Nicolai Gissur Ingvarsson

You know, when we think about the most powerful, most reliable source of energy on our planet, what comes to mind? The sun is great, but it sets every night. The wind is powerful, but it dies down. But what if I told you the biggest source of all is

The Global Grid and Capacity Factors The global race to decarbonize the power grid is in full swing, and right now, we are leaning heavily on installations like these, massive wind and solar farms. But relying on the weather creates a physical limitation for the grid. The moment the wind

If the first three parts were about geology, policy, and economics - this one is about execution. Because geothermal doesn’t fail due to physics. It fails due to organization. For decades, Europe treated geothermal as a niche curiosity: • Too risky • Too slow • Too capital-intensive • Too uncertain underground Meanwhile, wind

For years, geothermal sat in the background of Europe’s energy transition. Wind scaled. Solar accelerated. Hydrogen captured headlines. Geothermal? It was mentioned — rarely prioritized. That is changing. And the reason is not climate branding. It’s energy security. Money Is Now Moving Under REPowerEU, the EU mobilised €300+ billion

The Blue Lagoon Was an Industrial Discharge Event. What That Tells Us About the Real Complexity of Geothermal Energy Most people who visit the Blue Lagoon in Iceland see a pristine geothermal spa. A reservoir engineer sees an industrial discharge event. The lagoon exists because geothermal reservoir chemistry did not

Introduction: Beyond Capacity Targets The energy transition is typically framed in gigawatts installed, capital expenditure, and policy milestones. In Northern Germany - from Schleswig-Holstein to Niedersachsen - wind energy has become both an industrial identity and a strategic pillar of the regional economy. Yet behind every availability metric and commissioning announcement