Eric Grandet’s Post

🔬 Exciting News! My PhD research on semiconductor health monitoring is making waves in the industry. 🌊 Check out this post showcasing the innovative test bench we developed at the SuperGrid Institute. During my doctoral studies, I focused on advancing semiconductor health monitoring techniques to enhance reliability and performance in various applications. The test bench featured in this article represents years of hard work and dedication to pushing the boundaries of semiconductor technology. With the potential to revolutionize how we monitor the health of semiconductors, this research opens doors to new possibilities for industries ranging from electronics to renewable energy. I'm thrilled to see the promising results and grateful for the opportunity to contribute to such impactful advancements. A huge thank you to everyone who supported me throughout this journey, including my advisors, colleagues, and collaborators. I couldn't have achieved this milestone without your encouragement and expertise. I'm excited to continue exploring the implications of this research and collaborating with industry partners to bring these innovations to fruition. #Semiconductor #Technology #Research #Innovation #PhD #Engineering #RenewableEnergy #Industry

MAKE RETROFIT EASY easYgen: 1⃣ control to rule them all ♾️

Eaton

Digital twins are a groundbreaking technology that creates a virtual model of a real-world system, such as railways across the globe. This railway 'twin' allows for more accurate monitoring, analysis, and prediction which helps prevent or minimise major incidents. So how exactly do digital twins work? In the context of railways, a digital twin creates a virtual representation of an entire rail network, including trains, tracks, and signalling systems. This model is continuously updated in real-time using data from sensors installed along the network. We think that this is a real breakthrough technology in preventing railway incidents. What other systems do you think these 'digital twins' could be used for, and how many incidents could be avoided in the future by their use? For more: https://bit.ly/41z8xP0 #DigitalTwins #Railways #RailSystems #Technology

Great insights and timing of this discussion in the country. 1.Introducing regulations for every stakeholder in the EV eco-system should be the first step, especially in the early-adoption stage we are currently in. 2. The Auto OEMs validate EMI/EMC protection even for the smallest electronic component in their vehicles against global standards, no excuse why other stakeholders cannot implement it. 3. When it comes to safety, avoiding EMI/EMC is cutting corners, not cutting costs ! Blatant short-sightedness in their P&Ls, higher upfront costs are comfortably manageable once the market picks pace, and volumes increase ! Market priority currently should be focused on Safety, User Experience & Availabilty. #EV #India #Charging

The recent breakthrough in battery storage density reaching 500Wh/l marks a transformative moment for industries and consumers alike. This leap forward in energy storage technology heralds a new era of efficiency and sustainability, paving the way for lighter, longer-lasting batteries that could revolutionize everything from electric vehicles to portable electronics. Imagine electric cars with doubled range, drones with extended flight times, and mobile devices that need less frequent charging. The implications for renewable energy storage are equally profound, potentially enabling more reliable and efficient use of solar and wind power. As we stand on the brink of these exciting developments, it's clear that the future is charged with possibilities. Let's embrace this innovation and continue to push the boundaries of what's possible. #BatteryTechnology #Innovation #SustainableEnergy 🌱🔋🚀

Interesting to hear the pros and cons about electrical propulsion vs hydrogen vs hybrid from the makers in that space. We all think that energy is easy to get there and more consistent, but hydrogen is becoming more and more prevalent in the US (buses!). Which do you think will come first to market for AAM? Which will be prominent in 10 years? #TVF2024

Nortel transformers are powering the new era of electric and autonomous ships, leading the way towards a cleaner and greener planet. We're celebrating an important milestone that distinctly showcases the power of collaboration, expertise, and our unswerving commitment to sustainability! Our cutting-edge transformer designs have played a pivotal role in the development of electric and autonomous ships🚢, redefining the future of maritime transportation. This achievement speaks volumes about Noratel's dedication to innovation and sustainable technology. Our specialist team's proficiency in maritime transformer design facilitated flawless integration into these pioneering vessels, underscoring our commitment to efficiency, quality, and reliability. The outcome is a groundbreaking development that pioneers new benchmarks for sustainable maritime solutions. In addition, Noratel maintains a deep-seated commitment to sustainability. We have adopted the remarkably ambitious Science-Based Targets initiative, vowing to achieve net-zero emissions for Scope 1 & 2 by 2030, and Scope 3 by 2040. Our determination to combat climate change and achieve these formidable goals highlights the central role we play in shaping an environmentally-friendly future. Let us recognize the potential of electric ships and persist in promoting innovative, sustainable practices to drive positive change for a better tomorrow. 🌍 #Maritime #Sustainability #ElectricShips #AutonomousShips #Transformers #waterCooledLineReactors

Power Out? Your Electric Vehicle Could Be the Solution 🚘 As our northern front escalates, Israel is preparing for a war with Hezbollah.   Armed with more than 200,000 missiles, Hezbollah can inflict serious damage to our power grid, Putting cities at risk of temporary power shutdowns. This threat raises concerns about the resilience of the Israeli home front, in case of such an attack. One of the technologies being discussed as a potential solution comes from the Automotive Industry - Vehicle To Home (V2H) ⚡   V2H is a technology that enables EVs to transfer energy to homes. It requires a bi-directional charging capability and it turns your EV into a giant battery that can be used as a power backup source.   Here are a few known pros and cons of the V2H technology:   𝗣𝗿𝗼𝘀: Built-in Battery Packs: EVs are equipped with large batteries, capable of providing power to average households for days. Eco-Friendly: Utilizing an EV as a power source is greener than traditional generators, cutting down on fossil fuel reliance. Cost-Effective: In regular times, using your EV for power can be more economical compared to other backup options 𝘾𝙤𝙣𝙨: Limited Availability of V2H: The technology is not yet available in all EV models and regions. Battery Degradation: Frequent use of EVs for home power could accelerate the degradation of the vehicle's battery. Complex Setup: Requires specific equipment and a compatible EV   In normal times the deployment of such technology is a long process. It requires proper regulation and safety standards, approved by the government. What COVID-19 taught us is that when urgency comes, Such approvals can be expedited. It's a matter of decision... A decision that the Israeli government will have to take. Will the war drive Israeli EV owners to become early adopters of V2H? We may find out soon. #V2H #EV #automotive #innovation #technology

Did you know that EV drivers using an Indra Smart EV Charger are currently spending an average of just £3.69 per charge? Discover the Art of Smart with Indra. 👉 https://loom.ly/LnpzssY Stay tuned for more from our #ChargingUpSeries. #SmarterWithIndra #IndraCharging #EVRevolution