IEEE Power & Energy Society’s Post

✨ New! IEEE Transactions on Smart Grid are now available here: https://bit.ly/3Re00Og ... The IEEE Transactions on Smart Grid is a cross-disciplinary journal aimed at disseminating the results of research on and development of the smart grid, which encompasses energy networks where prosumers, electric transportation, distributed energy resources, and communications are integral and interactive components, as in the case of microgrids and active distribution networks interfaced with transmission systems. #ieeepes #ieeetransactions #smartgrid

DC Metering Innovations – The Evolving Role of Metrology in DC Infrastructure As the energy transition accelerates, DC infrastructure is becoming increasingly critical for fast charging, renewable integration, and smart grids. Accurate measurement is essential to ensure efficiency, reliability, and regulatory compliance. At the NMi Technical Symposium 2025 (23–24 September, Delft), our expert Sallena Choudhury will explore DC metering innovations and the evolving role of metrology in this rapidly developing sector. Learn how measurement advancements support safe, transparent, and future-ready DC networks. Join the conversation, gain insights from technical leaders, and see how metrology is shaping the future of DC infrastructure. Register now: https://lnkd.in/edgkFg5d #WeAreNMiGroup #DC #Metering #PoweredByNMi #Innovation #Symposium

DC Metering Innovations – The Evolving Role of Metrology in DC Infrastructure As the energy transition accelerates, DC infrastructure is becoming increasingly critical for fast charging, renewable integration, and smart grids. Accurate measurement is essential to ensure efficiency, reliability, and regulatory compliance. At the NMi Technical Symposium 2025 (23–24 September, Delft), our expert Sallena Choudhury will explore DC metering innovations and the evolving role of metrology in this rapidly developing sector. Learn how measurement advancements support safe, transparent, and future-ready DC networks. Join the conversation, gain insights from technical leaders, and see how metrology is shaping the future of DC infrastructure. Register now: https://lnkd.in/e8K8H6D8 #WeAreNMiGroup #DC #Metering #PoweredByNMi #Innovation #Symposium

Developers are increasingly adopting grid-forming (GFM) batteries to cut costs and open new revenue streams across the NEM. The decline of synchronous generation is reshaping how the grid stays stable and is driving demand for assets that can provide their own system strength and inertia. GFM batteries can self-remediate their impact on the network, allowing them to avoid expensive system-strength charges. They are also beginning to earn out-of-market income through network support contracts, as transmission operators award more inertia and system-strength services to batteries. We've just published our latest research into grid-forming BESS in the NEM, focusing on: ▪️ How grid-forming inverters create additional revenue opportunities for batteries ▪️ The highest-value regions of the NEM for grid-forming projects ▪️ The scale of system-strength charges developers can avoid ▪️ International benchmarks for the value of network support contracts ▪️ The long-term role of grid-forming batteries Modo Energy subscribers can read the full breakdown now on the Modo Energy Terminal.

Looking to boost the performance and cost savings of your microgrid? Our new collaboration with Eaton pairs Xendee's cutting-edge microgrid design and Model Predictive Control (MPC) operations platform and expertise with Eaton's trusted power distribution hardware and expertise. The result of this and similar collaborations that Xendee has across the energy industry is a more streamlined path to design, deploy and operate highly efficient, resilient microgrids and DERs. Read the full press release: https://lnkd.in/gTJ-485x

This collaboration with Eaton is an exciting milestone for the rollout of Xendee Operate. It's exciting for the industry because a cohesive end-to-end solution (that includes software and hardware) for designing and operating optimized microgrids provides a path forward to achieve strong returns for project owners. For those not immersed in the energy industry, these types of distributed energy systems are critical to meeting the power demand from the increasing electrification of life, rapid growth of data centers, ongoing growth of EV's, etc. Working closely with the Eaton team on this and the announcement has been a pleasure! Read more in the release below.

Power #utilities are facing unprecedented challenges for the present and future. They must find new ways to adapt their aging grids to accelerating demands in areas such as electrification and distributed energy generation so they can keep supplying safe and reliable power for everyone. Read our Hansen Chan's article on Energy Central to learn more: https://lnkd.in/ezTh_GsS #IEC61850

Today, I want to discuss the assessment of using various techniques to enhance the power transfer capability of large interconnecting links. As we know, the extensive interconnection of large electrical power systems is crucial for enhancing overall system performance and cost-effectiveness. This approach offers numerous technical and economic benefits, including the aggregation of major generation stations, provision of spinning reserve capacity, and utilization of the most cost-effective energy sources. When considering very long-distance interconnections, like those spanning across continents, the focus shifts to the significance of power transmission capability. This aspect becomes particularly critical in ensuring efficient power transfer over extended distances, posing unique challenges and opportunities for global energy connectivity. I invite you to share your insights and perspectives on this topic. How do you perceive the importance of enhancing power transfer capability in large interconnecting links, especially in the context of connecting regions across vast distances? Let's engage in a meaningful discussion to explore the complexities and implications of this crucial aspect of modern energy systems. #PowerTransmission #EnergyConnectivity #GlobalInterconnection

I'm happy to share that my paper entitled "An Agent Based Model Applied to a Local Energy Market (LEM) Considering Demand Response (DR) and Its Interaction with the Wholesale Market (WSM)" has been published in IEEE Xplore. The paper proposes an Agent-Based Model using Q-Learning to simulate Local Energy Markets integrated with Demand Response programs. By shifting consumption to periods of high renewable generation or storage, it aims to reduce energy costs and increase community profits. The model was validated with real consumption and PV generation data. You can find it in the link below. https://lnkd.in/dZit-mjr #energy #renewableenergy #electricitymarkets #storage #energycommunities

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