Plug in to Green Power - MARCODen.marcod.dk/images/mbo2015/Schneider.pdfCommissionning Shore ... 3...

Schneider Electric 1 - Shore Connection – Confidential

Plug in to

Green Power

Shore Connection Solution

MARCOD event

Shore Connection

March 2015

René Andersen

Schneider Electric Shore

Connection team


Shore to Ships• Available power on port ?

• Voltage on the MV ring ?

• Number of berths concerned ?


To

ShoreBoxTM

Shore Utility

provider Ship

G

Existing or

New substation

Electrical

network

Cable dispenser

to ship connection

Ship to

supply

Frequency adaptation

And safety operation

Shore Connection general overview

Utility

Energy provider

Port

Terminal Operator

Quay, Wharf

Ship

Shore / Ship Interface

Ferry


To

ShoreBoxTM

Shore Hinterland

Existing or

New substation

Electrical

network

Cable dispenser

to ship connection

Ship to

supply

Frequency adaptation

And safety operation

Shore connection general overview

Utility

Energy provider

Port

Quay, Wharf

Ship

Shore / Ship Interface

Container ship

Ship

Terminal Operator


Shore side PORT project /

how to co-operate with partners Project Management

Electrical Studies

Civil works studies

Buried MV Cable

Interface Shore

Ship

Up stream MV Switchboard

Commissionning Shore

Commissionning Shore + Ship

Training

Services

Maintenance & Spare parts

Step 1 Engineering

Step 3 Commissionning

ShoreBox Basement preparation

ShoreBox

ShoreBox Implementation

Step 2 Procurement &

Implementation

Civil Works

Civil Works

Existing

MV Substation

Excavation

Cabling preparation

Cable connection

Excavation

Cabling preparation

Cable connection

ShoreBoxTM

Buried MV Cable

Jib Crane (Cable dispenser)

Erection of cable dispenser

Ship

X X X

X X

X X X X X

Local

Partner

X X

X

X X X

X

X X X

X X

X X

X X


MV solution for Vessel Project plan

How to co-operate with partners

Project Management

Electrical Studies

Mecanical studies

1 Incomer Waterproof Door

Ship Jonction Box

Control cde cabinet

Implementation

MV Cables

2 MV Premset Cubicle

Interlocking system

Sepam Trip Unit

Implementation

MV Cables

3 Transformer MV/MV or MV/LV

(if required) Implementation

MV / LV Cables

4 Main Switchboard

Shore incomer CB

Synchro module

Ship PMS modification

Switch board adaptation

Supervision adaptation

5 Captain piloting room

Commissionning Ship

Commissionning Ship + Shore

Training

Services

Maintenance & Spare parts

Step 1 Engineering

Step 3 Commissionning

Local

Partner

1

2

3

4

5

Step 2 Implementation

X

X

X

Schneider Electric 7 - Shore Connection –

Plug in to

Green Power


Understand

What Shore

Connection is

& how to implement

it.

Preliminary phase Questions to answer in order to be able

to plug a ship on the electrical network

Schneider Electric 8 - Shore Connection –

Shore Power / Port - Partners and Suppliers how can

they work together

Terminal

Operator

National

Grid

Terminal

Operator

Shipyards Classification

Societies

Ship Be compliant

with regulation

IMO MARPOL 6

Country Europe Regional

Port Authority

Ship

City

Naval

Base

Energy

provider

Terminal

Operator

ShipYards

EU 2005/33/EC

Ferry

Cargo

Tanker

Container

Repair

Maintenance

Cruise

Port & Terminal

Associations

Association

of Port Cities

Investors

Financial agencies

Decision Makers

Politicians

Stakeholders

Navy

Schneider Electric 9 - Power Solutions – Shore Connection – June 2012

Which kind of ships could be

connected in your port and

for which level of power? Container

Ferry, Cargo, RoRo,

RoPax < 3 MVA

River Cruise LV , < 1 MVA

Cruise

Navy

Level of Power MVA ?

< 6 MVA

< 3 MVA

< 6 MVA

< 9 MVA

< 12 MVA

• Number of calls a year ?

• Time spent at berth ?

• On board frequency ?

• Power required ?

• Blackout accepted ?

• Seasonality

Landscape analyse

Data from Ships side

Schneider Electric 10 - Partner Solutions – Shore Connection – August 2013

Plug Into

Green Power

Actual ships context

& main

characteristics

Schneider Electric 11 - PWB – Energy Management Solutions – Shore Connection Solution

Vessels - Power demand at berth

MVA

Oil Tanker LNG Tanker

Cargo

RoPax

Cruise

Ferries, RoRo

12 1 3 6 9 15 20

Go

od

s

Pa

ss

en

ge

rs

Big Cruise Small Cruise

Oth

ers

River Cruise

OSV

Container

http://www.offshoreenergytoday.com/wp-content/uploads/2012/09/STX-OSV-Delivers-PSV-Far-Skimmer-to-Farstad-Shipping-Singapore.jpg


Plug Into

Green Power

The technical

challenge raised by

Schneider Electric


Functional Architecture with conversion

0

1

2

3

4

5 8

6

7

0. Supply from energy provider

1. Input & grid connection

2. Output

3. Grid Conversion frequency

4. Load Management

5. Monitoring

6. Thermal Management

7. Enclosure box

8. Ship to shore connection


US Container ports 60 / 60hz

Europ Ferry ports 50 / 50hz

Functional Architecture

Without conversion


Navy Ships

Supply Ships

Small Container Ships

Usual power ~ 500kVA

Functional Architecture

In Low Voltage


Plug Into

Green Power

A genuine test in

labs

Since 2010,

3 years to learn, Functional & Real Tests


1 Montbonnot

Platform GFC • 10 GFC //, 5 MVA

• Genset 1 MVA

• Network Synchronization

• General behaviour

Final test in Lab • Test at In, 3 MVA

• TVD

• Type tested

2 Eybens

3 Years of tests to learn the behaviour of

a global Solution in 3 test platforms

3 Volta Lab

Simulation Platform • HVAC

• Fans

• LV Automation

Control Command • Safety loop

• Interface Shore / Ship

• Adaptation to Ship


Plug in to

Green Power


Our Solution Offer


ShoreBoxTM handling & lifting principle


ShoreBox design for Transportation


Riga Project, ShoreBoX departure

August 2014


Interface

Shore to Ship

Ship Gabriella

Mariella Terminal Hinterland

Utility

G

Electrical

network

Ship to

supply

LV Cable dispenser Cable to ship

connection

ShoreBoxTM

Helsinki project Connection to the vessel


Energy Provider

Substation

Electrical

network

HV Cable

To

ShoreBoxTM

Shore Ship

G

Supply Ships connection in Bergen

ShoreBoxTM

G

Power demand for 1 MVA :

• 3 Cables

• 2 output : 440V or 690V

• Frequency: 50 or 60hz


8MVA

8MVA

8MVA

Future secure shore power investment

Example:Total Power : 24 MVA (8+8+8)

8MVA

8MVA

8MVA


8MVA

8MVA

8MVA

Modular system

Total Power : 24 MVA (8+8+8)

8MVA

8MVA

+8MVA

=16MVA

-MVA


16MVA

Total Power : 36 MVA (12+12+12)

12MVA 12MVA

12MVA

12MVA 12MVA

8MVA

10MVA

Schneider Electric 31

Industrialised Solution offer time to market reduction of 50%

Shorebox solution Vs Ususal projects Optimize Leadtime & Site Works

20 Design &

Engineering

Procurement

Integration

Testing FAT

On-site

Installation

Commissioning

4

18 13

20 9

4 2

1

2

2

5

0 31 65

Order 50 % Time

Saving

Weeks

Traditional ETO Industrialised

3 weeks only

on shore side to implement

31 weeks

on shore side to implement

Schneider Electric 32 - Shore Connection

Shore Connection Solutions

Plug in to

Green Power

Plug in to Green Power - MARCODen.marcod.dk/images/mbo2015/Schneider.pdfCommissionning Shore ... 3...

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