Scientific and Technical Journal


ISSN Print 2221-3937
ISSN Online 2221-3805

A fullmission simulator complexofthe ship’s automatedpower system are presented. It is meets International Convention STCW 78(with Manila amendments 2010) requirements in part of adequate reproduction of its operational modes corresponding to the actual configuration and layout of the ship's automated power management system with real consumers and typical loads. The simulator is fully consistent with the goals and objectives of the practical training, as well as the goals and objectives of proficiency testing engine department officers on issues technical maintenance the real ship's equipment and means of automation.


1. Lanchukovky V.I. Bezopasnoe upravlenie sudovymi jenergeticheskimi ustanovkami: uchebnik [Safe Management of Ship Power Plants], (2004), Textbook, Odessa, Astroprint, 232 p. (In Russian).

2. International Convention on Standards of Training, Certification and watch Keeping for Seafarers, (1978), (STCW 1978), London, IMO, 2011, 296 p.

3. Mukha N., Drankova A., Voloshin V., Miska A., Dudko S. Trenazher sudovoj avtomatizirovannoj jelektrojenergeticheskoj sistemy [Simulator of Ship Automated Power Management System], (2011), Aerospace Engineering and Technology: Scientific and Technical Journal, Kharkov, Ukraine, KHAI, No. 9(86), pp. 207 – 211 (In Russian).

4. Mіzhnarodna konvencіja pro pіdgotovku і diplomuvannja morjakіv ta nesennja vahti 1978 (konsolіdovanij tekst z manіl's'kimi popravkami), [International Convention on Standards of Training, Certification and watch keeping for Seafarers, 1978 (Consolidation text with Manila Amendments)], (2012), Kiev, Ukraine, VPK “Expres-Poligraf”, 568 p.(InUkrainian).

5. Feng X., Butler-Purry K.L., and T. Zourntos, (2011), Multi-Agent System-Based Real-Time Load Management for Next Generation Integrated Power Systems for Ships, IEEE Trans. Power Syst., May 2011,Vol. 27, No. 3, pp. 678 – 696.

6. Butler-Purry K.L., and N/D/R/ Sarma, (2003), Intelligent Network Configuration of Shipboard Power Systems, in Proc. 2003 IEEE/PES General Meeting, July 2003, pp. 13 –17.

7. Ruffel R., et. al. (1995), “RTDS-a fully Digital Power System Simulator Operating in Real-Time: Proc. Of the WESCANEX95. Comm., Power, and Computing, IEEE, Vol.2, 1995, pp. 300 – 305.

8. Hollman J.A., and Marti J.R., (2003), Real-time Network Simulation with PC-cluster, IEEE Trans. Power Systems, Vol. 18, pp. 563 – 569.

9. Davey K., and Hebnee R., (2004), Reconfiguration of Ship Power Systems, IASME Transactions, Issue 2, Vol. 1, April 2004, pp. 241 – 246.

10. Crapse P., Wang J., Abrams J., Shin Y.J., and R. Dougal, (2007), Power Quality Assessment and Management in an Electric Ship Power System, Proc. of IEEE Electric Ship Technologies Symposium, May 2007.

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25 Jan 2020

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