FLEXECHARGE hello@flexecharge.com https://video.flexecharge.com en-us Visualplatform http://blogs.law.harvard.edu/tech/rss FLEXECHARGE episodic no https://video.flexecharge.com/files/rv1.3/sitelogo.gif https://video.flexecharge.com http://video.flexecharge.com/battery-energy-storage-for-ev <p><p>Battery energy storage systems (BESS) are becoming a critical solution for high-power EV charging infrastructure facing grid constraints across Europe.<br><br>In this FLEXECHARGE webinar, a panel of EV charging and energy system experts explains how stationary batteries help charge point operators (CPOs), investors, and infrastructure developers:<br><br>Overcome limited grid capacity when deploying high-power charging (HPC)<br><br>Accelerate EV charging rollout despite DSO connection constraints<br><br>Unlock new revenue streams through flexibility markets and revenue stacking<br><br>Optimize public EV charging sites using smart energy management software<br><br>The discussion focuses on real-world use cases for battery-backed EV charging hubs, covering regulatory and market conditions relevant to EU electricity markets, including flexibility services, demand response, and grid balancing mechanisms.<br><br>This webinar is especially relevant for:<br><br>-CPOs deploying high-power EV charging stations in grid-constrained areas<br><br>-Energy and mobility professionals working with battery energy storage systems<br><br>-Investors assessing grid risk and flexibility revenue in European EV infrastructure<br><br>👉 Watch the full webinar here:<br><a target="_blank" rel="noopener noreferrer nofollow" href="https://www.flexecharge.com/resources/webinars/webinar-battery-storage-ev-charging">https://www.flexecharge.com/resources/webinars/webinar-battery-storage-ev-charging</a></p></p><p><a href="http://video.flexecharge.com/battery-energy-storage-for-ev"><img src="http://video.flexecharge.com/64968569/122097145/1b97940932565934c44bddd17dac7a32/standard/download-11-thumbnail.jpg" width="75" height=""/></a></p> http://video.flexecharge.com/photo/122097145 Fri, 09 Jan 2026 08:55:47 GMT Battery Energy Storage for EV Charging & Grid Constraints Battery energy storage systems (BESS) are becoming a critical solution for high-power EV charging infrastructure facing grid constraints across Europe.In this FLEXECHARGE webinar, a panel of EV charging and energy system experts explains how stationary batteries help charge point operators (CPOs), investors, and infrastructure developers:Overcome limited grid capacity when deploying high-power charging (HPC)Accelerate EV charging rollout despite DSO connection constraintsUnlock new revenue streams through flexibility markets and revenue stackingOptimize public EV charging sites using smart energy management softwareThe discussion focuses on real-world use cases for battery-backed EV charging hubs, covering regulatory and market conditions relevant to EU electricity markets, including flexibility services, demand response, and grid balancing mechanisms.This webinar is especially relevant for:-CPOs deploying high-power EV charging stations in grid-constrained areas-Energy and mobility professionals working with battery energy storage systems-Investors assessing grid risk and flexibility revenue in European EV infrastructure👉 Watch the full webinar here:https://www.flexecharge.com/resources/webinars/webinar-battery-storage-ev-charging Battery energy storage systems (BESS) are becoming a critical solution for high-power EV charging infrastructure facing grid constraints across Europe.In this FLEXECHARGE webinar, a panel of EV charging and energy system experts explains how... FLEXECHARGE 00:46 <p><p>Battery energy storage systems (BESS) are becoming a critical solution for high-power EV charging infrastructure facing grid constraints across Europe.<br><br>In this FLEXECHARGE webinar, a panel of EV charging and energy system experts explains how stationary batteries help charge point operators (CPOs), investors, and infrastructure developers:<br><br>Overcome limited grid capacity when deploying high-power charging (HPC)<br><br>Accelerate EV charging rollout despite DSO connection constraints<br><br>Unlock new revenue streams through flexibility markets and revenue stacking<br><br>Optimize public EV charging sites using smart energy management software<br><br>The discussion focuses on real-world use cases for battery-backed EV charging hubs, covering regulatory and market conditions relevant to EU electricity markets, including flexibility services, demand response, and grid balancing mechanisms.<br><br>This webinar is especially relevant for:<br><br>-CPOs deploying high-power EV charging stations in grid-constrained areas<br><br>-Energy and mobility professionals working with battery energy storage systems<br><br>-Investors assessing grid risk and flexibility revenue in European EV infrastructure<br><br>👉 Watch the full webinar here:<br><a target="_blank" rel="noopener noreferrer nofollow" href="https://www.flexecharge.com/resources/webinars/webinar-battery-storage-ev-charging">https://www.flexecharge.com/resources/webinars/webinar-battery-storage-ev-charging</a></p></p><p><a href="http://video.flexecharge.com/battery-energy-storage-for-ev"><img src="http://video.flexecharge.com/64968569/122097145/1b97940932565934c44bddd17dac7a32/standard/download-11-thumbnail.jpg" width="75" height=""/></a></p> battery energy storage demand response EV charging EV charging infrastructure flexibility markets Europe grid constraints EV charging high power EV charging load management EV charging revenue stacking energy smart charging software stationary batteries EV charging http://video.flexecharge.com/how-ev-chargers-form-a-virtual <p><p>Ludwig Hägglund, Strategic Business Development Manager at RECHARGE, explains how EV chargers across Sweden work together as a virtual power plant (VPP).<br><br>In this video, he describes how public EV charging infrastructure can be controlled simultaneously to respond to grid events in real time. This approach helps support Swedish and Nordic grid stability while ensuring a predictable and reliable EV driver experience, even when grid operators have limited response windows.<br><br>The discussion also highlights why deploying virtual power plants on public charging networks is more complex than in private environments. It requires advanced control, forecasting, and coordination to balance grid flexibility, operational constraints, and customer satisfaction.<br><br>As Sweden and the Nordics continue to lead in grid-interactive EV charging and flexibility markets, virtual power plants are becoming a key tool for charge point operators and energy system stakeholders.<br><br>👉 Read the full RECHARGE customer case:<br><a target="_blank" rel="noopener noreferrer nofollow" href="https://www.flexecharge.com/resources/customer-cases/flexibility-management-for-recharge-ev-charging-network">https://www.flexecharge.com/resources/customer-cases/flexibility-management-for-recharge-ev-charging-network</a></p></p><p><a href="http://video.flexecharge.com/how-ev-chargers-form-a-virtual"><img src="http://video.flexecharge.com/64968568/121962417/c95b0bd9312b3b1450befa5da1e3800e/standard/download-9-thumbnail.jpg" width="75" height=""/></a></p> http://video.flexecharge.com/photo/121962417 Tue, 06 Jan 2026 10:00:20 GMT How EV Chargers Form a Virtual Power Plant in Sweden Ludwig Hägglund, Strategic Business Development Manager at RECHARGE, explains how EV chargers across Sweden work together as a virtual power plant (VPP).In this video, he describes how public EV charging infrastructure can be controlled simultaneously to respond to grid events in real time. This approach helps support Swedish and Nordic grid stability while ensuring a predictable and reliable EV driver experience, even when grid operators have limited response windows.The discussion also highlights why deploying virtual power plants on public charging networks is more complex than in private environments. It requires advanced control, forecasting, and coordination to balance grid flexibility, operational constraints, and customer satisfaction.As Sweden and the Nordics continue to lead in grid-interactive EV charging and flexibility markets, virtual power plants are becoming a key tool for charge point operators and energy system stakeholders.👉 Read the full RECHARGE customer case:https://www.flexecharge.com/resources/customer-cases/flexibility-management-for-recharge-ev-charging-network Ludwig Hägglund, Strategic Business Development Manager at RECHARGE, explains how EV chargers across Sweden work together as a virtual power plant (VPP).In this video, he describes how public EV charging infrastructure can be controlled... FLEXECHARGE 00:37 <p><p>Ludwig Hägglund, Strategic Business Development Manager at RECHARGE, explains how EV chargers across Sweden work together as a virtual power plant (VPP).<br><br>In this video, he describes how public EV charging infrastructure can be controlled simultaneously to respond to grid events in real time. This approach helps support Swedish and Nordic grid stability while ensuring a predictable and reliable EV driver experience, even when grid operators have limited response windows.<br><br>The discussion also highlights why deploying virtual power plants on public charging networks is more complex than in private environments. It requires advanced control, forecasting, and coordination to balance grid flexibility, operational constraints, and customer satisfaction.<br><br>As Sweden and the Nordics continue to lead in grid-interactive EV charging and flexibility markets, virtual power plants are becoming a key tool for charge point operators and energy system stakeholders.<br><br>👉 Read the full RECHARGE customer case:<br><a target="_blank" rel="noopener noreferrer nofollow" href="https://www.flexecharge.com/resources/customer-cases/flexibility-management-for-recharge-ev-charging-network">https://www.flexecharge.com/resources/customer-cases/flexibility-management-for-recharge-ev-charging-network</a></p></p><p><a href="http://video.flexecharge.com/how-ev-chargers-form-a-virtual"><img src="http://video.flexecharge.com/64968568/121962417/c95b0bd9312b3b1450befa5da1e3800e/standard/download-9-thumbnail.jpg" width="75" height=""/></a></p> demand response EV charging EV chargers virtual power plant EV charging load control EV charging Sweden EV grid services flexibility markets Sweden grid-interactive EV charging Nordic grid flexibility public EV charging infrastructure RECHARGE smart charging Sweden smart energy management virtual power plant EV charging