01
Train performance
Speed-distance-time profiles using tractive effort, braking, mass, resistance, gradients, curves and speed restrictions.
Rail operations & traction energy
Train Simulation
Test the railway in a digital model before changing the real one.
Service overview
Digital models grounded in operational reality.
Panacean combines rolling-stock performance, route geometry, timetable logic and traction-power infrastructure to study journey time, headway, capacity, voltage and energy. Scenario comparison makes infrastructure and operating trade-offs visible before investment.
ModelRoute, vehicles and operations
SimulateMovement and power over time
CompareTimetables and infrastructure options
OptimizeCapacity, energy and resilience
Capabilities
From source data to decisions.
Each workstream is configured around the decisions, users and systems that will consume the result.
02
Timetable simulation
Headways, dwell times, conflicts, turnbacks, perturbations and service-pattern feasibility.
03
Traction power
AC or DC network representation, substations, feeding sections, voltage profile, loading and peak-demand analysis.
04
Energy analysis
Traction consumption, regenerative braking, receptivity, losses and energy impacts of driving or timetable strategies.
05
Infrastructure scenarios
New stations, line extensions, substations, rolling stock, service frequency and degraded operating conditions.
06
Decision visualization
Time-distance diagrams, speed profiles, voltage and loading plots, energy balances and scenario dashboards.
Delivery framework
Build. Validate.
Put it to work.
Our process makes assumptions visible, validates the model against available evidence and translates analysis into an implementable workflow or decision.
Stage 01Assemble route, rolling-stock and timetable inputs
Stage 02Calibrate model against available operating evidence
Stage 03Run base case and constraint scenarios
Stage 04Compare interventions and document the preferred plan
Typical outputs
Useful beyond the final report.
Model basis and assumptions register↗
Calibrated simulation model↗
Time-distance and speed profiles↗
Traction-power assessment↗
Energy and regenerative analysis↗
Scenario comparison report↗
Turn complexity into a clear next move