I'd like to share a short report I wrote some time ago. It's a brief overview of the Turkish energy market and its key players. I'd be happy to hear your thoughts and comments.

I share a recent interview question asked by Baringa (this is a consulting company focused strongly on energy, utilities, and the energy transition). From a student forum / database (for internship). The question was: 'Why do some renewable power plants continue generating electricity even when electricity prices turn negative? and when do prices become negative ? do you know any example? '

A new report on this topic has now been published in Classroom, at the very end under “Energy Industry Support” ( a special section featuring reports that explain the current status and key trends in the energy sector). The report explains how energy crises and conflict, especially around the Strait of Hormuz, have renewed interest in nuclear power as a more secure long-term source of electricity. Dependence on imported oil and gas can quickly drive up prices and threaten electricity supply, while nuclear energy offers stable output and fuel that can be stored for years. There is therefore growing investment in nuclear fuel and advanced reactor technologies. But nuclear is a long-term solution rather than a quick fix. The report is written in simple language, includes illustrative graphs , and shares official sources ( Financial Times, Bloomberg, Wall Street Journal, The Economist, Forbes, and Investors Chronicle). This report can be freely used in your projects, work, or studies. It can be useful for interviews, presentations, networking, etc, so it is strongly recommended to read it & download it for your use. See the attached screenshots.

Here is a plot about hydrogen in the United Kingdom. The plot shows that energy factories need steady, very high temperature heat, around 1500°C, running continuously, and today they mainly burn methane gas. Their plan is to switch to low carbon hydrogen, either ‘blue hydrogen’ made from natural gas with carbon capture and storage or ‘green hydrogen’ made by splitting water using renewable electricity. But the central barrier is cost and complexity: hydrogen is still expensive to produce, transport and store, and it requires coordinated investment across multiple industries and public infrastructure.

The term 'Energy Data Scientist' means more than just a Data Scientist who works in an Energy Company. Given the skills that this Skool community teaches, what jobs does the Energy Data Scientist cover?