Articles tagged with "real-time-monitoring"
500x more powerful: US' GridEdge Analyzer processes 60,000 measurements
Researchers from the University of Tennessee and Oak Ridge National Laboratory (ORNL) have developed the Universal GridEdge Analyzer, a compact and secure sensing device that provides unprecedented real-time insight into electric grid behavior. This device can be embedded into power electronics or plugged into a wall outlet to measure minute changes in electrical voltage and current at an extraordinary rate of 60,000 measurements per second—500 times faster than previous technologies. The analyzer captures split-second reactions from fast-switching power electronics, which are increasingly used in distributed energy resources and can impact grid stability. By compressing, encrypting, and streaming data almost instantly to centralized servers, the device enables utilities to monitor and improve grid operations more effectively. Building on the existing FNET/GridEye frequency monitoring network, which offers a broad overview of grid activity through 200 sensors in the U.S. and about 100 worldwide, the GridEdge Analyzer delivers more detailed and faster data. Its flexible design allows deployment in various settings, including power electronics, distribution lines
energysmart-gridpower-electronicsreal-time-monitoringdistributed-energy-resourcesgrid-stabilitypredictive-analytics11,000-ton aircraft carrier to get high-tech battle power with upgrade
The Royal Thai Navy’s 11,000-ton aircraft carrier, HTMS Chakri Naruebet, commissioned in 1997 and Southeast Asia’s first and only aircraft carrier, is set to receive a significant upgrade with the installation of an Integrated Platform Management System (IPMS). This system, supplied through an agreement between Thales and Universal Communication Systems Co. Ltd. (UCS), will enhance the carrier’s operational effectiveness, safety, and crew awareness by automating processes, enabling real-time monitoring, and providing an integrated interface with combat, navigation, and training systems. The modular and scalable IPMS will allow the Navy to better control the ship’s mechanical, electrical, and damage control systems, modernizing the infrastructure of the 28-year-old vessel. The upgrade also includes a comprehensive transfer of technological expertise from Thales to UCS, designated as a Key Industrial Partner in Thailand, enabling effective in-country maintenance and long-term support. This initiative is expected to strengthen Thailand’s defense industrial base and improve
robotautomationintegrated-platform-management-systemnaval-technologydefense-technologyoperational-effectivenessreal-time-monitoringSilent, deadly, and preventable: the radon story you need to hear
The article highlights radon as a silent, deadly, and preventable public health risk responsible for thousands of deaths annually, primarily through lung cancer caused by long-term exposure. Dallas Jones, an expert in environmental health and radon safety, explains that radon is a naturally occurring radioactive gas that seeps into homes from the soil, making all houses potentially vulnerable regardless of construction type. The invisible and odorless nature of radon, combined with its slow health effects, contributes to widespread under-awareness and difficulty in accountability since no single manufacturer or company is responsible. Testing is emphasized as the only reliable method to detect radon, with levels fluctuating due to environmental and seasonal factors, necessitating continuous monitoring rather than one-time tests. Advances in sensor technology, such as those developed by Ecosense, now offer affordable, real-time digital radon monitors that provide hourly updates, enabling homeowners to identify exposure spikes and take timely action. Additionally, smart home integration allows mitigation systems to dynamically respond to radon levels,
IoTsensor-technologyradon-detectionenvironmental-healthsmart-home-devicesreal-time-monitoringair-quality-sensorsIntuitive adds real-time surgical insights for da Vinci 5 surgical robot
Intuitive Surgical’s latest-generation da Vinci 5 surgical robot platform significantly enhances surgical capabilities through its vastly increased computing power—over 10,000 times that of the previous da Vinci Xi model. This computational boost enables new features such as the Force Gauge, a real-time visual indicator that displays the force applied by the robot’s instruments during surgery within a 0–6.5 Newton range. This addition aims to improve surgical precision and safety by providing surgeons immediate feedback on tissue interaction. Another key innovation is the in-console video replay, allowing surgeons to review critical moments of an ongoing procedure without leaving the console, thereby supporting better intraoperative decision-making and collaboration. These features are delivered via Network CCM, a remote software update system that allows continuous platform optimization. Intuitive’s leadership emphasizes that these advancements are part of a broader strategy to enhance surgical efficiency, patient outcomes, and reduce overall care costs. Clinical feedback, such as from Dr. Andrea Pakula of Adventist Health, highlights the practical benefits of
robotsurgical-robotda-Vinci-5force-feedbackreal-time-monitoringmedical-roboticsdigital-surgerySpace Dots raises $1.5M seed round to provide insights on orbital threats
Space DOTS, founded by Bianca Cefalo in 2022, has developed SKY-I, a software platform designed to help space technology manufacturers and operators detect, interpret, and attribute both natural and human-originated threats in orbit. Drawing on her extensive aerospace experience, including roles at Airbus Defence and Space, Cefalo launched the company out of frustration with corporate bureaucracy and resistance to innovation in the space industry. She highlights that nearly 15% of spacecraft anomalies stem from manufacturers’ misunderstandings of the complex space environment, which varies significantly across different orbital regimes. Space DOTS addresses this by generating proprietary in-orbit environmental data combined with external sources to provide real-time threat intelligence, enhancing spacecraft resilience in contested space. The company recently closed a $1.5 million seed funding round led by Female Founders Fund, bringing its total funding to $3.2 million. Other investors include Sie Ventures, Feel Ventures, and General Electric Company. Cefalo described the fundraising process as challenging but successful through a combination
IoTspace-technologysatelliteorbital-threatsspace-dataaerospacereal-time-monitoringNew tech tracks EV battery health 1M times/sec while it’s in use
Researchers at Germany’s Fraunhofer Institute for Manufacturing Technology and Advanced Materials (IFAM), led by Professor Fabio La Mantia, have developed a novel real-time battery monitoring technique called dynamic impedance spectroscopy. Unlike traditional impedance spectroscopy, which requires batteries to be at rest and takes up to 20 minutes for results, this new method performs up to one million measurements per second during live operation. By overlaying a multi-frequency test signal onto the charging or discharging current, the system captures detailed data on the battery’s internal electrical behavior, enabling continuous tracking of state of charge (SoC), state of health (SoH), and safety. The innovation includes specialized algorithms that efficiently process the massive data volume in real time without losing accuracy. This allows battery management systems to detect overheating instantly and take preventive actions such as power reduction or shutdown, eliminating reliance on slower external temperature sensors. The technology enhances electric vehicle (EV) charging by optimizing between fast and slow charging modes to reduce battery wear and overheating. Additionally,
energybattery-technologyelectric-vehiclesrenewable-energyimpedance-spectroscopyreal-time-monitoringenergy-storage-systemsAVEVA PI System Giúp doanh nghiệp tăng khả năng cạnh tranh nhờ làm chủ dữ liệu
energyIoTdata-analyticsreal-time-monitoringautomationsustainabilityindustrial-processes