricity (LCoE).
Participants will get in-field knowledge of PV monitoring and high quality data-acquisition, leveraging machine learning for energy analytics and latest technology developments to quantify performance losses and optimize the LCoE though cost-effective automated reactive and proactive O&M. The workshop is intended for Project developers and EPCs, O&M service providers, Investors, Consultants and Researchers in the renewable energy sector.
For more details and information visit our IPERMON Project page.
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The Smarter E Europe
Join us at The Smarter E Europe in hall B5, stand no. 320. Our experts, Jörg Scholz and Jürgen Sutterlüti will be present and ready to address your questions.
Read more...Airbus has selected the Q.raxx EC with EtherCAT interface as the integrated control and measurement solution for their component structural testing lab
Airbus Helicopters is a world-leading designer and manufacturer of helicopters. The company’s product line offers the full spectrum of rotary-wing aircraft solutions for civil, government, military, law enforcement and parapublic uses. With the growth in business and innovation of their product offering, Airbus Helicopters decided to modernize their structural test facility at their main facility in Donauwörth, Germany.
Read more...Gantner Instruments presents new Machine Learning and Fault detection routines at leading PV and Energy conference in Brussels, Belgium
Within the EU founded project “IPERMON” (“Innovative Performance Monitoring System for Improved Reliability and Optimized Levelized Cost of Electricity”) Gantner Instruments was developing different fault detection routines and failure classification methods for time series data sets.
Read more...Historic Ship, Modern Protection: Real-Time Force Monitoring Stabilizes Sweden’s Vasa Warship
The Vasa Museum in Stockholm houses Vasa, a 17th-century Swedish warship raised from the seabed in 1961. Almost completely preserved, she is both a cultural icon and a full-scale research platform for naval architecture, materials science, and maritime archaeology. But preserving a 400-year-old oak hull on land poses a critical structural challenge: without buoyancy, the ship’s weight is carried through discrete support points, and slow deformation has already been detected. To protect Vasa for future generations, the museum is replacing the original display cradle with an adjustable steel support system equipped with a real-time force monitoring and long-term structural health monitoring (SHM) solution.
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