Original perspectives, ideas and analysis from EAPOSYS on geothermal, energy, technology and the transition to a sustainable economy.
Typical content: thought leadership, technical explainers, opinion pieces, industry analysis, perspectives on heat and energy systems, reflections on economic or environmental challenges.
EAPOSYS collaborated with three University of Geneva students to develop CoreProtocol, an educational strategy game exploring energy choices, resource constraints and the role of deep geothermal in building resilient energy systems.
TU Delft Master’s students worked with EAPOSYS and Well Engineering Partners to develop a framework for assessing the Energy Return on Investment (EROI) of Deep Geothermal Systems.
At GET2024 in Rotterdam, EAPOSYS CEO Naomi Vouillamoz presented a new perspective on how we evaluate deep geothermal systems: not only by how much energy they produce, but by the net energy they ultimately make available to society.
During WEF 2023, EAPOSYS was invited to Goals House in Davos for a panel discussion on the megatrends shaping an increasingly uncertain world.
The energy transition is not only about technology. It also challenges how we cooperate, how we organize our economy and whose perspectives we bring to the table.
The energy transition is not only a technological challenge. PhilTheGap brought together social sciences, environmental sciences, philosophy, psychology and economics to explore the behavioral and societal dimensions of building a genuinely sustainable energy system.
Switzerland faces the combined challenge of reaching carbon neutrality, replacing nuclear power and reducing its dependence on imported energy. Could deep geothermal become a meaningful part of the solution?
