Different #metrics are required to quantify the reliability of a network to ensure interventions and improve its performance. Traditionally, metrics such as CML (SAIDI) or CI (SAIFI) have worked well. However, the environment for electrical utilities is ever changing, assets are aging, network usage is changing to address climate change, and climate change is increasing the frequency and magnitude of once considered high impact low frequency (HILF) events. 📝 Read E.DSO Position Paper on climate resilience metrics for #ElectricityGrids and learn how resilience metrics can provide the basis to measure networks improvements in a changing climate environment. ➡️ https://bit.ly/4bmbsOd
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The measurement of the technical efficiency of electricity grids is not a deterministic exercise but rather one with a stochastic nature. Stochastic Frontier Analysis can provide confidence intervals for the factors affecting the operational efficiency of DSOs and thus, contribute significantly to the optimised allocation of their resources on asset management (predictive maintenance, technical equipment stock preservation), and the reduction of the relevant operational costs.
Different #metrics are required to quantify the reliability of a network to ensure interventions and improve its performance. Traditionally, metrics such as CML (SAIDI) or CI (SAIFI) have worked well. However, the environment for electrical utilities is ever changing, assets are aging, network usage is changing to address climate change, and climate change is increasing the frequency and magnitude of once considered high impact low frequency (HILF) events. 📝 Read E.DSO Position Paper on climate resilience metrics for #ElectricityGrids and learn how resilience metrics can provide the basis to measure networks improvements in a changing climate environment. ➡️ https://bit.ly/4bmbsOd
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A 2021 report ranked the utility industry as the most at risk from climate hazards. Learn four other trends impacting the industry and driving the need for Energy 4.0 technologies. https://bit.ly/48NSEXx #systemswithintelligence #swi #energy4.0
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The IPCC's #SSPs are important to understanding our future climate. Each SSP outlines ways the world might change in the future, including different types of energy generation, rates of population growth, economic development and land uses. These lead to different levels of greenhouse gas emissions over time. Learn more about each SSP with our new fact sheet. #NESP Department of Climate Change, Energy, the Environment and Water
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Deputy CEO and Chief Science Officer at Quadrature Climate Foundation. Associate Researcher at Mines Paris Tech/IHEIE. Speaker. Author. Lecturer. Energy and climate tech. (Views are my own)
Simple... at least in practise What is behind the energy transition we need to realise as soon as possible? Replacing the use of fossil fuels in every part of the economy. That implies that the fossil-fueled system has to progressively disappear while the low-carbon alternative is deployed. The graph below is a perfect illustration. Looks smooth- right? Well, this type of graphical representation not only masks the difficulty of the task but even more importantly all the bumps that we will have to encounter on the way: the mid-transition, or the messy middle (https://lnkd.in/e7M2uEGY). Those bumps will have multiple causes: non-optimised system, conflicts between short-term actions and long-term objectives, resistance from incumbents, failures (not everything will work first time, some avenues will prove dead end, etc), volatile climate policies, politisation of climate debates, etc... An important topic that is not discussed enough IMHO. But we need to find ways to navigate through the storms. It is not enough to know the destination, the path we take and the weather conditions are important factors for the length and difficulty of the trip. Source of the graph: https://lnkd.in/eChc5-Yv A great read on the mid-transition: https://lnkd.in/eUPBQcKg #energytransition #messymiddle #climatechange #climatesolutions
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Scientists have the tools to directly link extreme weather events to #climatechange, revealing how much human activity has intensified hurricanes, heatwaves, floods, and more. Recent studies show climate change has made these events more frequent and severe, causing billions in damages. The urgency for a swift transition to #renewableenergy has never been more clear. It’s not just a future problem—significant impacts are happening now. Solar energy combined with #batterystorage can help keep the power on during climate-driven storms and extreme weather, providing critical resilience for communities that need it the most, especially in remote or vulnerable areas where power outages can be life-threatening. Unlike fossil fuels, solar power provides a reliable, sustainable energy source that mitigates the impacts of climate change. Investing in #solarenergy isn't just a choice for the environment; it's a necessary step forward to a secure and resilient future. More from National Geographic.
The link between extreme weather and climate change has never been more clear
nationalgeographic.com
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As heat waves become more frequent and intense, the vulnerability of power transformers is thrust into the spotlight. Join us as we delve into the complexities of this pressing issue and explore strategies to safeguard our electrical grid against the impacts of climate change. https://lnkd.in/gxzk3rfx #HeatWaves #PowerTransformers #ClimateChange #GridResilience #InfrastructureVulnerability
Heat Wave Threat: Evaluating Blackout Risks in Your Area
powersystems.technology
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Extreme weather caused by climate change increasingly threatens utility infrastructure. A new study from Duke Energy utilizes cutting-edge technology and builds on a decade of climate resilience planning to examine these risks and outline the plan to adapt to them. Check out this on-demand ICF Climate Center webinar to learn more. https://okt.to/JM4WFD
How Duke Energy is Increasing Climate Resilience
icf.com
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While there are 100s of #climate datasets available, there are numerous gaps that still exist. EPRI's Climate Data Gaps resource, released today, takes stock of many of these current gaps that are important to address for #energy sector planning and operations. Read more: https://lnkd.in/gjJaZNS3
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The power grid is an important tool in the fight against climate change. What technologies, innovation, and expertise will help accelerate its decarbonization? #SLBNewEnergy #PowerIndustry
Watch Video | Technologies, Innovation, and Expertise to Accelerate Decarbonization of the Power Grid
connex.slb.com
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As climate change continues to be a more persistent issue, so do efforts to combat it. Specifically, decarbonization – the reduction of carbon dioxide emissions using low carbon power sources – is helping lead the way. Here’s how Motivair’s Heat Pump can help you leverage low carbon power sources and save energy to help aid your decarbonization efforts >> https://lnkd.in/dcP6ZYq #VerticalSystems #Motivair #HeatPumps #Decarbonization #EnergyEfficiency
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