Integrated Ship Energy & Maintenance Management System (ISEMMS)
Lead Participant:
PRISMA ELECTRONICS (UK) LTD
Abstract
The ISEMMS project aims at the development of an integrated energy and maintenance management system
to optimise the energy efficiency and minimise the maintenance cost of ship machinery systems by monitoring
of the performance, emissions and plant condition parameters, culminating in proposing the most effective
energy and maintenance scheduling. A number of advanced technologies including model based power
management and fault diagnosis, condition/performance/emissions parameters monitoring, machinery
vibration monitoring, infrared radiation and fluid analysis, multi-criteria optimisation techniques and machinery
risk analysis will be combinatory used. Data acquisition will be integrated with the ship control systems and the
acquired 'big' data will be analysed using statistical and artificial intelligence algorithms and transferred ashore
using satellite communications providing decision support and advise for optimal operation/adjustment of the
system parameters and the most effective maintenance scheduling. The ISEMMS system development will lead
to a significant improvement in the vessels energy efficient operation and the reduction of the operational cost.
to optimise the energy efficiency and minimise the maintenance cost of ship machinery systems by monitoring
of the performance, emissions and plant condition parameters, culminating in proposing the most effective
energy and maintenance scheduling. A number of advanced technologies including model based power
management and fault diagnosis, condition/performance/emissions parameters monitoring, machinery
vibration monitoring, infrared radiation and fluid analysis, multi-criteria optimisation techniques and machinery
risk analysis will be combinatory used. Data acquisition will be integrated with the ship control systems and the
acquired 'big' data will be analysed using statistical and artificial intelligence algorithms and transferred ashore
using satellite communications providing decision support and advise for optimal operation/adjustment of the
system parameters and the most effective maintenance scheduling. The ISEMMS system development will lead
to a significant improvement in the vessels energy efficient operation and the reduction of the operational cost.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
PRISMA ELECTRONICS (UK) LTD | £268,629 | £ 161,177 |
  | ||
Participant |
||
UNIVERSITY OF STRATHCLYDE | £197,790 | £ 197,790 |
LLOYD'S REGISTER EMEA | £59,584 | £ 29,792 |
A P & A LIMITED | ||
AP&A LIMITED | £192,764 | £ 115,658 |
INNOVATE UK |
People |
ORCID iD |
Christos Giordamlis (Project Manager) |