Course at EMBL-EBI. Managing a bioinformatics core facility. 8 – 10 December 2025. Hinxton, UK. EMBL's European Bioinformatics Institute.

Just over two weeks left to apply for our bespoke 'Managing a core facility' workshop. It will run 8 – 10 December 2025 at @ebi.embl.org in Hinxton.

Apply by 17 August: www.ebi.ac.uk/training/eve...

#corefacility #bioinformatics #operationalmanagement #impactpathways #teamleader #STEMmanager

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Now 10% on Operational Management courses

🎉 Limited Time Offer: 
Enrol at 🌐 🔗 www.lbtc.co.uk/subject/operations-manag...

#OperationalManagement #ProfessionalDevelopment #Leadership #Testimonial #LBTCUK #LondonBusinessTrainingandConsulting #UK #London

Maximizing the Value of Battery Energy Storage Systems Through Effective Operational Management Battery Energy Storage Systems (BESS) are becoming increasingly important assets, but maximizing their value requires a keen understanding of battery aging and effective operational management. The lifespan and profitability of a BESS are directly tied to how it's used; operational strategies, including when and how batteries are charged and discharged for energy market participation, significantly influence battery health, typically measured by State of Health (SoH). Utilizing battery simulation models presents a data-driven approach to predict aging, optimize strategies, and ultimately, maximize return on investment (ROI). Battery aging is an unavoidable process, and SoH serves as the critical indicator of a battery's remaining capacity and performance. A longer lifespan directly translates to increased revenue generation and a higher ROI. The ways in which a BESS participates in energy markets—the frequency, depth of discharge, and SoC levels—have a profound impact on the aging process. For instance, operating with just one charge/discharge cycle per day demonstrates slower aging and better SoH over a decade, while doubling that frequency accelerates degradation and negatively impacts long-term profitability, despite potentially generating higher short-term revenue. Interestingly, participation in both day-ahead and intraday markets, characterized by frequent, shallower cycles and lower average SoC levels, can surprisingly lead to a more favorable long-term SoH, minimizing calendar aging effects. Several factors beyond cycling frequency contribute to battery aging. Depth of Discharge (DoD), the extent of a battery’s capacity utilized during each cycle, is crucial. Maintaining higher SoC levels for prolonged periods also accelerates aging. Temperature and the charging/discharging rate (C-rate) also play significant roles, although the article provides limited detail on these. Battery simulation models are invaluable tools for optimizing BESS operation. They provide data-driven insights into the aging impact of different strategies, allow operators to virtually "test" various operational profiles before real-world implementation, and help predict remaining battery life and associated costs. These models empower informed decision-making regarding market participation and operational adjustments, leading to a better understanding of BESS aging dynamics and a maximized ROI. Ultimately, a focus on long-term battery health and lifespan, facilitated by simulation tools, is essential for sustainable and profitable BESS operation.

Maximizing the Value of Battery Energy Storage Systems Through Effective Operational Management #CAISO #BatteryAging #OperationalManagement #BatterySimulation #EnergyMarketParticipation #ReturnOnInvestment

State auditor warns Klein Irrigation District over compliance issues and potential penalties State auditor informs Klein Irrigation District of noncompliance leading to possible legal action.

Clallam County is on the brink of a financial crisis as the Klein Irrigation District faces dire compliance issues that could halt its operations entirely!

Click to read more!

#ClallamCounty #WA #OperationalManagement #PublicAccountability #CitizenPortal #FinancialCompliance

It was great to exchange knowledge and share ideas on how to become an operational manager and the value they can bring to Sierra Leone’s health system.

#operationalmanagement

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