Energised:X
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Maritime Energy Solutions
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About us
Energised:X
Home
Maritime Energy Solutions
Software
About us
More
  • Home
  • Maritime Energy Solutions
  • Software
  • About us
  • Home
  • Maritime Energy Solutions
  • Software
  • About us

Complete Maritime Power and Energy Solutions

From Academica to Industry

 At EnergisedX, we deliver innovative power and energy solutions - from selecting the optimal propulsion and energy system configuration to managing onboard energy efficiently - enabling reduced lifetime operational costs and improved vessel performance. 

Our offerings to the Maritime Industry

Power & Energy System Sizing

Smart power and energy system management

Optimal power plant configuration

Designing efficient, reliable, and future-ready shipboard power architectures tailored to vessel-specific operational needs.


Optimising the mix of diesel engines, batteries, fuel cells, to reduce operational expenses through increase in operational efficiency and reduction in maintenance expenses. 


Using advanced modelling, techno-economic analysis, and digital design tools to deliver safe, cost-effective, and performance-balanced recommendations for shipowners and operators 

Optimal power plant configuration

Smart power and energy system management

Optimal power plant configuration

Strategic placement of shipboard power system components to maximise safety, efficiency, and long-term reliability. 


Expertise in selecting appropriate distribution voltage levels and integrating transformers, converters, and switchboards to minimise losses and improve redundancy.



Smart power and energy system management

Smart power and energy system management

Smart power and energy system management

Developing operational plans that determine when to dispatch batteries, diesel engines, and other assets to meet varying load demands efficiently. 


Using batteries for peak shaving, load levelling, and silent operations, while scheduling diesel engines for endurance, backup, and extended power needs.   


Applying constraints such as minimum ON/OFF times to reduce wear, improve fuel efficiency, and extend component life while ensuring reliable vessel operations.

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