10.45 rr pm technology 230915 - riviera maritime media 1 americas offshore support journal...
TRANSCRIPT
02/10/2015
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Americas Offshore Support Journal
Conference, 2015
Yrjar Garshol
VP Marketing, Commercial Marine
Our global business
AEROSPACE
AEROSPACE LAND & SEA
LAND & SEA
ROLLS-ROYCE BETTER POWER FOR A CHANGING WORLD
POWER SYSTEMS
NUCLEAR MARINE CIVIL
AEROSPACE DEFENCE
AEROSPACE
Land & Sea division overview
MARINE
• Leading supplier of ship designs, power and propulsion systems, deck machinery and through-life support services
• Global leader in integration of complex mission-critical systems for commercial and defence vessels
• Environmental solutions
ROLLS-ROYCEPOWER SYSTEMS
• Specialist in piston engines, propulsion and distributed energy systems and injection systems
• Engines drive ships, heavy land rail and defence vehicles and operate industrial facilities
• Energy systems generate emergency, base and peak load power
NUCLEAR
• Supplies products and expertise into half of the world’s operating nuclear reactors
• World-leader in safety Instrumentation & Control
• Plant lifetime management services
• Design and manufacture of high integrity nuclear systems and components
Marine
A world leader in vessel design, the integration of complex systems and the supply and support of
power and propulsion equipment.
• Clean, efficient, and smart systems
• 4,000 customers worldwide,
including 70 navies• Equipment installed on more
than 25,000 vessels• MT30 – World’s most powerful
in-service gas turbine on major
US, UK and Korean programmes
• No. 1 for pure gas marine engines
• No. 1 for underwater mountable
thrusters
SERVICESNAVAL
FINANCIAL DATA FY2014:
ORDER BOOK
£1,567m
UNDERLYING REVENUE
£ 1,709m
UNDERLYING PROFIT
£ 138m
OFFSHORE
COMMERCIAL
MARINE
MERCHANT
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Marine highlights
• World’s largest rim-driven permanent magnet thrusters
(2 x 500kW) onboard MS “Gunnerus”
• Installation of the Unified Bridge on PSV “Stril Luna”
• 12 UUC thrusters on the world’s largest ship
“Pioneering Spirit” (length 382m, breadth 124m)
• Rolls-Royce established as a leader at the forefront of ship intelligence
• Powered the world´s longest journey at sea by LNG with “Kvitbjorn” from Nor Lines
Commercial marineLong experience in system integration and ship design
The benchmark of the offshore oil & gas
industry
• Almost 800 UT designs in operation or
under contract
• Well positioned as oil and gas
exploration and production continues to
move into deeper waters
• Delivering the widest range of products
in the marine industry
Solutions for the cargo, passenger and tug
boat market
• Achieving optimised through-life costs for
customers whilst enabling compliance
with increasing environmental
requirements
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Services
• Our focus is preventing downtime
and loss of operation for our customers
• We provide conventional services,provision of spare parts, equipment repair, overhaul and
exchange programmes and upgrades
• Several upgrades offers improves
the vessel´s performance and efficiency
• Innovative new services, such as the condition monitoring, are helping to further reduce vessel downtime and provide operators with additional service options.
• Our support philosophy is a recognition that customers have different and often unique requirements based on their fleet operations
Professional service, every port, every day
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Customer product training
• As product experts, we can provide a crew with the knowledge of how to get the best economic and environmental value out of
equipment and systems
• Our product training ensures crew are equipped to operate mission critical systems safely and
efficiently in the broadest range of operational and maintenance scenarios
• Courses are structured to provide
theoretical and practical experience, as well as simulator time to ensure crews operate safely and efficiently
Sharing our knowledge
Global service and support network
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Permanent Magnet Technology
Why Permanent Magnet (PM) Technology?
� No energy is used for excitation of rotor
� Higher efficiency over entire
speed range
� Low heat generation in the machine components
� Best candidate for applications where fuel save is important
1. EFFICIENCY
Machine Efficiency
� Permanent rotor magnetic field
� Simple construction
� Robust candidate for high reliability applications
� Best candidate for integrated product
2. SIMPLICITY
Machine Configuration
� High torque density machine
� 50 % more compact than asynchronous machine
� Slim stator and rotor due to
high pole design
� Strong dynamic performance (synchronization rotor - stator
� Best candidate where space is valued in the application)
3. COMPACTNESS
Machine size and weight
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Why PM Technology for Thrusters? 13
Efficiency CompactnessRobustness(Simplicity)
Asynchronous induction motor max
(max efficiency is 96%)
Oil filled, geared
thruster unit
+
Integrated synchronous permanent magnet machine
(efficiency is above 97% . Higher for partial loads)
Why PM Technology for Thrusters? 14
Efficiency CompactnessRobustness(Simplicity)
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0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
Prop. curve, Operating profile & Efficiency
Operation time
TT Async w Gear
PM TT
Propeller Power
16%12% 9%
Propeller SpeedOperating hours/year: 4000
Energy consumption/year:
Asynch w/gear 1015400 kWh
PMTT 943400 kWh
Energy saved (kWh/year): 72004 kWh
Energy cost 0,808 NOK/kWh
Reduction in fuel cost for 4 PMTT2000
NOK/year 250 000
NOK/lifetime 7 500 000
12% average efficient
improvement
Eff
icie
ncy
, P
rop
. P
ow
er
& O
pe
rati
on
Tim
e
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Why PM Technology for Thrusters?
Efficiency CompactnessRobustness(Simplicity)
Pitch system
Mechanical
transmission line
+
1 moving part (propeller)
Steering gear with improved classic design
Multiple moving parts
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Why PM Technology for Thrusters?
Efficiency CompactnessRobustness(Simplicity)
3,1m
>4,6m
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Why PM Technology for Thrusters
Efficiency CompactnessRobustness(Simplicity)
>4,6m
Inside: 1,3M
Hull and Nozzle:
3,6m
All in 1 room
Location & footprint in vessel
THRUSTTHRUST
Technology demonstration phase19
2001 - 2009
• 50 kW test unit
• 800 kW technology demonstrator
• “Shaftless design” – rotor spins on
circumferential bearings
• AHTS “Olympic Octopus”, 2006-2009
• Installation in stern, next to TT2000, 883 kW
Industrialization phase 20
2010 - 2015
• Revised design, central shaft design
• Hydrodynamic analysis iterations
• Assembly cell and production system
• Quay test rig for full scale testing
• Reintroduced as stern thruster for “Olympic Octopus” 2012 – currently 4000 hours and no maintenance needed.
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Lessons
learnt
Electromagnetic
design
Hull integration
design
Motor sealing system
Hydrodynamic performance
Multi-discipline teamwork!
Hydrodynamics Electromagnetic
Mechanical ManufacturingShip DesignControl Systems
El. Power System
Materials
Manufacturing to scale
Bearing system design
Removed: Rudder with steering gearNozzle with propellerShaftlineGearElectrical motorFrequency converterBridge control system
Installed:•PMazm including steering gear•Lubrication systems•Helicon- control system•Frequency Converter•HEMOS
R/V Gunnerus, built 2006
Propulsion system : 2x500kW, 440V 60Hz
“Classic diesel electric “
Length: 31,25m
Breath: 9,6m
PM Azimuth, installed on R/V Gunnerus
Design and in-house testing500 kW azimuth thruster driven by a PM motor placed inside
the nozzle.
Mechanical strength is 1000kW.
Nozzle have space for a 1000kW PM motor.
Reuse elements from PMTunnel thruster.
Helicon-X control system,
RR PES Frequency converters.
HEMOS data acquisition system,
Design and production: 2012 to Nov 2014
FAT. Nov-Dec- 2014
Delivered Dec-14
Seatrail: March-April-15
Power vs. speed before / after PMAZM retrofit
• Comparison of power consumption .
• The results, when corrected for increased displacement, indicate significant power savings:
8.8 kn ; 13 % Saving
10.5 kn ; 11 % Saving
11.5 kn ; 7 % Saving
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Product design & features
Type PMTT1600 PMTT2000 PMAZM 1900
Power (Max) 1000 kW 1600 kW 1000kW
Propeller
diameter1600 mm 2000 mm 1900 mm
Electrical eff. 97,5% 97,7% 97%
RPM (Max) 338 277 ~209
- +100% RPM~6 sec
or as wanted
~6 sec
or as wanted
~6 sec
or as wanted
VGP Compliant Yes Yes Yes
Terminal box
Rotor Stator Motor house Stays Inlet rings
• Robust “H-frame”-construction,
no shaft dynamics
• Oil for circulation only,
very low volumes
• Designed for Under Water
Installation (UWI)
• Power source: • Active Front End (AFE), alternatively
• 12 (or 18/24) pulse drives
PM technology explained
Permanent Magnet synchronous motor
• Sealed, submerged stator
• Rotor with permanent magnets
• 690 V
Frequency controlled
• AFE or 12 pulse VFD
• Overload protection built into drive
• Sensorless, closed loop control
No mechanical transmission line
• Monoblock fixed pitch propeller integrated in rotor
• Fixed, non-rotating shaft
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Noise and Vibration – “the human ear”27
5 dB
less measured noise....
Noise and Vibration – “the human ear”
50%
less perceived noise
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Noise measurements – ”Olympic Octopus”
4-8 dB Airborne noise
Structure borne noise 6-12 dB
Noise emitted to sea 5-6 dB
Measurements conducted by DNV, April 2013
Life Cycle Cost
• Compared with conventional tunnel
thruster, 50% less maintenance cost
is expected
• The electrical motor is always
included
� Plug Play agreement
� PM motor requires no maintenance
� Less wear, 1 rotating part
� High energy efficiency
� Plug Play agreement
� PM motor requires no maintenance
� Less wear, 1 rotating part
� High energy efficiency
Future priorities
Larger size PM Azimuth thrusters � Main propulsion
� Technology demonstrator project ongoing
� Manufacturability1
Larger size tunnel thrusters � Market demand for larger tunnel thrusters
� Manufacturability2
Auxilary thrusters� Designwork
� Manufacturability3
Permanent Magnet driven Thrusters
Efficient CompactRobust
Cruise liner, 1xPMTT2000 - 1,6 MW
Pipelayer, 1xPMTT2000 - 1,6 MW
Research vessel 2xPM AZM 1900 - 0,5 MW
OCV vessel 2xPMTT2000 - 1,6 MW