01 — Cost
Minimise total cost
ENERsim finds the configuration and dispatch strategy that minimises capital and operating costs across the system's entire lifetime.
Energy system simulation
Multi-objective optimization
Smart optimization of
sustainable energy systems
ENERsim models complex energy systems and optimizes them for cost, CO₂ and resilience — from early design to commercial operation.
About ENERsim
From early design to commercial operation
ENERsim is a simulation platform for modern energy systems. Integrate any mix of energy sources, converters, storage units and consumers — then analyse performance, evaluate efficiency, and assess economic viability and environmental impact across every scenario.
- Model multi-vector systems end to end
- Simulate any scenario and operating strategy
- Maximise flexibility and efficiency
Why ENERsim
One model, three objectives
Cost, emissions and resilience are optimized simultaneously — not in isolation.
02 — CO₂
Reduce emissions
Quantify and cut emissions by optimally sizing renewables, storage and converters around your real load profiles.
03 — Resilience
Stay reliable
Design systems that ride through outages and demand peaks, balancing reliability against cost and emissions.
Services
Four ways to work with ENERsim
Web Application
An intuitive interface to build, simulate and optimise energy systems right in your browser.
Customized Development
Tailored models and solutions for the components and constraints unique to your system.
Optimization as a Service
Hand us your data — we deliver the optimised system design and a clear analysis.
Advanced Use & Controls
A REST API with SDKs to embed ENERsim in your own tools and control loops.
The platform
Clear results, built on research
ENERsim turns a system definition into actionable results — costs, efficiency, emissions and autarchy — with transparent energy-flow and optimization analysis.
- System-level KPIs at a glance
- Sankey energy-flow visualization
- Economics, environmental & resilience views
Demo_container_vessel
SIMULATIONRESULTS
System results
| Parameter | Value | Unit |
|---|---|---|
| Net annual costs | 0.000 | EUR |
| System efficiency | 100.000 | % |
| Annual CO₂ emissions | 0.000 | kg CO₂equ |
| Autarchy (weighted) | 100.000 | % |
Sankey energy flows
energy_source_genericenergy_demand_generic
3objectives optimised simultaneously
Multi-vectorsources, converters, storage & demand
REST APIwith SDKs for advanced integration
Use Cases
What you can build
01
Microgrids
Design self-sufficient grids that balance solar, wind, storage and demand — islanded or grid-connected.
02
Hybrid Power Plants
Combine renewables, storage and conventional generation into one optimally dispatched plant.
03
Maritime Systems
Optimise on-board and shore-side energy for vessels and ports, including alternative fuels.
04
Alternative Fuel Production
Size and schedule electrolysers and e-fuel plants against renewable supply and demand.
Partners
Resilience, proven in the field
Together with HDC Solutions and the THORIUM initiative, ENERsim helps design energy systems that keep critical operations running — whatever the conditions.
Trusted by engineers
What teams say
"ENERsim let us compare dozens of system designs in days, not months."
"Finally a tool that weighs cost, emissions and resilience in the same model."
"The API made it trivial to fold optimisation into our own workflow."
Request a free demo license
See what ENERsim can do for your energy system. Get in touch and we'll set you up.