Renewables, electrification and storage are rewriting energy economics. Stochastix builds technoeconomic models of wind, solar, storage and fuel-switching, so you can size, optimise and de-risk your decarbonisation strategy with the numbers to back it.
Wind and solar are weather-driven. Sizing the right mix of generation, storage and firming to stay both reliable and economic is a hard optimisation.
Capex, energy and fuel prices, capacity factors and policy all move. A business case built on point estimates won't survive contact with reality.
Replacing diesel fleets and equipment in heavy industry with battery-electric is capital-intensive and operationally disruptive, payback hinges on duty cycles, charging and energy cost.
There are many routes to net zero. Choosing what to build, and when, is a staged, high-stakes decision under deep uncertainty.
Simulation, optimisation and forecasting delivered as decision tools and clear, defensible business cases.
Technoeconomic models of wind, solar, battery storage and hybrid systems, capacity factors, LCOE, dispatch and sizing to hit reliability and cost targets.
Simulate converting diesel fleets and equipment to battery-electric: energy demand, charging logistics, duty cycles, emissions and total cost of ownership.
Optimise and stress-test net-zero pathways and capital sequencing with Monte Carlo across price, policy and technology scenarios.
Worked examples of how we approach energy and decarbonisation problems, and the decision each one informs.
Optimising the mix of wind, solar and battery storage for a large load balances levelised cost against reliability under weather and price uncertainty.
A simulation and total-cost-of-ownership model of converting a diesel heavy-equipment fleet to battery-electric weighs charging logistics, duty cycles, emissions and lifetime cost.
A Monte Carlo study across capex, energy prices and policy finds a robust, staged investment pathway to net zero rather than a fragile single plan.
Tell us the assets, the energy profile and the target. We'll build the technoeconomic model to back the business case, and quantify the risk.
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