Power Management System used on Vessel.pdf

power manangement system

1. Power Management System
Used on Vessel
Presented By
Jane GOH
Services Director

2. Schneider Electric2 -Division -Name –Date Type of Ship
1.
Dry Cargo : Bulk carrier, Container ship, RefriContainer ship, Roroship, Heavy lift ship.
2. Tanker : Oil tanker, Chemical tanker, LNG/LPG carrier.
3. Passenger : Cruise ship, Ferry, Ocean liner.
4. Support : Dive support, Fireboat, Supply vessel, Drill Tender, Tugboat.
5. Other : Cable laying ship, Crane Barge, Drillship, Fishing vessel, Icebreker, Merchant
submarine, Research vessel.
6. Yachting.

3. Schneider Electric3 -Division -Name –Date
Cargo ship–Container ship

4. Schneider Electric4 -Division -Name –Date
1. Emergency Electric Distribution
Diesel generator
-situation on the top of the ship
-Lowvoltage , power between300KW and 1 MW
-use for emergency components, steeringgear, radio, lighting, lifeboat, firepump.
-use to supplyall auxiliariesto startone main generator: air compressor, fuel pump.
-Automaticstartwhenthe shiplosethe main power.
UPS
-power 20KW maxi
-use for essential marine components
-UPS type : online/offline
Batteries
-220vDC or 24/12vDC
-use for lighting

5. Schneider Electric5 -Division -Name –Date
2. Main Electric Distribution
1.Low voltage 380v 50Hz or 440v 60Hz
Diesel generator
-use for cargo shipwhenthe power isbelow3 or 4 MW
Shaftgenerator
-use for bowand aftthrusterand atseafor shipdistribution.
Turbo generator
-Exhaustgasboiler
-Steamship( LNG carrier )
2.High voltage 5.5Kv , 6.6Kv, 7.2Kv.
ShipwithDiesel propulsion
-Diesel generatoruse for power over 4 MW
Diesel Electric propulsion
-Electric power between20 and 110 MW
Gasturbine
-use on cruiseshipfor electricpropulsion

6. Schneider Electric6 -Division -Name –Date
HV power plant
6,6 kV - 60Hz
EPM
LV distribution Network
440V - 60Hz
Braking
system
To SSB
SSB
MV/LV
transformer
HV SHORE
SUPPLY
(1MW)
Emergency LV
Shore supply
(500kW)
D
2,1 MW
TP BT F2
G
R
Auxiliary
propulsion
1000 kW
DG
2,1 MW
Chiller
unit
M
Propulsion
transformer
To SSB
Aft
LV MSBFore
LV MSB
MV/LV
transformer
Fore HVMSB Aft HVMSB
Grounding
transformer
D
2,1 MW
G
DG
2,1 MW
Chiller
unit
M
R
Grounding
transformer
EPM
R

7. Schneider Electric7 -Division -Name –Date
Power Mgt Systems, GeneralOverview
GENERATOR 1GENERATOR 2
Busbar
Consumers
MainSwitchboard
Simple ship
Availablerunningmodes:
-DG (Diesel Generator)

8. Schneider Electric8 -Division -Name –Date
GENERATOR 1GENERATOR 2
Busbar
Consumers
SHAFT GENERATOR
MainSwitchboard
Shaftgenerator
Availablerunningmodes:
-DG (Diesel Generator)
-SG (ShaftGenerator)
Power Mgt Systems, GeneralOverview

9. Schneider Electric9 -Division -Name –Date
GENERATOR 1GENERATOR 2
MainBusbar
Consumers
SHAFT GENERATOR
MainSwitchboard
SG Busbar
Shaftgenerator withbustiebreaker
Availablerunningmodes:
-DG (Diesel Generator)
-SG (ShaftGenerator)
-Split (Diesels onleftside, ShaftGenerator onright side)
Consumers
Power Mgt Systems, GeneralOverview

10. Schneider Electric10 -Division -Name –Date
GENERATOR 1GENERATOR 2
BusbarA
Consumers
MainSwitchboard
BusbarB
Diesel generators withbustiebreaker
Availablerunningmodes:
-DG (Diesel Generators)
-Split (Diesels oneitherside operatesindependentlyfrom theotherside)
Consumers
GENERATOR 3GENERATOR 4
Power Mgt Systems, GeneralOverview

11. Schneider Electric11 -Division -Name –Date
GENERATOR 1GENERATOR 2
MainBusbar
Consumers
MainSwitchboard
EG Busbar
Emergencygenerator / harbourgenerator
EmergencySwitchboard
EMERGENCY
GENERATOR
Consumers
Availablerunningmodes:
-DG (MainDiesel Generators)
-EDG (EmergencyDiesel Generator, maindiesels have failed, tie breakeris open)
-Harbour(EmergencyDiesel Generator is feedingthesystem alone, main
diesels arestopped, tie breakeris closed)
Power Mgt Systems, GeneralOverview

12. Schneider Electric12 -Division -Name –Date
G
G
G
M
BUS BAR
MEASURING
G
G
G
M
LIMITING
REACTORS
THRUSTERAC
COMPRESSOR
440V EMERGENCY SWBD
440V
AUX
SWBD
440V SHORE
440V
AUX
SWBD
11kV
SHORE
THRUSTER AC
COMPRESSOR
11kV 3150A11kV 3150A
BUS BAR
MEASURING
RMU :
RING MAIN UNIT
G
G
G
G
G
G
Icc = 40kA
Icc = 16kA
SUBSTATION SWITCHBOARDSSUBSTATION SWITCHBOARDS
MAIN HV SWITCHBOARDS
G
EDG
G
EDG

13. Schneider Electric13 -Division -Name –Date
Main Task:
1.Controltheload ofthegenerators
2. Startand stop generators dependendonthe
power demand
3. Controlsynchronisationand load sharingin the
plant
4. Makesure thatblackouts do not appear
Benefits:
1. Keepgenerators runningat thebestefficiency
2. Keepnumberofstarts and stops at a minimum
3. Equalrunninghoursacrossall generators
4. Savemoney
Objectives of Powermanagement

14. An APPLICATION
By
SESG
CONOCOPHILLIPS NORTH BELUT PROJECT

15. Schneider Electric15 -Division -Name –Date
PROJECT BACKGROUND
PT. NIPPON STEEL CONSTRUCTION INDONESIA
PT. TECHNIP INDONESIA
PT. CONOCOPHILLIPS INDONESIA
CUSTOMER:
END USER:

16. Schneider Electric16 -Division -Name –Date
ELECTRICAL CONTROL & MONITORING SYSTEM
MV
SWITCHBOARD
LV PROCESS
SWITCHBOARD
LV UTILITIES
SWITCHBOARD
LV ESSENTIAL
SWITCHBOARD
LV LQ
SWITCHBOARD
LV WHP-C
SWITCHBOARD
LV WHP-D
SWITCHBOARD
CPP PLATFORM
SYSTEM SOLUTION
LQ PLATFORM
WELLHEAD
PLATFORM
SYSTEM FUNCTION: -LOAD SHEDDING
-MOTOR CONTROL COMMAND
-MONITORING
-RECORDING (TRENDS, ALARM)

17. Schneider Electric17 -Division -Name –Date
KEY CHALLENGES
To complete customer requirement: load shedding if under
frequency condition and fast load shedding when some
generators fault
To start/stop motor through communication within 2 sec
execution time.
Innovativeness using communication for around 500 Tsys-T to
control motors using Sis Gateway device
Develop HMI for control and monitoring includes:
-Event handling
-Alarm Handling
-Event-time tagging
-Trend & Archive Handling
-Report

18. Schneider Electric18 -Division -Name –Date
=S= SOLUTION ADVANTAGES To start/stop motor and devices through communication
An open ended and easily upgradeable solution (new devices, new
communication, etc)
Industrial PLC and remote IO modules enable:
-specific automatic function,
-analog digital information and other devices connection
Standard communication (Modbus, Ethernet TCP) allows components linked
to the system
Standard data processing components and principles allow transferring data
to/from other systems
Intelligent Electrical Devices to protect, gathering necessary data for
monitoring and control of electrical devices (ie: Tesysfor motors, SEPAM as
intelligent protection relays)

19. Schneider Electric19 -Division -Name –Date
HARDWARE
SOFTWARE
-3 HOT STANDBY QUANTUM
-5 RIO DROP
-501 TSYS T
-16 SIS GATEWAY
-43 SEPAM
-2 SERVER
-1 OPERATOR WS
-2 ENGINEERING WS
-7 MAGELIS XBTGT
-80 OkkenPanel
SYSTEM SUPPLIES
-UNITY PRO XL
-2 VIJEO CITECT SERVER 5000 PTS
-1 VIJEO CITECT DISPLAY 5000 PTS
-SFT 2481, SEPAM CONFIGURATOR
-VIJEO DESIGNER
-SIS CONFIGURATOR

20. Schneider Electric20 -Division -Name –Date
ECS SYSTEM ARCHITECTURE

21. Schneider Electric21 -Division -Name –Date

22. Schneider Electric22 -Division -Name –Date

23. Schneider Electric23 -Division -Name –Date

24. Schneider Electric24 -Division -Name –Date