How Taylor Swift and Travis Kelce's relationship can teach us about power grids

Can tech make our power grid smarter? Yottar's mapping tool aims to help energy users spot where upgrades are needed most—paving the way for more efficient infrastructure. Could this change how we use electricity? via TechCrunch #EnergyTech #SmartGrid https://cstu.io/30a4be #CostEffectiveStrategy #SudoXResults #BusinessGrowth #MarketingInsights #OnlinePresence #TargetAudience #BrandAwareness #AdvertisingGoals #CommunityEngagement #CustomerFeedback #Conversions #WebsiteTraffic #BrandElevation #DigitalMarketing #BusinessMarketing

EV adoption is surging, but poor charging infrastructure standards are creating a reliability crisis that threatens the clean mobility transition.   In the fourth of our five-part "Future of Mobility" series, we examine the essential pillars of the EV charging lifecycle. The analysis in our latest report, “Beyond the Blueprint: Overcoming Barriers to Boost Usage”, reveals three critical barriers undermining EV charging infrastructure effectiveness: substandard installation and maintenance practices, grid integration treated as an afterthought, and consistently poor customer experience across charging networks. These aren't just technical hiccups—they're fundamental flaws that erode consumer confidence in electric mobility. When drivers can't rely on charging infrastructure to work seamlessly, the entire EV ecosystem suffers.   The path forward requires a complete shift in how we approach charging infrastructure deployment. Our research identifies the solutions: industry-wide standardised installation and maintenance protocols, mandatory renewable energy integration at public charging sites with smart energy management, and unified service standards covering payment systems and real-time data access to transform user experience.   As governments accelerate EV mandates and consumers increasingly choose electric, the infrastructure decisions we make today will determine whether we achieve smooth electrification or face a fragmented, unreliable charging landscape that slows the clean transport revolution.   Learn more about building charging infrastructure that actually works > https://lnkd.in/guisCzHG Amy Marshall Ashish Pandey Amanda Derhy   #CleanMobility #EVCharging #Infrastructure #SustainableTransport #EnergyTransition

🛵In many cities, two-wheeler electric vehicles have already become the backbone of urban mobility. As electrification accelerates, charging infrastructure is also undergoing a transformation — moving from single-point solutions toward intelligent systems. 🔌Single-point charging may have met the needs in the early stages, but as usage increases and penetration deepens, the market demands more: durability under high-frequency use, intelligent monitoring across distributed networks, and users’ expectations for both safety and convenience. 🌍At Power, we believe the next stage lies in intelligent systems. Through smart diagnostics, remote operations, and integration with renewable energy, each charging station is no longer just “a socket,” but a vital node within the future green mobility network. 🔋The evolution of charging stations is not only a technological upgrade, but also a cornerstone for the industry’s path toward sustainable development. Power is actively driving this progress, contributing to the future of urban mobility. #Power #EVCharging #TwoWheelerEV #SmartCharging #ChargingInfrastructure #GreenMobility #SustainableTransport #IntelligentSystems #UrbanMobility #SmartCities #FutureOfMobility #EVInfrastructure #EnergyTransition

🔋 🤷 Power remote sites fearlessly — does your energy solution rise to the challenge? In harsh, isolated settings like wind farms, mines or off-grid communities, reliability is non-negotiable. STAR Q (50 kW / 109 kWh) is built to perform where others don't. • No fixed infrastructure: optional 4G router for cloud integration, fleet management and real-time monitoring; Bluetooth for local control. • Smart & autonomous: continuous performance monitoring, predictive optimization and resilient operation in extreme climates. • Compact & scalable: 109 kWh fits microgrids, disaster backup and remote communities; rugged design for tight, rough sites. For renewable developers, industrial operators and frontier innovators — STAR Q keeps your remote projects running so you can focus on growth. #EnergyInnovation #RemoteSolutions #STARQPower #EnergyStorage

#ACDCBattery’s & #PowerGrids of the #future : An all in one #Power & Network soloutions for anywhere in the world & Beyond. I’ve lived my life in #remote places, with short stints in cities when my health failed. I’ve lived in almost every state, across the remote deserts of the west & small close knit towns of the south & east. Explored the wilds of the north & seen all manner of ways in which #Australians live. It’s taken a lifetime of travel & experience to create the #ACDC #Battery. ACDC Battery’s don’t just apply to DIY #MiniGrids & can be intergrated into quite sophisticated #energy #networks. Allowing for remote managment thtough #WIFI, #GSM, #SAT or #NBN. Allowing any #national #grid to create #EnergyPockets where excess energy from a group of Battery’s is stored & resold for that group. They don’t even need to be on the same #Grid. Allowing energy #companies to #trade in home energy for the industrial & #Government networks. Turning homes into a network of Battery’s. A Network that can add more energy from the homes through peoples efforts. Turning garden & kitchen waste directly into energy onsite. Including #recycling plastic into biofuels. This also means we can create #Modular, light weight powet grids in #space for projects like mars & #Moon #colonisation. Creating even the Grid Drive networks for future Plasma powered Starships. ACDC Battery’s combine #modularity with #engineering & the #collective #power of #communities. Reducing the need for large grid booster Battery systems, opting for localised Battery #EnergySurplus exchanges. This allows large #nations like #Australia to have grids that start #remote & grow towards being part of a national power grid network. Allowing even home government WIFI networks first use by the poor & underemployed. Allowing for #TV #transmission via networks not #broadcasting. An all in one Power & Network soloutions for anywhere in the world & Beyond.

🔍 Grid capacity across Europe has always been a puzzle. Different maps. Different formats. No single view. That gap just got smaller. A new interactive tool now brings together grid hosting capacity maps from across the EU in one place. Why this matters: ⚡ It shows where the grid has room for more generation or consumption ⚡ It helps CPOs and CSPs plan rollouts more strategically ⚡ It saves hours of searching through scattered national resources For anyone working in EV charging, energy, or cleantech, this kind of open-access overview is more than “nice to have”. It’s a competitive advantage. It reduces uncertainty, supports better investment decisions, and helps us all move faster in the green transition. 🙌 Huge thanks to Maarten Staats for making this accessible to the industry. Contributions like this lift the whole ecosystem. 👉 What’s your take: will more transparency on grid capacity accelerate or complicate the planning of charging infrastructure? #EVcharging #GridCapacity #EnergyTech #CleanTech

The energy transition won’t happen without one crucial lever: ⚡ flexibility on the electricity grid. ⚡ When demand peaks, the system strains. When renewables fluctuate, we need balance. That’s where Orus Energy comes in! Their platform uses AI to turn commercial buildings into active players in grid stability, shifting energy usage intelligently, without disrupting comfort, and generating new revenue streams in the process. 🔍 The process? 1️⃣ Assess potential financial & environmental gains 2️⃣ Connect to building systems (heating, EV chargers…) 3️⃣ Shift usage outside of demand peaks thanks to proprietary algorithms 4️⃣ Monetize the shift on electricity markets 💻 Bonus: Building managers can track everything in real time, access impact reports, or pause participation as needed. 💡 More revenue. Less carbon. No extra hardware. Congrats to Fanny Sauvée | Théophile KARILA | Alexandre Girard

Why WEST Supercapacitors Are the Right Energy Storage Devices for Telecom Towers In a world where connectivity is everything, telecom towers keep us linked—across cities, countrysides, and continents. But what happens when power isn’t reliable? That’s where energy storage comes in. WEST supercapacitors are redefining what’s possible for telecom operators: - Extreme Reliability: Operate from -40°C to +60°C. - No Fire Risk: No thermal runaway, no drama. - Fast Charging: Minutes, not hours. - Built to Last: 20-year warranty, 5-10X cycles of lithium. - Sustainable: Carbon-based, no rare earth minerals. - Lower TCO: Less maintenance, more value. Ready to future-proof your telecom network? Let’s talk about how WEST supercapacitors can transform your uptime and sustainability—one tower at a time. #Telecom #EnergyStorage #Supercapacitors #SustainableTech #WEST #TheAdieGroup Wright Energy Storage Technologies Linda S. Habgood Sol Avisar Shoshana Zimmerman William De Jong Chip Seibert Ray Fernandez

For years the consensus was clear: “You can’t build a Virtual Power Plant with high-power chargers. They’re too unpredictable. The customer experience will break.” ❗ That belief has just been proven wrong. Together with our customer Recharge, led by Ludwig Hägglund, we have deployed the first-ever Virtual Power Plant for public fast-charging. Dozens of Kempower and Alpitronic chargers (150–300 kW) are now aggregated and orchestrated to act as a single flexible grid resource, capable of responding to grid signals in just 7.5 seconds. 👉 All while drivers charge as usual, without noticing a thing. This changes what charging can be: ⚡ From passive infrastructure → to an active energy asset. ⚡ From cost center → to new revenue streams. ⚡ From compliance → to resilience and profitability. And the possibilities don’t stop at public networks. Imagine the same orchestration applied to truck depots and fleet sites: 🚛 Dozens or even hundreds of chargers operating as one flexible resource. 🔋 On-site renewables and storage integrated into grid services. 🌍 Fleets saving costs while actively supporting the energy transition. That’s the future we’re building toward. At Flexecharge, we’ll keep proving what many thought impossible again and again. 🎥 The video tells the story best. #VirtualPowerPlant #Recharge #Kempower #Alpitronic #Flexecharge #DepotCharging #EnergyTransition

Our grid is facing a perfect storm: AI's massive energy demand, extreme weather, and aging infrastructure. Building more power plants isn't the answer. So what is? 🤔 Discover how Demand Response is the smart, scalable solution that turns energy users into grid heroes—and creates a new revenue stream in the process. 👉 Read now:https://lnkd.in/gthBU5C5 #DemandResponse #EnergyManagement #SmartGrid #Sustainability #Innovation #ESG