Prysmian’s Post

In a world increasingly conscious of sustainability, renewable energy stands tall as a beacon of hope for a greener future. For those seeking to pivot their careers toward this dynamic and impactful industry, the journey can be both exciting and challenging. Whether you’re a recent graduate, a seasoned professional or someone seeking a meaningful career shift, here are practical tips tailored for aspiring professionals aiming to dive into the world of renewable energy. https://bit.ly/4aIoMND

Starting a new position at Solarium Green Energy as an intern is an exciting opportunity to learn and contribute to the renewable energy sector while gaining valuable experiences.

In a world increasingly conscious of sustainability, renewable energy stands tall as a beacon of hope for a greener future. For those seeking to pivot their careers toward this dynamic and impactful industry, the journey can be both exciting and challenging. Whether you’re a recent graduate, a seasoned professional or someone seeking a meaningful career shift, here are practical tips tailored for aspiring professionals aiming to dive into the world of renewable energy. https://bit.ly/4aIoMND

Study Abroad Renewable Energy Opportunity in Iceland Was able to attend a study abroad on the renewable energy technology in Iceland. It was an opportunity that helps students learn from experts in the field about renewable energy processes and their viability within a working economy. I was able to participate in talks with the local energy authority and academic experts, and learn about the impacts of different renewables on the environment. This experience had a specific focus on geothermal power. Being able to be a part of these talks with experts and policy makers in the field gave me a better understanding of how these systems worked and helped me to think more critically about the day to day lives and actions of people working in a renewable energy field. The experience was overall very meaningful to my progression towards working in renewable energies.

🌱 Expand Your Horizons with EMS Training's Renewable Energy Courses! 🌟 Hey there, renewable energy enthusiasts! 👋🌍 At EMS Training, we're excited to offer a range of funded courses designed to empower your career in the green energy sector. 🌞💨 🔋 Why Choose EMS Training? 💰 Fully Funded Opportunities: Dive into the world of renewables without the financial burden. Our courses are fully or partially funded, making them accessible to all aspiring green energy professionals. 📈 Diverse Course Selection: Whether you're interested in solar, wind, or emerging renewable technologies, we have something for everyone. Our varied course offerings ensure you find your perfect fit. 💸 Competitive Pricing: For courses beyond our funded programs, we offer competitive pricing to make advanced learning affordable. 🚀 Elevate Your Career: Our courses aren't just about theory; they're about real-world application and equipping you with the skills to make a tangible impact. ✅ Join a Community of Forward-Thinkers: Be part of an ambitious group of learners who are shaping the future of energy. 📅 Enroll now and be the change you want to see in the world! 🔗 https://lnkd.in/ecTxn33s #RenewableEnergy #GreenTech #SustainableFuture #EMSTraining #RenewablesTraining

European Union (E.U) Launches First Solar Academy The European Commission has launched the European Solar Academy as the first skills training platform under the recently passed Net Zero Industry Act. The Net Zero Industry Act, which enables the EU manufacturing sector to reach 40 percent of the region’s annual deployment needs for clean energy technologies by 2030, asks for the creation of European Net Zero Industry Academies to help ensure workforce availability. These academies are tasked with developing learning programs and materials concerning the development, production, installation, commissioning, operation, maintenance and recycling of net zero technologies. The deployment of programs under the Solar Academy will be through vocational and educational training providers, universities, businesses and other organizations with which the academy signs contracts. The academy will provide credentials to trainees to strengthen workforce mobility across the European Union market. The Commission has allotted EUR 9 million ($9.6 million) to support the launch of the Solar Academy. “It is estimated that in the solar photovoltaic manufacturing sector alone, some 66,000 skilled workers will be needed by 2030 for the EU to meet its ambitious renewable energy targets while ensuring industrial competitiveness”, the Commission said in a statement. “The Solar Academy aims to train 100,000 workers in the solar photovoltaic value chain over the next three years to address the current labor and skills gap in the sector”.

With a new job this Summer and a thousand new things to learn and understand, there's not too much time for supplementary studies this semester. Since there are so many interesting online #moocs free of charge where you can study at your own time and pace, I still decided to sign up for something. An introduction to energy transition and renewable energy should be somewhat relevant for my new position, and low-level enough to manage on the side of everything. No reason not to build a deeper understanding of things when you have the chance. https://lnkd.in/dp_FRpNF

Recently, our team completed a case-based project titled "Hydrogen Supply Chain: From Chile to Europe.". Imagine harnessing Chile's vast solar reserves to produce green hydrogen and delivering it across the Atlantic to fuel Europe's energy needs. As an aspiring energy engineer, this captivating challenge became my recent project focus.  As an engineering student specializing in energy systems, I was intrigued by the concept that solar panels covering a mere 1.2% of the Sahara, could generate enough energy to power the entire world. However, a significant challenge lies in bridging the geographical gap Our project delved into the complexities of this endeavor, investigating: Solar Potential: Analyzing the feasibility of large-scale photovoltaic panel deployment in the Atacama Desert, ensuring its viability under various environmental conditions. Green Hydrogen Production: Evaluating and comparing various technologies to convert this solar energy into clean-burning fuel, considering efficiency, scalability, and potential cost impacts. Transatlantic Voyage: Identifying the most efficient and safe method for transporting hydrogen across 14,000 km. We meticulously weighed options like pipelines, ships, and ammonia carriers, ultimately selecting the most suitable vector for our scenario. Economic Feasibility: Conducting a comprehensive cost analysis to ensure the project's financial sustainability. We went beyond simply calculating costs; we incorporated sensitivity analysis to understand how market fluctuations in energy prices, materials, and regulations might impact profitability, allowing us to build in resilience and adaptability. Supply Chain & Logistics: Mapping the entire supply chain, considering infrastructure development, and pinning strategic locations to optimize efficiency and navigate logistical challenges Undoubtedly, the project presented numerous challenges at various levels, providing an invaluable learning experience. I collaborated with an exceptional team, including Abir Saha, Adoos Khalid, Anamta Farooque, and Anjan Karmakar. Our collective knowledge was put to the test, drawing upon insights gained from various engineering aspects we had studied. Special thanks to our mentor,José Carlos Martinez Rosales, and our professors Giuseppe Sdanghi & Silvia Lasala & also Fabrice Lemoine, and Heathcliff DEMAIE.Their guidance and insights were instrumental in making this project successful. This project wasn't just academic; it offered a real-world glimpse into the evolving energy landscape. Witnessing the potential of hydrogen as a clean energy carrier solidified my passion for being part of this transformative shift. Having completed a semester at DENSYS, I can attest that the courses not only provide theoretical foundations for the energy transition but also shape a holistic understanding of various crucial aspects. Excited for the future and the transformative journey ahead! #energytransition #engineeringinsights #hydrogeneconomy

Accelerating the Transition: Policies and Initiatives for Renewable Energy Adoption The world is at a critical juncture in its energy transition journey. With the growing recognition of the urgent need to mitigate climate change and reduce dependency on fossil fuels, renewable energy sources have emerged as a cornerstone of sustainable development. However, transitioning to a renewable energy future requires more than just technological advancements; it necessitates comprehensive policies and initiatives to accelerate adoption and facilitate the transition away from traditional energy sources. Setting ambitious renewable energy targets is a fundamental step towards driving adoption. Governments and international organizations play a crucial role in establishing clear and measurable objectives for renewable energy deployment. These targets provide a roadmap for policymakers, investors, and stakeholders, signaling a commitment to transition towards cleaner energy sources. By setting specific goals for renewable energy capacity expansion, such as the percentage of electricity generated from renewables by a certain year, governments can create a conducive environment for investment and innovation in the renewable energy sector. Governments can lead by example by committing to renewable energy procurement targets for public buildings, facilities, and infrastructure projects. By leveraging the purchasing power of the public sector, governments can create demand for renewable energy and drive investment in clean energy infrastructure. Public-private partnerships (PPPs) can also play a crucial role in financing and implementing renewable energy projects, leveraging the expertise and resources of both the public and private sectors. By fostering collaboration between government agencies, utilities, developers, and financiers, PPPs can accelerate the deployment of renewable energy projects and overcome barriers such as financing, permitting, and grid integration. Accelerating the transition to renewable energy requires a multifaceted approach that encompasses policy, regulation, finance, and technology. By implementing ambitious renewable energy targets, providing incentives for investment, fostering public-private partnerships, and modernizing the grid, governments can create an enabling environment for renewable energy adoption and drive sustainable economic growth. As we confront the challenges of climate change and energy security, bold policies and initiatives are essential to harnessing the full potential of renewable energy and building a more resilient and sustainable future for generations to come. TalentServe #talentserve #edtech #renewableenergy #internship