Smart Hybrid Powertrain Optimization for Maritime Vessels

Core features

Load profile generation

Create detailed operational profiles based on AIS data, Smart Power Tables, vessel specifications, and third party sources for accurate energy system design

Energy system design & simulation

Design and simulate hybrid powertrains with batteries, generators, and fuel cells to find the optimal configuration for your vessel

Automated system optimization

Smart algorithms automatically optimize system parameters to minimize fuel consumption, emissions, weight, volume and operational costs

Scenario analysis

Compare multiple design scenarios with different technologies, routes, operational profiles or energy carrier forecasts to make informed decisions

Partner features

Consumer Side Optimisation

Optimize electrical loads and consumer systems on board to reduce overall energy demand and improve system efficiency

Wind assisted Propulsion Simulation

Simulate and optimize wind-assisted technologies like sails, rotors, and kites to investigate the impact on your energy system design and the resulting fuel and emission savings

Energy Trading Simulation

Model energy trading opportunities for vessels: Smart charging, bi-directional energy trading over shore connection or selling of excess renewable energy generation.

Core features

System benchmarking

Compare actual performance against design specifications and industry standards to validate system efficiency and identify optimization opportunities

Late design change simulation & assessment

Rapidly assess the impact of last-minute design modifications on performance, costs, and emissions before implementation

Sea trial monitoring

Real-time monitoring and analysis during sea trials to verify system performance and fine-tune operational parameters

Core features

Technical operation optimization

Continuously optimize engine loads, battery management, and power distribution for maximum efficiency and component longevity

Nautical operation optimization

Optimize speed profiles and operational strategies tailored to your specific energy system

Individual data monitoring

Track vessel-specific performance metrics, energy consumption patterns, and operational anomalies for data-driven decisions

Emission tracking and forecasting

Real-time monitoring of CO₂, NO_x, and particulate emissions with predictive modeling for regulatory compliance

Partner features

CSRD / ESG Reporting

Automated generation of Corporate Sustainability Reporting Directive (CSRD) compliant reports and ESG metrics for stakeholder transparency

Core features

Modernization design and simulation

Design and simulate retrofit solutions to upgrade existing vessels with modern hybrid technologies and energy systems

Automated system design

Design automation for retrofit projects, considering space constraints, integration complexity, and budget limitations

Fast assessment of new technologies

Quickly evaluate the potential benefits and risks of emerging technologies for integration into existing vessel systems

Optimization for new profiles

Re-optimize energy systems when operational profiles change due to new routes, cargo types, or service requirements

Core features

Battery end-of-life prediction

Advanced algorithms predict when batteries will reach end-of-life based on usage patterns, degradation models, and operational data

Battery end-of-life timing

Optimize the timing of battery replacement to maximize operational value while minimizing downtime and replacement costs

Partner features

Battery Second Life Price Estimation

Estimate the residual value of marine batteries for second-life applications like stationary energy storage or grid services or recycling

Battery Selling

Connect with certified battery recyclers and second-life application providers to maximize recovery value from end-of-life batteries