AI for Sustainable Subsurface Energy
Kepler Energy combines physics-based simulation with advanced AI to help the energy industry make faster, smarter, and more sustainable decisions.
Our Core Solutions
We provide specialized, AI-driven solutions for the most complex challenges in subsurface energy.
Geothermal Modeling
Harness the Earth's heat with predictive accuracy. We model subsurface heat reservoirs to design efficient well placements and forecast long-term energy production.
Heavy Oil Recovery
Unlock vast, challenging resources using integrated thermal and chemical methods like heated polymer floods and steam injection, optimized for maximum recovery.
Production Optimization
Maximize asset value with AI-driven well design and forecasting. Our tools recommend optimal operational strategies to enhance production and improve returns.
CO2 & Methane Storage
Expert consultation and simulation for secure geological storage and gas EOR in saline aquifers, depleted reservoirs, and unconventional formations.
A New Generation of Simulation
Kepler Energy was founded to address a critical gap in the market: the need for reservoir simulation tools that are both powerful and affordable. We develop AI-enhanced simulators that match the accuracy of legacy platforms at a fraction of the cost.
By coupling machine learning with high-fidelity physics, we empower operators to run complex scenarios in a fraction of the time, unlocking new possibilities for resource development and sustainable energy production.
More About Our MissionOur Intelligent Software Suite
A unified, cloud-native platform designed for modern energy challenges.
ResSim
Our flagship general-purpose simulator, providing a unified workflow from field development planning through history matching and dynamic forecasting.
ChemSim
A specialized simulator for designing and optimizing complex chemical EOR processes, with AI-driven selection of polymers, surfactants, and alkalines.
ThermalSim
Advanced thermal simulation for modeling geothermal energy extraction and thermal EOR methods like steam flooding and electrical heating.