Skip to Main Content
Länder und Regionen
Kostenlose Demoversionen

Quaise Energy Develops Hybrid Deep Drilling

Quaise Energy Generates Geothermal Energy

Learn More

A New Type of Energy Drilling System

Quaise Energy is pursuing the development and commercialization of millimeter wave drilling technology for deep geothermal heat access, mining, and civil construction. Their hybrid deep drilling method enables drilling at depths beyond what can be accomplished today with conventional methods. Quaise’s technology is creating a promising future for the transition of clean energy globally. CEO and co-founder Carlos Araque explains how simulation is helping Quaise achieve its goals.

Speak with an Expert

Learn More

“Simulation is a workhorse for everything we do. With it, we’re able to develop a system that allows you to tap a clean geothermal energy source no matter where you are in the world, at a cost parity with the most competitive renewables. No one, before Quaise Energy, has been able to accomplish that.”

Carlos Araque,
CEO and Co-Founder at Quaise Energy

Learn More

explosion

Understanding the Thermodynamics of Millimeter Wave Drilling

Through advanced modeling and simulation, Quaise saved three months of testing time and reduced campaign testing from 10 iterations to three.

Read Case Study
engine block

Finite Element Analysis Software for Structural Engineering

Ansys Mechanical is a best-in-class finite element solver with structural, thermal, acoustics, transient and nonlinear capabilities to improve modeling.

View Product
abstract fluids

Fluid Simulation Software

Ansys Fluent is the industry-leading fluid simulation software known for its advanced physics modeling capabilities and accuracy.

View Product

Ready to make the impossible possible?

Start the Conversation

* = Pflichtfeld

Danke für die Kontaktaufnahme

Wir sind hier, um Ihre Fragen zu beantworten und freuen uns auf das Gespräch mit Ihnen. Ein*e Mitarbeiter*in unseres Ansys-Verkaufsteams wird sich in Kürze mit Ihnen in Verbindung setzen.

1x1.png