IMCORP, an Osmose company的动态

The Lithium-ion battery (LIB) is an important technology for the present and future of energy storage, and most often the main building block of Battery Energy Storage Systems (BESS). Since many LIB types display a tendency to ignite or release gases and therefore pose hazards which are significantly different to other fire hazards in terms of initiation route, rate of spread, duration, toxicity, and suppression. For safe operation of BESS facilities, deployment of sophisticated detection systems is critical. Contact one of local Consilium offices, and learn how Consilium can assist you safety improvement of BESS. ?https://lnkd.in/gDJYHRkM #FireSafety #BatteryEnergy #Consiliumsafety #InnovativeSolutions #BESS #firesafety #thermalrunaway #gasdetection #alternativeenergy #renewableenergy

Navigating UK’s October 14th Grid Stability Challenges with Plexos Article: https://lnkd.in/eXmtacdH On October 14, 2024, the UK’s National Grid Electricity System Operator (ESO) activated its blackout prevention system amid unexpected demand surges and low renewable generation output. This incident highlights persistent challenges within the UK grid, specifically as the country’s power market integrates more renewable energy sources and adapts to the complexities of real-time energy balancing (New Civil Engineer, 10-23-2024, New Civil Engineer Energy). How Plexos Supports Market Participants in the UK’s Evolving Power Landscape Plexos is uniquely positioned to help utilities, traders, and other market participants navigate these challenges through advanced scenario modeling, real-time data integration, and optimization capabilities. Here’s how: Sophisticated Scenario Modeling for Grid Stress: Plexos enables utilities to simulate various grid stress scenarios, from renewable dips to demand spikes. By modeling these in advance, utilities can devise proactive responses, avoiding over-reliance on emergency systems and blackout prevention measures while maintaining grid stability. Enhanced Demand Forecasting and Dispatch Optimization: Plexos integrates real-time data from across the grid, allowing utilities to dynamically adjust dispatch strategies as grid conditions evolve. This capability is essential during peak demand or low renewable generation, helping utilities align supply with demand in real time, thus minimizing risks of outages. Price and Risk Forecasting for Traders: With Plexos’ advanced forecasting tools, traders can model demand fluctuations and anticipate market volatility under grid stress conditions. By preparing for price spikes, traders can optimize their bidding strategies and manage risks more effectively, especially during high-demand periods when grid capacity is most vulnerable. The October blackout prevention event serves as a reminder of the evolving needs of the UK’s power market. Plexos’ advanced modeling capabilities provide a foundation for market participants to adapt to these shifting conditions, helping ensure grid resilience, stability, and profitability as the UK moves closer to a renewable-driven future. Get in touch or learn more about our capabilities & product offering below?- https://lnkd.in/ejB-qe-r #GB #Power #Electricity #Gas #Water #Hydro #EnergyExemplar #ZonalPricing #EnergyTransition #UKIndustrialStrategy #Plexos #PlexosInsight #PlexosPlaybook #PlexosEngine #PlexosSolutions #Priceforecast #GBMarketModel #EUMarketModel #UKGrid #PlexosSolutions #EnergyForecasting #GridResilience #PowerMarketOptimization

Sensonics systems help to optimise gas flows and pressures: Effective monitoring of turbines including overspeed protection in the power generation industry is critical to ensure smooth running and trouble-free operation, especially in today’s highly competitive and energy cost–conscious environment. Failure of the turbine, or pump speed governing system can lead to rotor damage with expensive consequences. Independent speed monitoring and protection is essential to […] The post Sensonics systems help to optimise gas flows and pressures appeared first on Industrial Compliance.

I am thrilled to share some recent work using the PHAST software to analyze gas dispersion under varying wind conditions. PHAST is a powerful tool for assessing the potential impacts of hazardous gas releases, ensuring safety, and mitigating risks in industrial environments. In this study, I simulated gas dispersion for two different wind speed and stability scenarios: - 2/F - 5/D Higher wind speeds tend to disperse the gas more horizontally, while lower wind speeds and stable conditions confine the plume more vertically. #PHAST #GasDispersion

https://lnkd.in/dsrXqdtw Following months of data-driven insights from deployments off North Carolina’s Outer Banks, the U.S. National Renewable Energy Laboratory (NREL) is moving forward with a next-generation iteration of its hydraulic and electric reverse osmosis (HERO) wave energy converter (WEC), a wave-powered desalination system.?

?? Exploring the Power of EMTP? in Basic Design and Project Estimation ?? Maicon Ramos, from Siemens Canada, presented an impressive study comparing #EMTP? and #PSS?E using WECC generic models in a wind power plant. PSS?E, known for its robust capabilities and often considered the gold standard for comparison, had a simple model that was still more comprehensive. Despite this, EMTP? achieved nearly identical results in a series of acceptance tests, demonstrating its efficiency and accuracy for project estimation and basic design. This makes it particularly valuable for older projects with limited data. ?? For a deeper dive, watch the full presentation here: https://lnkd.in/dQPCrrj9 #PowerSystems #Simulation #WindEnergy #Transient #Dynamic #PSSE

“Plans for German #hydrogencorenetwork gain ground” July 24, 2024, - Aida ?u?uk “#Transmissionsystemoperators (#TSOs) have submitted the official application for the development of the German #hydrogen core network to the Federal Network Agency (BNetzA).” “FNB Gas, the association of supra-regional #gastransmission companies in Germany, submitted the joint application on July 22, 2024.” “The total length of the optimized #coregrid according to the application is 9,666 kilometers. Of this, 802 kilometers is accounted for by #pipelines from 16 other potential #hydrogennetworkoperators (#distributionnetworkoperators ).” “The #corenetwork consists mainly of converted #naturalgaspipelines (approximately 60%), and the investment costs amount to €19.7 billion. The feed-in and feed-out capacities amount to around 100 GW and 87 GW respectively.” https://lnkd.in/gdshrpeX? Source- original post Read all my posts #MariusPreston

Welcome to the week 8 installation of Camelot Energy Group's Field Failure Series! #FFS. This week's topic is proper selection of flexible conductors for trackers, and the risk that improper materials and installation pose to system performance. Read below for more!