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Discover how Evenlite's seismic inverters are revolutionizing safety and reliability. Check out our thrilling new video showcasing how we ensure power, even in the face of seismic events. At Evenlite, 'Lives Depend on Us' isn't just a slogan; it's our unwavering commitment to excellence! Shaken....but never stirred.

Wunderlich-Malec created this Microgrid Simulator for one of our customers to support their operational training and visualization of their emergency power systems. This is the full paper describing the Wunderlich-Malec Microgrid Simulator

New #KM3NeT letter! GRB 221009A is the brightest gamma-ray burst to date. In this letter, a search for neutrinos coming from the location of this event is presented, using data from partial configurations of the KM3NeT detectors. Multiple time windows are inspected in a wide energy range, from MeV up to a few PeV. Constrains on the neutrino flux have been determined, which can help to restrict different models on neutrino emission from GRBs. It is the first multi-messenger study by KM3NeT using data from both ARCA and ORCA detectors. Interested? Read the details at https://lnkd.in/e3cZ6z-q

Diving into the Heart of EMFs: Spectrum Analysers at Work In the realm of Electromagnetic Field Assessments, Spectrum Analysers emerge as unsung heroes. These advanced tools provide us with a panoramic view of the electromagnetic spectrum. With precision, they unlock insights into the frequency, amplitude, and intensity of EMFs across a spectrum of frequencies. As technology envelops us, understanding the intricate interplay of EMFs becomes crucial. At PSE2, our employment of Spectrum Analysers underscores our commitment to meticulous analysis, ensuring the safety and well-being of all. Speak to our experts here: https://lnkd.in/gFX4WDTD #EMFInsights #ElectroMagneticFields #PSE2Consulting #PSE2Earthing

In recent years, the leaps in artificial intelligence have revolutionized our ability to analyze vast datasets and identify underlying patterns. This evolution holds significant promise for earthquake engineering, particularly through the lens of structural health monitoring. Traditionally, our approach to understanding earthquake engineering has been rooted in experimental and numerical studies of structural elements and systems. While invaluable, these methods face notable challenges, including the complexities of soil-structure interactions, the unique characteristics of 3D ground motions, and the impact of non-structural components. Not to mention the financial burden of such comprehensive studies. Imagine, for a moment, if a substantial number of buildings in Christchurch had been equipped with structural health monitoring systems prior to the earthquake in February 2011. The data collected could have dramatically transformed our comprehension of earthquake engineering. Viewing each instrumented building as a live experiment offers an unparalleled opportunity to extract valuable insights, enabling us to refine, and possibly revamp our current models. In my opinion, the intersection of AI and structural health monitoring represents a frontier of knowledge and innovation in earthquake engineering. The necessity for both engineers and academics to engage deeply with structural health monitoring has never been more critical. Looking forward for the presentation and the discussions it will ignite. #structuralengineering #civilengineering #earthquakeengineering

Orca’s, the largest members of the dolphin family, are fast and agile, moving easily to explore different parts of the water. Therefore, our new hand-held optical instrument is called the ‘WISP Orca’ reflecting their versatility and adaptability. Read the full story behind the naming of our new instrument family members: https://lnkd.in/eAmZPEt8 The WISP Orca is designed for fast and precise optical water quality measurements (chlorophyll, cyanobacteria, turbidity,.. etc) and for calibration/validation of satellite data. Building on the robust experience of the well-known WISP-3 and WISPstation, the WISP Orca incorporates several significant improvements. Stay tuned for details about these enhancements in upcoming posts. Discover the future of water quality scanning with the WISP Orca - where innovation meets convenience. Meet the WISP Orca at the @OceanOpticsConf ! #WISP_Orca, #WISPstation, #remotesensing, #waterquality, #algae, #oceancolor #oceanoptics2024, #OOXXV

Navigating through the roughest seas or the most challenging projects? Inertial Labs, Inc. ' Motion Reference Units ensure your operations are as smooth as possible. Precision, reliability, and versatility define our MRUs, making them the perfect choice for marine, offshore, and research applications. Discover how our MRUs can elevate your projects. https://loom.ly/Yl2fRrQ #InertialLabs #MarineTechnology #MotionReferenceUnits #PrecisionNavigation

Myth or fact... 💭 Test your knowledge of fact and fiction as we debunk some common misconceptions about gas detection. Swipe to discover whether square footage should be the main factor to consider when choosing the optimal detector for the space ➡️ Tap to learn more about indoor air quality: https://buff.ly/3VhYsnS #GasDetection | #MythOrFact | #CETCI

Navigating through the roughest seas or the most challenging projects? Inertial Labs, Inc. ' Motion Reference Units ensure your operations are as smooth as possible. Precision, reliability, and versatility define our MRUs, making them the perfect choice for marine, offshore, and research applications. Discover how our MRUs can elevate your projects. https://loom.ly/Yl2fRrQ #InertialLabs #MarineTechnology #MotionReferenceUnits #PrecisionNavigation

Come learn more about PwrOn at Founders Live this Thursday April 25th. Darian Parrish will explain how to never worry about another #poweroutage