What are the best resources for staying current in electrical power systems design for plants?

Staying current in electrical power systems design for plants requires access to a variety of resources that provide up-to-date information. Below are some practices you can follows: 1. Industry Publications and Journals. 2. Technical Conferences and Workshops. 3. Online Courses and Webinars. 4. Technical Books and Reference Materials. 5. Industry Reports and Whitepapers. 6. Professional Networking. 7. Manufacturer and Supplier Websites. By enhancing your knowledge and skills in electrical power systems design for plants and stay current.Using best practices & latest technological knowledge.

O melhor recurso é o estudo. Estudar diversas fontes, sempre procurar noticias sobre o setor e suas atualiza??es. Buscar congressos, simpósios e outros tipos de eventos que o tema seja discutido. Sempre ter as normas em mente e saber aplica-las

Keeping up-to-date with the industry knowledge and skills. Attending professional training and sessions Impacting the skills and knowledge to the young Engineers coming up and looking to gain insight of the industry

I agree with professional occasions or organisations as they bring together people with different ideas and cutting edge research to tackle the challenges that the power systems are encountering now and will encounter in the future.

In my experience I learned the most from other professionals while I was in the IAS chapter when guest speakers presented technical seminars at the meetings and conferences.

One time at work, I needed to stay updated in electrical power systems design for a project, and I found IEEE Xplore to be immensely helpful. In my experience, this platform offers a comprehensive collection of research papers and articles, providing valuable insights into the latest advancements and best practices in the field. Additionally, one thing I have found helpful is utilizing online learning platforms like Coursera and Udemy, which offer courses specifically tailored to electrical engineering and power systems design. These courses cover a wide range of topics, from fundamental principles to advanced concepts, enabling continuous learning and skill development.

I would recommend few magazines such as IEEE Spectrum, E&T by IET , they are informative with up to date news and trends on electrical power system as well as other field of engineering which electrical engineers which may associate directly or indirectly. IEEE do provide many sub-section / groups on electrical power with many interesting journals . Last but not least, I would refer to local authorities such as our Energy Commission for any update important articles, circulars on Electricity Acts and Regulations

I strongly agree that, to stay current in electrical power systems design for plants is to use online platforms that offer relevant and updated content and courses and engaging experienced professionals.

Online courses platforms are providing the yield of conventional research and up to date studies at a time in an organized manner

As power systems are rapidly evolving, trying to cope with decarbonisation and introduction of many other generation sources, it is crucial to stay updated on cutting edge technologies which are mostly displayed on various online platforms. So I agree that online platforms are of importance.

1. Try to attend webinars or courses offered by industry experts. 2. Follow industry leading companies like ABB, Schneider Electric, Siemens etc on LinkedIn for the latest developments in power system analysis. 3. Read, read, and read more, expand your professional network as much as you can, always be willing to look things up and get the latest trends in the industry.

1- Attend relevant conferences and workshops to gain insights into the latest technologies. 2- Participate in webinars and online courses offered by industry experts and educational institutions. 3- stay connected with professionals in the field. 4- Join industry associations and forums related to electrical power systems.

Follow the most recent iterations of the industry standard power systems design textbooks, such "Power Systems Protection" by P.M. Anderson or "Power System Analysis and Design" by J. Duncan Glover etc For information on specific design requirements and best practices, refer to industry regulations and standards such as the NEN, IEC, IEEE, and DNV (offshore) standards. Select books based on your level of experience. If you're new to the field, start with fundamental works and work your way up to more specialized books as you become more knowledgeable.

One of the best forums to join is LinkedIn. Here you meet industry experts as well as academics. For long there has been a huge gap between academia or research and industry. Current prospect of retiring fossil fuel based generators such as diesel and coal from the power systems so as to decarbonise the system are good, but also accompanied with complications in terms of system stability, reliability and inertia. Research on some innovative technologies such as grid following inverters was conducted a long time ago but only starting to gain momentum now as it might be one of the solutions when fossil fuel based generators are retired. Academia has also highlighted the potential of utilising sky camera based Nowcasting techniques.