Chiara Navigante, EMBA’s Post

Why Energy Cannot Be Renewed: The Importance of Accuracy and honesty in Energy Careers In the renewable energy sector, building a strong personal brand requires more than just technical skills—it requires a commitment to scientific accuracy and honesty. A common misconception is that energy can be "renewed." According to the Law of Conservation of Energy, energy cannot be created or destroyed; it can only be transformed from one form to another. This fundamental law of physics shows that the term "renewable energy" refers not to the renewal of energy itself, but to the continuous availability of natural sources that provide energy. For example, solar energy converts sunlight into electricity using photovoltaic cells, while wind energy transforms the kinetic energy of moving air into mechanical power. In both cases, energy is transferred, not renewed. The “renewable” aspect simply reflects that the sun and wind are constant, natural resources. In an industry where innovation is key, your ability to convey these scientific principles accurately enhances your credibility and authority. By using the correct terminology, you present yourself as a knowledgeable and trustworthy professional. This attention to detail helps you stand out as someone who understands both the technical and theoretical aspects of energy. To build a personal brand in alternative energy, whether on LinkedIn or other platforms, it’s important to communicate with precision. When you present complex concepts clearly and truthfully, it opens the door for informed discussions and reinforces your position as a thought leader in the field. As the energy industry continues to grow and evolve, being scientifically accurate in your messaging ensures that your career stays on the cutting edge. In short, being honest about the science behind energy, and using the correct terminology, not only boosts your personal brand but also contributes to a more informed and responsible industry. #RenewableEnergy #ConservationOfEnergy #EnergyTransformation #ScienceMatters #Sustainability #GreenTech #ScientificAccuracy #ThoughtLeadership #Renewables #CleanEnergy #CareerGrowth

I will be lecturing for Solar Explain's upcoming online certified courses, "Advanced Insights on Technological Trends in PV 2024", happening on January 25-26, with additional cohorts in February and March. Enroll here👉 https://lnkd.in/eJrNFuAp In my lecture, “BESS Technologies & Segmentation,” I’ll be focusing on: ✅ Specifications, Market Use, and consideration for co-location with #renewables ✅ Case Studies: Operations and Optimization from the UK ✅ #BESS Deployment in the UK Market ✅ Safety Risks: Managing Thermal Runaway and Explosive Gases ✅ Strategies and Insurance Considerations for Projects At Solar Explain, independent experts are committed to enhancing Europe's energy independence and aiding in climate change control through the latest, unbiased knowledge ☀️Join the mission! Want to be first in line? Fill out the Interest Form here: https://lnkd.in/e3PuVSMc Contributing sponsor: SolarEdge Technologies #SolarExplain #SolarEnergy #Education #RenewableEnergy #OnlineCourses

🌍 Thinking about a career shift into renewable energy? The renewable energy sector is booming, offering a wealth of opportunities for engineers. However, making the transition isn't without its challenges. Let's dive into both sides of the coin. **Challenges:** - **Skill Gap:** Engineers from traditional sectors might find they lack specific knowledge in renewable technologies. 📚 - **Regulatory Hurdles:** Understanding the complex regulations and compliance standards in the renewable sector can be daunting. - **Market Dynamics:** The renewable energy market is rapidly evolving, which means staying updated with the latest trends and technologies is crucial. **Opportunities:** - **Growing Demand:** The UK government aims to generate 40GW of offshore wind power by 2030. This creates a massive demand for skilled engineers. 🌬️ - **Innovation:** The sector is ripe for innovation, offering engineers the chance to work on cutting-edge projects. - **Sustainability Impact:** Transitioning to renewable energy allows engineers to contribute to a more sustainable future, making a real difference. 🌱 If you're an engineer considering this shift, focus on upskilling through courses and certifications. Networking with professionals already in the sector can also provide valuable insights. What are your thoughts on transitioning into renewable energy? Share your experiences or questions in the comments below! #RenewableEnergy #Engineering #CareerTransition

Successfully completing a task in solar energy requires a meticulous approach and a deep understanding of the intricate dynamics of renewable technologies. From initial project planning to the execution phase, my focus is on harnessing solar power efficiently. This involves designing and implementing photovoltaic systems, optimizing energy output, and ensuring seamless integration with existing electrical grids. I navigate challenges with resilience, whether it's addressing technical issues or incorporating the latest advancements in solar technology. By leveraging my expertise, I contribute to the ever-evolving landscape of sustainable energy, striving for solutions that are not only effective but also environmentally conscious. #electricalengineering #solarenergy #saudivision2030

In countries across the world renewable power will produce more electricity than can be used for much of the year. This creates a significant opportunity for flexible technologies such as green hydrogen and batteries. By 2030, the renewable peak supply in the EU could exceed the average demand of 320GW by a factor of three or four, leading to times of significant oversupply. The ability to vary demand in response to this will increasingly play a role but is limited by both the baseload nature of much industrial demand and the extent to which commercial and residential consumers are willing to change their behaviour. A range of technologies will help. EVs are effectively large batteries distributed around the country, capable of charging when power is plentiful and even discharging when it is not. Thermal storage allows excess power to be stored for subsequent heat demand. Grid scale batteries and pumped hydro provide wider system resilience, whilst green hydrogen creates the potential for even seasonal storage of excess energy. Doing so will reduce the costs and increase the pace of the energy transition, generating value across the economy. In the EU alone, McKinsey estimate between €7bn and €14bn value could be created annually. Capturing it will mean producers securing PPAs that fully match their output. Offtakers will invest in the technologies that enable them to use this excess power. Policymakers can support this by removing barriers to price formation whilst simultaneously encouraging the build out of infrastructure with standards, regulations and incentives. These steps require some initial investment but the payback will be large. #energytransition #hydrogen #batteries #renewables #netzero #decarbonisation

🌞 We are delighted to share that our study on the workforce and skills requirements for the Scottish #solar industry is now available on ClimateXChange website. Well done to the project team Deborah Creamer, Jolanta Beinaroviča, PhD, Iain Weir, and Isabel Romero Vergara! In this study, we used a bespoke modelling approach that forecasts a significant increase in demand for a technically skilled workforce in the sector. Our stakeholder consultation programme revealed that the current workforce has the right skills; however, there is a significant shortage of skilled labour. The shortages could be further exacerbated by competition for similar skillsets across renewable energy subsectors. It is, therefore, crucial for the industry, public sector, and education providers to collaborate and develop strategies to promote the solar industry and attract new entrants. #renewables #netzero #skills https://lnkd.in/eh6AMW4a

Successful renewable energy project development As the complexity of renewable energy projects increases, the use of data analytics is no longer optional. Data-driven decisions provide a solid basis for minimising risk and making projects more efficient. Why is this important? One example: When planning wind farms, analysing historical weather data provides valuable insights into expected energy yields. This means that decisions about siting and dimensioning can be based on hard facts - a clear advantage over purely intuitive approaches, which are often based on incomplete or subjective information. Best practice shows that projects using data-driven approaches are not only implemented faster, but are also more stable in the long term. The use of big data and machine learning makes it possible to make accurate predictions, even in volatile environments, and thus to make informed, strategic decisions. By comparison, intuitive approaches often prove error-prone and lead to inefficient decisions that can end up being costly. The future belongs to those who rely on data to make renewable energy not only predictable, but profitable. #dataanalytics #renewableenergy #projectmanagement #innovation #sustainability #4cast

Last week, Bureau Veritas South Asia Region participated in the first International Standards Summit in Bengaluru, organised by the CII Institute of Quality and the Bureau of Indian Standards. Mr. Kevin Gharabaghi, Global Technical Lead, Solar PV, Bureau Veritas Group shared insights on the evolving landscape of renewable energy standards. Bureau Veritas explored how standards ensure the safety, efficiency, and sustainability of renewable technologies, particularly in solar, wind, and battery storage systems and shared a gap analysis for the prevailing standards in the renewable energy sector. The event highlighted the need to balance national and international standards to foster global cooperation and technological adoption. Additionally, we discussed the importance of continuously developing standards to keep up with technological advancements, ensuring wider adoption and market integrity. #BureauVeritas #InternationalStandardsSummit #RenewableEnergy #Sustainability #TechnologicalAdvancements #GlobalCooperation Rajeev Sharma K V Rao Chandan Bahl Asit Maharana

📖 Book Recommendation for the Renewable Energy and Renewable Resources Enthusiast And, as we turn more and more towards sustainable solutions, the details of renewables become the key. Be it a final year Bachelor's or Master's student preparing to take up studies in this vibrant field of your maiden plunge or an existing professional aiming to fortify your base further, I would say 'Renewable Energies' by Jean-Claude Sabonnadière is an absolute must-read. This is a good resource that details potential in the renewable sector with a technical backdrop to the emerging technologies. What makes it different is the clear vision and approach between rigors of theoretical frameworks and mathematical. It is not only about concepts; it is about applying them in practice to innovate and transform our energy systems. The book provides a wide guide that covers many parts of the field, and any insight represented in it is critical to be considered by persons eyeing to contribute in a major way towards renewable energy. Be it solar, wind, or bioenergy; this book fronts all the recent researches and actionable knowledge. This is a guide for anyone serious about making their career in renewable energies or looking forward to enhancing their understanding of this field. We all really need to be educated, innovate, and drive change towards a better sustainable future! #RenewableEnergy #Sustainability #Innovation

Standards – Enabling developments in Renewable and Low Carbon Energy Technologie was the theme of session moderated by Mr Jaideep Malaviya, Founder and Secretary, Solar Thermal Federation of India (STFI) at the International Standards Summit 2024. The Session focused on the pivotal role of renewable energy sources in decarbonizing energy systems. Speakers shared their insights into prevailing #standards across various countries and conducted a thorough gap analysis, emphasizing the need for continuous improvement and alignment of standards to foster #innovation and #efficiency. Mr. Kevin Gharabaghi, Global Solar Lead Technical - Bureau Veritas Group, highlighted the essential role of standards in maintaining high levels of quality, reliability, and confidence in renewable energy. Mr. Manjunath Vittala Rao, Standards & Programs Manager, UL Standards & Engagement, provided an overview of the different standards developed by UL and stressed the need for global harmonization while incorporating region-specific requirements. Mr. Andre Pester, Research Manager, ONTRAS Gastransport GmbH, CEN and CENELEC, discussed European standards for renewable and low-carbon energy technologies, the status of the European hydrogen market, and emphasized that standards are crucial for safety, quality, and interoperability, supporting lower transaction costs. Mr. A K Maharan, Head - Electrotechnical Department, Bureau of Indian Standards, highlighted the perspective of the National Standards Body, BIS, and identified gaps in the technology sector. CIIEvents