Sungrow Power Supply Co., Ltd.’s Post

As the industry strives for higher energy density, #Gotion continues to focus on not compromising on safety. Our existing (3.4MWh, 4.6MWh) and future high-density (5MWh) come with our proprietary "Targeted Pack Immersion Technology" as a first line of defense in a #ESSsafety event. By targeting the fire suppression liquid to an individual pack, #thermalpropagation is arrested at the pack level. Controlling propagation is critical to limiting battery-related thermal events and Gotion's patent proprietary technology reduces safety risk when deploying centralized #energystorage systems. Below is a video that shows a controlled test where the #firesuppression liquid limited thermal propagation when a thermal event was induced. #renewableenergy #utilityscale #grid #batterytechnology #lfp

'Safety' for battery-electric vessels is not only about high performance batteries. A systems approach considers charging, awareness of the risk of running out of energy at sea - along with the ability to prevent and fight fire. The initial focus for Lithium-ion batteries has been on the various chemistries and energy density. It is now essential to establish a consistent approach to identify safe battery-electric systems. NEXT GEN Marine BATTERY Workshop via TEAMS is on 22 October 2024 from 13.00 to 17.00 UK. The theme is - How Can We Make Battery Electric Vessels Safer? The workshop includes a superb group of presenters and industry experts along with time for dynamic Q&A. Session One considers safety standards and lessons from other sectors. Session Two brings in industry solution providers and viable technology. Session Three looks at preventing thermal runaway and managing fire risks. Workshop Lead - John Haynes, ‘From running Energy Transition training for significant maritime organisations it is clear there is an urgent need for a better understanding of safety for energy storage systems.’ NEXT GEN Marine BATTERY – Information and Register https://shorturl.at/9xgNh #NEXTGEN #MarineBattery #MarineHybrid #BatteryElectric #Safety

'Safety' for battery-electric vessels is not only about high performance batteries. A systems approach considers charging, awareness of the risk of running out of energy at sea - along with the ability to prevent and fight fire. The initial focus for Lithium-ion batteries has been on the various chemistries and energy density. It is now essential to establish a consistent approach to identify safe battery-electric systems. NEXT GEN Marine BATTERY Workshop via TEAMS is on 22 October from 13.00 to 17.00 UK. The theme is - How Can We Make Battery Electric Vessels Safer? The workshop includes a superb group of presenters and industry experts along with dynamic Q&A. Session One considers safety standards and lessons from other sectors. Session Two brings in industry solution providers and viable technology. Session Three looks at preventing thermal runaway and managing fire risks. Workshop Lead - John Haynes, ‘From running Energy Transition training for significant maritime organisations it is clear there is an urgent need for a better understanding of safety for energy storage systems.’ NEXT GEN Marine BATTERY – Information and Register https://shorturl.at/9xgNh #NEXTGEN #MarineBattery #MarineHybrid #BatteryElectric #Safety

VARIABLE FREQUENCY DRIVES (VFDs) The integration of Variable Frequency Drives (VFDs) in marine pumps allows for better control over pump operation. VFDs adjust the pump speed to match the required flow rate, significantly reducing energy usage during low-demand periods. This leads to substantial energy savings and extends the lifespan of the pump. Learn more: https://lnkd.in/g3XqbyQK #EnergyEfficiency #VFDs #MarinePumps #VariableFrequencyDrive #PumpControl #EnergySavings #SustainableTechnology #ExtendedPumpLifespan

As the industry strives for higher energy density, #Gotion continues to focus on not compromising on safety. Our 3.4MWh and 5MWh high-density come with our proprietary "Targeted Pack Immersion Technology" as a first line of defense in a #ESSsafety event. By targeting the fire suppression liquid to an individual pack, #thermalpropagation is arrested at the pack level. Controlling propagation is critical to limiting battery-related thermal events and Gotion's patent proprietary technology reduces safety risk when deploying centralized #energystoragesystems. Below is a video that shows a controlled test where the #firesuppression liquid limited thermal propagation when a thermal event was induced. #renewableenergy #utilityscale #grid #batterytechnology #LFP

As the industry strives for higher energy density, #Gotion continues to focus on not compromising on safety. Our 3.4MWh and 5MWh high-density come with our proprietary "Targeted Pack Immersion Technology" as a first line of defense in a #ESSsafety event. By targeting the fire suppression liquid to an individual pack, #thermalpropagation is arrested at the pack level. Controlling propagation is critical to limiting battery-related thermal events and Gotion's patent proprietary technology reduces safety risk when deploying centralized #energystoragesystems. Below is a video that shows a controlled test where the #firesuppression liquid limited thermal propagation when a thermal event was induced. #renewableenergy #utilityscale #grid #batterytechnology #LFP

See how an advanced voltage regulation controller overcomes challenges on feeders where distributed energy resources and automated feeder reconfiguration render traditional power-flow-dependent control strategies ineffective. Learn more: https://lnkd.in/guZBT9Ev #DistributedGeneration #DERs #ElectricalEngineering #PowerDistribution

To ensure the reliable operation of battery energy storage systems (BESS), it's crucial to employ DEHN's surge protection devices and lightning protection systems. These critical elements are key to defending against power surges and transients, ultimately extending the longevity of electronic components in the system. Enhance energy storage efficiency and reliability by investing in DEHN's surge protection devices and lightning protection systems! #BESS #energystorage #energy #energystoragesystem #DEHNprotects

The Quest for Resiliency : The Dynamic Challenges Faced by the Energy Industry | TD World https://vist.ly/zkvc *This article was written specifically for and originally published on T&D World’s website, www.tdworld.com* #3BProtection #PerimeterProtection #SecuritySolutions #SecurityWalls #PerimeterSecurity #BallisticProtection #RLSCertified #PerimeterSecurityWalls #BlogPost #Article #LearnMore #ReadMe #PowerStations #PowerPlants #SubstationProtection #EnergyIndustry #CriminalDamage

🌩️ Exploring the Future of High-Voltage Network Safety with EGLA Technology at RTE France 🌩️ 🔍 Discover the transformative impact of Externally Gapped Line Arresters (EGLA) in high-voltage power systems. This innovative approach is redefining lightning protection and enhancing network safety. Key Takeaways: 1. EGLA's Journey: Developed in Japan 40 years ago, this technology, combining Metal Oxide Varistors and air gaps, is still unlocking new potentials. 2. RTE's Leadership: France's TSO, Réseau de Transport d'Électricité, leads in applying EGLA, reducing lightning-induced outages and boosting safety. 3. EGLA vs. NGLA: EGLA's unique arcing gap design reduces stress, improving longevity and reliability. 4. Prioritizing Safety: In France, the focus extends beyond outage prevention to addressing ground potential rise risks for public safety. 5. Live-Line Work Excellence: RTE's strategies for EGLA installation and maintenance without service interruptions are industry-leading. 6. Beyond Lightning Defense: EGLA's applications could revolutionize line compaction and retrofitting. 👥 Insights from Dr. Luis DIAZ (R&D Engineer, RTE France) and Florent Giraudet (Independent Consultant, Germany). 🔗 For an in-depth read: read our Full Article from Transformer Technology #EGLATechnology #PowerSystems #LightningProtection #RTEFrance #HighVoltageNetwork #Innovation #EnergyTransition