Our platform models the global economy as a comprehensive, dynamic agent-based simulation encompassing firms, industries, markets, and entire economies, capturing all stages from production and storage to transport and market use.

Our AI platform delivers forecasts, optimisation and control from generation to consumption. Deploy across solar, wind, storage, hydrogen and grids with one interoperable stack.
Built for operators, traders and system planners to reduce costs, increase efficiency and accelerate decarbonisation at global scale.
Predictive forecasting, asset-level control and yield maximisation for solar, wind and hybrid sites.
Optimise charge\/discharge, extend life and monetise flexibility across batteries and hydrogen.
AI trading signals, congestion-aware routing and market simulations for global scale.
OEI provides advanced analytics and simulation across the energy sector, including:
• System-Level Economic Simulation: Agent-based modelling of global energy markets, capturing production, storage, transport, and market use.
• Predictive Analytics & Forecasting: Data-driven models for energy demand, supply, pricing, and market dynamics.
• Sustainability & Low-Carbon Insights: Analysis of renewable integration, carbon reduction strategies, and energy transition pathways.
• Decision Support Tools: Digital twins, scenario testing, and multi-criteria optimisation for energy companies, regulators, and investors.
OEI operates across the energy and utilities sectors, including:
• Power Generation & Distribution: Fossil, renewable, and hybrid energy systems.
• Energy Markets & Trading: Electricity, gas, and emerging low-carbon commodities.
• Infrastructure & Supply Chains: Transport, storage, and lifecycle optimisation of energy assets.
• Policy & Regulation: Supporting governments, regulators, and industrial stakeholders with actionable insights for energy transition planning.
OEI aims to develop projects that provide holistic, end-to-end visibility of the energy ecosystem:
• Integrated Energy Modelling: From production and storage to transport and market use, creating dynamic simulations of global and regional energy flows.
• Predictive & Strategic Insights: Using agent-based and AI-enabled models to anticipate market shifts, optimise operations, and guide investment decisions.
• Sustainable Energy Transition: Identifying pathways for decarbonisation, renewable integration, and carbon footprint reduction.
• Collaboration & Impact: Partnering with industry, research institutions, and policy bodies to deliver actionable, evidence-based intelligence for the energy sector.