siemens corporate design powerpoint-templates...e-highway rail electrification ship to shore cranes...

Clean Technologies.Chris Pretorius, Siemens AG

Delivering high-performance power supply and supporting fully-automated terminals

EM in PortsUnrestricted © Siemens AG 2018

Siemens / Energy Management

Unrestricted © Siemens AG 2018

Energy Management in Ports

Quay Transfer Area Stack Rail/Road GateTerminal

Energy

Transition

Transport

Transition

Heat

Transition

P2X

Microgrids –

Intelligent

Grids

for modern

Loads

Secure

Supply of

Core Infrastr.

e.g. Terminal

Infrastr.

Decentral

and storable

Energy for

Ports of the

FutureH2 ...

e.g. Terminal Operator

Port

Ecosystem

Solutions

Smart

Buildings

Production

in the urban

environment

e.g. Building Management

Integrated Energy (Sector Coupling) approach supports

the Circular Economy in Ports

...

e-AGV

Integration

E-Mobility

Charging

Infrastr.Smart

Charging

Management

Onshore

Power

Supply

z. B. RTG, AGV, TT,

Trucks, Buses, Cars

H2




Effective power supply for terminals –

Cost savings and environmental improvement with energy efficiency

Consumption / Emission reduction supports

environmental targets and public image

Electrification is the Basis for the next

wave of Automation

Electrification enables integration and

consumption of Renewable Energy

Decentralized Power enables Flexibility

(From Metering to Power Management)

Renewable Energy

Power-to-X

Business Plan (RoI)





Electrification in Ports along the value chain


Loading/unloading vessel

Horizontal transport

Stack shuffling/ storage

Rail Road

Interchange

Gate entry/exit automation

Hinterland transport

e-Highway Rail Electrification

Ship to Shore

cranes

Electrifi-

cation

increase

up to

4x

Electric

power

demand to

quadruple

in ports

(e.g. Long

Beach –

2005 to

2030)¹

e Loading /

UnloadingSmart

Buildings

Hybrid straddle

carriers

Battery powered

AGV

Power to X

hydrogen fuel cellReefers

Electrified TTs

LED/LEP Lighting

e-Stacking cranes

SIHARBOR On-

shore power supply

e-vehicle charging

infrastructure

Electrical distribution network (Power Backbone)

Renewables Storage technology

Medium-voltage

switchgear and

protection

High Voltage Transformer

Low-voltage panels

with protection and

metering

Network

Management and

Control Systems

¹ Source: Port of Long Beach Energy Island: The Port's Power Plan, 2015




Siemens Distributed Energy Systems (DES):

Performance oriented energy solutions for e.g. container terminals

Rising energy

costs

Maintaining/

strengthening

of market

position

Business

models for

changing

Business

environment

CO2-saving,

environment

requirements

Secure

and resilient

energy supply

Modern

communication

and innovation

Your challenges Tailored solution for your long-term success

Financing concepts

Power 2 Heat

Battery

and H2-Storage

Cold- and

Heat Storage

Onshore

WindPhotovoltaicsCHP

Consumers

Distribution gridTransmission grid

Transmission & distribution

Charging –

e-Cargo Handling

Conversion

Storage

Distributed Generation

Thermal

Electrical

Main components

Energy managmt.

(Consumer/

Generator)

Smart Buildings

Terminal

operation

Mobility




Shore connection for environmental friendly power supply

of berthed cruise and cargo ships

Challenge

• Typically, ships use own diesel engines for power supply while berthed

Significant emissions and cost (~1 t/h fuel consumption)

Solution

SIHARBOR solution:

• Turnkey solution from planning, design to implementation

• Ship-to-shore electrical connection at berth using self-contained mobile unit

• IEC/ISO/IEEE 80005 permissible switching operations

• Built in frequency and voltage conversion, shore side as required

Customer benefit

• Reduction of local emissions, noise and vibrations

• Reduction of fuel consumption and run-time of ship’s diesel engines

• Financial discounts for ships using shore connection power supply system

• New business model for port operators

Hamburg Cruise Center Altona /

AIDA Cruises

Germany

Cuxhaven / SGRE factory

Onshore power supply for cargo ships




Clean Energy application:

Hydrogen as energy integrator

▪ Refueling station for H2 and

fuel cell vehicles

▪ Conversion of excess energy

from Wind & PV parks

(Hydrogen conversion)

▪ H2 and/or O2 for on-site /

local industry production

processes (H2 utilization)

▪ Injection into local natural

gas networks (up to 10%)

Applications with Hydrogen

generating additional revenue

streams




Strengthen the basis and enabling a data-driven ecosystem:

Totally Integrated Power (TIP) for managing an increasing electrification

Totally Integrated Power (TIP)

TIP for

Ports

Energy Management solutions including

Distributed Energy Systems and Microgrids

(software and hardware)

Power

distribution

Energy

storage

Power

generation

Onshore power

supply system

Consulting,planning

Engineering,network design

Projectmanagement

Ordering,delivery

Installation,commissioning

Operation and aftersales service

Services,modernization

TIP and Metering

are the power

supply enabler

for a data-driven

ecosystem




Supporting Cleaner Ports

Recent references in major global ports

Antwerp

“Wind aan de Stroom”

project

• 11 Siemens 3MW

wind turbines

• Smart Generation

Control

• Integrated into DSO

Smart Grid

Qatar

Mega project

Hamad Port¹

• Power management

system

• Fully-integrated

E-House substations

• 22kV switchgears

and transformers

Cuxhaven

Onshore power supply

for Cargo ships

• Turnkey onshore power

supply for the special

cargo ships serving the

SGRE factory

Hamburg

Onshore power supply

cruise terminal

• Turnkey onshore power

supply at the Hamburg

Altona cruise terminal

• SIHARBOR saves fuel

and reduces air and

noise pollution, making

the harbor “greener”

1 Project in realization phase




Contact

Vice-President Energy Management Sales

Chris Pretorius

Phone: +49 9131 7-37563

E-mail: [email protected]

Page 10

mailto:[email protected]

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