What are the best ways to stay up-to-date on geothermal energy?

One thing I've found useful is following up on the events at organized by the International Geothermal Association, helping me to stay on top of projects and technology developments. Also, IRENA's reports offer valuable insight into the global geothermal market, making them an excellent resource for anyone interested in the field.

I personally think that the best way is to stay connected with geothermal research institutions and universities and follow their research findings and their public lectures or seminars. I also believe professional experts can add value to the research studies, so, I would say, that also, whenever we experts can, consider collaborating on research projects related to geothermal energy.

If you want to stay updated on geo thermal energy: 1. Check industry websites (e.g., IGA, GRC). 2. Read renewable energy journals. 3. Attend related conferences/workshops. 4. Monitor news outlets. 5. Take online courses. 6. Network on social media 7. Review government reports. 8. Join geothermal forums.

See at least one instalation. Go see the construction of a real geothermal instalation. Reed specialized books. Go to a specialized course.

? One of the ways to stay informed is to be connected with the news and projects working on geothermal energy solutions like BTES | ATES | Deep Geothermal | Aqua-thermal Energy. - Look out for trainings regarding ATES (Aquifer Thermal Energy Storage), energy concepts, support during realisation and development.

Online group discussions are valuable, but it's important to recognize that issues can vary significantly from place to place due to differences in environment and culture.

Joining online communities and forums is another effective method to stay connected with geothermal energy enthusiasts and experts. Platforms like Reddit's r/geothermal, LinkedIn's Geothermal Energy Professionals, and Facebook's Geothermal Energy Group offer opportunities to engage in discussions, ask questions, share experiences, and network with like-minded individuals. These communities provide valuable feedback, tips, recommendations, and insights from members who are passionate about geothermal energy. By actively participating in these online communities, individuals can expand their knowledge, learn from others, and establish meaningful connections within the geothermal energy field.

When participating in online communities, don't hesitate to share your own experiences and challenges in working with geothermal energy. By doing so, you not only contribute valuable knowledge but also foster a supportive environment where others can learn from your practical insights and potentially offer solutions to your specific issues.

While attending webinars and events, consider actively networking with fellow participants. Building professional relationships within the geothermal energy community can lead to collaborations, job opportunities, and shared research endeavors. Don't just listen; engage, connect, and explore potential partnerships.

Attending webinars and events offers an interactive and engaging approach to stay up-to-date on geothermal energy. These platforms provide opportunities to learn from industry leaders, researchers, practitioners, and policymakers who share their knowledge, findings, and perspectives on geothermal energy topics. By participating in these events, individuals can interact with the speakers and audience, ask questions, and exchange ideas. Organizations such as IRENA, IEA, REN21, and IGA host online webinars and events dedicated to geothermal energy. These platforms offer a diverse range of topics, including technological advancements, policy updates, market trends, and case studies.

I've found that the geothermal community is one of the most collaborative and welcoming professional communities I've experienced to date. There is a clear recognition of the need for new ideas and novel technologies, which promotes discussion, encourages challenging ideas, and welcomes innovation. Attending conferences such as Geothermal Rising has been a great way to surround myself with geothermal industry professionals, understand challenges, and collaborate on innovative ideas.

To gain a comprehensive understanding of geothermal energy and its applications, online courses provide a valuable learning opportunity. These courses cover various aspects of the field, catering to different levels of expertise, interests, and goals. Whether you're a beginner or seeking advanced knowledge, interested in technical aspects or policy-oriented perspectives, or looking for general overviews or specialized topics, there are courses available to suit your needs. Online platforms like Coursera, edX, Udemy, and the Geothermal Training Programme offer a wide range of courses on geothermal energy. These courses can be self-paced, instructor-led, or a blend of both, allowing flexibility in learning.

Online courses can significantly enhance the understanding in several ways. We can acquire a solid understanding of this renewable energy source, its geology and technology and its environmental and economic implications. This knowledge can be valuable for personal interest and professional development in the field of geothermal energy.

Online courses offer more than just knowledge acquisition; they can also serve as a platform for collaborative projects and discussions with fellow learners. Utilize discussion forums and group projects in these courses to connect with peers, exchange ideas, and gain practical insights through group activities and assignments.

For in-depth and rigorous information on geothermal energy, reading academic papers is key. These papers cover a range of topics, including geology, engineering, economics, environmental impacts, social aspects, and innovation. They offer insights into new methods, models, tools, and solutions for advancing geothermal energy. Access to such papers is available through online databases like Scopus, Web of Science, ScienceDirect, and Geothermics. By utilizing these resources, individuals can stay updated on geothermal energy and its applications, while also expanding their knowledge, skills, and professional network. Geothermal energy holds promise as a renewable energy source, contributing to a sustainable and low-carbon future.

In the realm of academic papers, explore interdisciplinary research and collaborative studies that bridge geothermal energy with related fields like climate science, environmental engineering, and sustainability studies. These interdisciplinary insights can provide a broader perspective on the potential impacts and solutions associated with geothermal energy projects.

Geothermal energy does not just generate electricity, it can also provide heating or cooling. Specifically links geothermal energy with the heat pumps, which is gaining attention globally. The geographical locations with there are sufficient energy reserves to generate electricity are limited. However geothermal source pumps for cooling and heating of buildings are possible almost everywhere. It makes sense to track policy announcements on heat pump applications along with geothermal energy.

You can study more the difference between geothermal and other energy storage options, such as Thermal Energy Storage for instance. Compare them will help you understand better the solutions available out there and how much adaptability is needed to plug-in and unplug.

My recommendation for a beginner would be to start by Wikipedia's article. Next step would be having a look at its references of Wikipedia’s article. I also would suggest selecting a couple of books from these references you would choose depending on the area you want to investigate like economic of geothermal energy or technical aspects or other. Take online courses would also help at this stage and then it will be useful to read academic papers.

If your company is somehow involved in geothermal energy projects, you can get in touch with your colleagues to understand the specifics behind risk assessment and financial modelling, in particular at development stage when the risk profile of the project is maximum given the many unknowns and the costs to get additional information to de-risk your investment. Since it is also a high expertise field, be sure to get sufficient technical knowledge to understand the drivers at all stages.

Another way to stay up to date is via geothermal-specific podcasts. They are a convenient and informative way to expand your understanding of this ever-changing field. They provide on-the-go learning opportunities during commutes or downtime, with experts sharing insights on cutting-edge technologies, environmental impacts, and policy changes. With a diverse range of topics covered, they cater to both novices and experts. Moreover, these podcasts foster a sense of community, connecting you with like-minded individuals and encouraging collaboration.