In our series together with ju:niz we are talking about 'key players' in cell balancing. 🏃♀️ Today's player is: BMS Configuration ⚽ Position: Defensive Midfield 🔋 Bio: BMS Configuration is the tactical brain of the team, constantly analyzing and adjusting the settings to optimize overall performance. Known for its ability to read the game and anticipate the needs of each cell, this player ensures the battery system is always running at peak efficiency. 📝 Coaching Notes: Mastery of the technical details and a robust strategy are essential for this player. As the central hub of communication, BMS Configuration must seamlessly integrate feedback from all other players to prevent performance dips and ensure longevity. Interested in the other players? So far, we have discussed: Operation Mode: https://lnkd.in/dn6TwiTK Inverter Balancing: https://lnkd.in/dPk5m7SX String Balancing: https://lnkd.in/dW8Z69_7 Active Aging Control: https://lnkd.in/dNZr4azq Power Distribution: https://lnkd.in/dvqa3JzR — #TWAICE unleashes the full potential of batteries with battery analytics software #batteries #bess #batterystorage #batteryanalytics #cellbalancing
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Chroma's proprietary BatteryPro software continuously receives and processes the BMS data used to monitor battery temperature and voltage. It also utilizes BMS signals with a user-defined unique identifier (ID) to receive BMS data under constant current (CC), constant current-constant voltage (CC-CV), constant power (CP), or constant voltage (CV) mode. The software then uses this data to dynamically adjust output current, voltage, and power, ensuring that the battery does not carry excessive voltage or accumulate too much heat while also providing accurate capacity measurements. #Chroma17020 #Chroma17040 #Chroma17040E #BMS #Battery #BatteryPack #Testing #ChromaATE #AdvancingExcellence
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Chroma's proprietary BatteryPro software continuously receives and processes the BMS data used to monitor battery temperature and voltage. It also utilizes BMS signals with a user-defined unique identifier (ID) to receive BMS data under constant current (CC), constant current-constant voltage (CC-CV), constant power (CP), or constant voltage (CV) mode. The software then uses this data to dynamically adjust output current, voltage, and power, ensuring that the battery does not carry excessive voltage or accumulate too much heat while also providing accurate capacity measurements. #Chroma17020 #Chroma17040 #Chroma17040E #BMS #Battery #BatteryPack #Testing #ChromaATE #AdvancingExcellence
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It’s Friday! If you would like to know a little more about how Quantum Controls can help you with the maintenance and support of your VSD’s, here is a little video for you all. Happy weekend!! #quantumcontrols #variablespeeddrives #engineeringsolutions #engineeringmanagement #supportengineer
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State of Charge is one of the most important state estimations for batteries. However, it can be a tricky metric. An inaccurate SoC can cause safety issues and economical losses due to non-reliable operations. Why? Read our article 👉 https://lnkd.in/dt4qqbfV — #TWAICE unleashes the full potential of batteries with battery analytics software #batteryinnovation #batteryanalytics #energystorage #stateofcharge #batteries
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Dear Community, 🔋💡 How about if we told you that you could reduce the identification of parameters for the Battery Equivalent Circuit Model (ECM) from weeks to hours? Sounds exciting, doesn't it? Then you definitely shouldn't miss our live webinar. In this webinar, me and my collegue Juergen Schneider will introduce the Hybrid Pulse Power Characterization Test (HPPC) and explain why physical cell models are the fastest solution for deriving Battery Equivalent Circuit Models (ECM). 📅 When? On April 18, 2024, at 4:00 PM. Sign up now and learn: • How easy it is to generate input data from virtual pulse measurements. • How we have automated the process of parameterization and adaptation of Battery Equivalent Circuit Models (ECM). • A live demonstration of the entire workflow. Register today at the following link: https://lnkd.in/daXbvpVr Don't miss this opportunity to optimize your battery testing and save time! #simulation #eMobility #batteries #BEV #digitaltwin Best regards, Matteo
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🔋NEW VIDEO🔋 In the world of rechargeable battery stacks, one of the most critical functions of a Battery Management System (BMS) is balancing the state of charge of all cells in the stack. This video explains how Pickering’s modular PXI battery simulators can be used to develop, optimize, and test the BMS cell balancing algorithms without the complication and safety issues of using an actual battery stack. https://hubs.ly/Q02tkkxh0 #BMS #BatteryManagement #NewVideo #Simulation #TestandMeasurement
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💥 Groundbreaking | Monocrystalline Silicon Pressure Transmitters Portfolio | For Extreme Operating Conditions in the Chemical Industry https://lnkd.in/gfnviJQj #MicroSensor #sensing #transmitters #highperformance
MDM7000 Series Smart Pressure Transmitters
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Excited to dive into the world of speed controls! 🚀 Here's a glimpse into four common types and their output waves: 1. Unfiltered Half Wave SCR Control: Harnessing the power of half waves, this control method utilizes the Silicon Controlled Rectifier (SCR) to regulate speed. Keep an eye on those waveforms for insights into its efficiency. 2. Unfiltered Full Wave SCR Control: Doubling down with full waves, this SCR control extends its reach for smoother operations. Explore the output waves to uncover the nuances of this robust speed control mechanism. 3. Filtered Full Wave SCR Control: Filtering out the noise, this variant of SCR control ensures a cleaner output. The full wave action persists, but with a refined touch. Delve into the output waves for a clearer picture of its performance. 4. Filtered PWM Control: Welcome to the realm of Pulse Width Modulation (PWM)! Filtering and modulating the pulse width, this control method offers precise speed adjustments. Dive into the output waves to understand how PWM brings accuracy to the speed control game. Ready to navigate the waves of innovation in speed control? Let's ride the currents of these diverse methods together! 💡 #Engineering #ControlSystems #Innovation #SpeedControl
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🔋NEW VIDEO🔋 In the world of rechargeable battery stacks, one of the most critical functions of a Battery Management System (BMS) is balancing the state of charge of all cells in the stack. This video explains how Pickering’s modular PXI battery simulators can be used to develop, optimize, and test the BMS cell balancing algorithms without the complication and safety issues of using an actual battery stack. https://hubs.ly/Q02tkcy20 #BMS #BatteryManagement #NewVideo #Simulation #TestandMeasurement
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