Internet Remote Power Diagnosis
The internet has simplified many processes, from enabling fast and cheap worldwide communication to the control of complex industrial plants from the distance. In this respect, the internet also is suited to take over tasks that previously were only possible with telemetry, and later with the use of satellites. The electrical power supply of a ship with all services, including the electrical propulsion is an ideal field for digital diagnosis computers, for example, as they are presently developed by “E-MS e-powered marine solutions,” a young company in Hamburg.
The starting point has been the diesel-electric power supply and propulsion system for 30 inland waterway cruise vessels an a large megayacht. These installations work with a unique principle, without synchronization of the generating sets, making a large part the switch-boards dispensable. The generating sets will run with variable speed, for example in the range of the best efficiency of the internal combustion engine.
To this end, it is necessary to analyze the operating conditions of all electrical services continuously to achieve the lowest possible fuel-consumption and emissions. Here, the diagnosis computer developed by E-MS, whose market introduction took place under the shorthand symbol “E-RD,” are put into action (RD = “Remote Diagnostics”).
With the computer the data can be evaluated directly, but the real value of the data is in aggregate, stored and evaluated for months if not years, fleetwide. Of course the onboard computing can only do so much, and regularly the data must be compressed and sent ashore via the internet. The end goal is long-term fleet fuel and emission optimization and the resulting cost savings.
(As published in the March 2014 edition of Maritime Reporter & Engineering News - www.marinelink.com)
Read Internet Remote Power Diagnosis in Pdf, Flash or Html5 edition of March 2014 Maritime Reporter
Other stories from March 2014 issue
Content
- Old Ships & Dirty Machinery page: 4
- USCG ... Past, Present & Future page: 6
- Floating Production Inventory Continues to Grow page: 10
- Marine Casualty Reports – Clarified page: 16
- New Propeller Optimization Process Can Analyze 10,000 Designs a Day page: 18
- Arctic Taskings for the Coast Guard page: 20
- Online Monitoring Systems Can Improve Your Bottom Line page: 22
- New Explosion Hazard Software page: 24
- Harmonized CSR-Compliant Ship Design Support Software page: 25
- Internet Remote Power Diagnosis page: 26
- USCG: The Fleet Faces Forward page: 28
- The Thad Allen No-Frills Leadership Primer page: 37
- With an Interceptor, a RHIB and a Cat page: 40
- Caribbean Security Challenges page: 44
- Swiftships Unveils USV with the University of Louisiana-Lafayette page: 46
- On Patrol: North River Boats page: 48
- Gladding-Hearn Delivers page: 48
- Retlif Testing Laboratories Marks 35 Years page: 51
- Interview: Devon Grennan CEO, Global Diving & Salvage page: 54
- NASNI Builds Navy’s First Submarine FiFi Trainer page: 56
- FFS: Fire Fighting Systems page: 57
- Enhanced Fire Protection Guide from ABS page: 57
- Halyard Expands Insulation Product Range page: 57
- Kidde FM-200 ECS Series page: 57
- New Fire Detection System page: 57
- Sea-Fire’s Triton 8 Alarm Panel page: 57
- Carnival & Marioff Sign Maintenance Agreement page: 57
- ClassNK Updates Safety Guidelines for Gas Fuelled Ships page: 58
- Engine Room Fires: Lessons Learned page: 58
- Omega Debuts New Transmitters page: 58
- Xflow Watermist from Wilhelmsen Technical Solutions page: 58
- Helicopter Refueling Systems page: 58