Energised:X Software: What the software helps you decide?
What battery to install, and how large it should be?
How batteries and diesel engines should work together?
What battery to install, and how large it should be?
The software evaluates different battery types, power ratings, and energy capacities against real vessel load profiles and operating modes, allowing teams to understand trade-offs before committing to a design.
How the battery should be used in operation?
How batteries and diesel engines should work together?
What battery to install, and how large it should be?
Rather than assuming fixed charge/discharge rules, the software computes optimal battery usage across operating scenarios, ensuring the battery is used where it delivers value and protected where it does not.
How batteries and diesel engines should work together?
How batteries and diesel engines should work together?
How batteries and diesel engines should work together?
Batteries and diesel engines are scheduled jointly, identifying operating strategies that improve engine loading, reduce fuel consumption, and perform well during high-value operating periods.
What the software produces?
Where the software fits in your project?
Where the software fits in your project?
- Power plant sizing recommendations
- Time-resolved dispatch and scheduling results
- Battery state-of-charge and cycling behaviour
- Fuel consumption and engine loading metrics
- NPV, payback period, and ROI across scenarios
These outputs are used directly for design decisions, internal approvals, and customer discussions.
Where the software fits in your project?
Where the software fits in your project?
Where the software fits in your project?
- Early feasibility and concept development
- Retrofit decision-making
- Architecture comparison before supplier commitment
It is most valuable before detailed engineering starts, when design freedom is still high and changes are inexpensive.
