17nov themesession2 _seai_marren

Q3 2010 CES Energy Group Overview

Global Forum


Agenda

1. CES Energy i. Company overview

ii. Supply side reduction

iii. Demand side reduction

iv. Energy concession contracting

v. Data centre example


Mission Statement

To deliver renewable and conventional high efficiency on-site electrical, cooling and heat

generation solutions.

To supply energy efficient products and services providing substantial financial and CO2 savings to

our customers


UK: CHP, District Heating, Cooling and on site Energy Systems: 2012 Olympics site @ Sentrum Data Centres, INIS Stratford, Ardmore Oval Road, IBM,

IRL: HVAC, CHP, Tri-Generation and on site Energy Systems for AIB, Boston Scientific, Citi, A&L Goodbody, Data Electronics JTI plc, Hilton Hotel, IBM….

Australia: Offices in Sydney and Melbourne.Multiple On Site Energy Centres in large buildings, Mirvac, Sydney University, Corporate Express, Miller Street.....

Middle East: 2010 Commenced Tendering for on Site Energy Projects in Saudi Arabia, MENA

Group Activity


Agenda


ii. Supply side reductioniii. Demand side reduction

iv. Energy concession contracting

v. Data centre example


Combined Heat and Power (CHP)Combined Heat and Power (CHP) is the use of a single process to simultaneously generate

both electricity and useful heat. It is one of the most common forms of energy recycling


Tri-Generation• Tri-Generation is the simultaneous production of electricity, heat and cooling from a

single fuel input • The "waste heat" by-product that results from power generation is harnessed, thus

increasing the overall efficiency of the system• A Tri-Generation system consists of a CHP engine/turbine and an Absorption Chiller


Why Tri-generation?• Tri-Generation offers a use for waste heat on a site when there is no heat demand• Below is a load profile of a typical commercial building showing high summer cooling

demand

jan feb mar apr may jun jul aug sep oct nov dec

0

500

1000

1500

2000

2500

3000

3500

Load (kW)

Month

CHILLING

HEATING

ELECTRICAL


Biomass CHPBiomass CHP is the use of a biomass fuel to simultaneously generate both electricity and

useful heat in a renewable process


15/10/2009 CES Energy Group Overview

Sample Target sites


CES Energy CITI Solution

Plant Capacities• Peak Electrical: 2,000kW• Peak Heating: 2,544kW

Client benefits:• 10% energy cost reduction• Carbon reduction of 2,500 tonnes• CES remote monitor and carry out all

operation and maintenance on system

‘ESCo’ type agreement signed 2007

Case Studies


101 Miller Street, Sydney

Plant Capacities• Peak Electrical: 3,000kW• Peak Cooling: 2,500kW

Benefits to client• No 5 green star building rating• Energy cost savings: 10%• CO2 saving: 10,000 tonnes p.a.

Case Studies


CES Energy Boston Scientific Solution

Plant Capacities• Peak Electrical: 1,166 kW• Peak Heating: 1,260 kW

Benefits:• Over €500K per annual savings• Containerised CHP Solution, easy

integration• CES remote monitor and carry out all

operation and maintenance on system• Carbon reduction 1,500 tonnes

Case Studies


Mixed development in Saudi Arabia

Plant Capacities• Peak Electrical: 38MVA• Peak Cooling: 70 MW

Benefits to client• Energy cost savings• Conventional design 79MVA, reduced

to 38MVA, Capex savings• CO2 saving: 180,000 tonnes p.a.• 25 Year contract

Case Study/Project Reference


Back-Office Site MonitoringCES Energy Site Status


Site Monitoring


Back-Office Control: P&ID


Agenda



iii. On-Site Power, cooling and heat Generation

iv. Project examples

v. Demand side reductionvi. Energy concession contracting

vii. Data centre example


CES Energy Concession Contracting Engineered energy efficiency

programs Provision of finance for

equipment upgrade programs No up front investment

required Energy Savings finance

improvements Partnership approach to

energy reduction Flexible contracts 3 – 15 years Diverting money already

being spent

Simply press start to reduce your energy costs


Energy Concession Contracting€250M is wasted / year in office buildings in Dublin alone*

Many of the newest buildings are the worst offenders

80% of the buildings we will occupy in 2050 are standing today

In typical office buildings savings of 30 – 40% are achievable

Businesses are experiencing market cost pressures

Energy costs to increase substantially over the next 5 years

Future carbon taxes will further increase the cost of wasted energy

Wasted energy is wasted profits


Energy Concession Contracting


Agenda



iii. On-Site Power, cooling and heat Generation

iv. Project examples

v. Demand side reduction

vi. Energy concession contracting

vii.Data centre example


The worldwide COThe worldwide CO22-discharge of the data centers is approx. -discharge of the data centers is approx. 62 million tons62 million tons..

(source: Sustainable Partner GmbH)(source: Sustainable Partner GmbH)

Prognosis: The global power demand of all data centers Prognosis: The global power demand of all data centers worldwide raises up about 40 % until 2010.worldwide raises up about 40 % until 2010.(source: Jonathan Koomey/IDC) (source: Jonathan Koomey/IDC)

Is IT the new climate killer?Is IT the new climate killer?

Environment aspects


Energy streams inside the data center

Why is energy efficiency so important?

POWER IN = HEAT OUT


Interior view

Heat exchanger

• extensive Cu/Al-heat exchanger with hydrophyle lamella coating

Filter

• extensive cassette filter F5, installed directly on the cooler

• easy filter exchange from the front

Condensate drain

• Inspection openings for cleaning of the condensate drain

• Aluminium vessel can be removed

deltaclima®

High Efficiency, InnovativeCRAC Units


Common technology

Raised floor

Bare floor

assembly loss

unused space

additional deflection losses

Energy-saving airconditioning systems

bad fans efficiency

small distance to the housing (<1,5*D)

high overpressure on pressure side


Raised floor

Bare floor

New technology

Extended coil surface (+A)

Extended filter surface (+A)

Reduced internal pressure losses (-pINT)

Reduced power consumption (-PW)

clima

deltaclima®



The beautiful Cold – Free cooling

• From Met Eireann Data the Temperature in Dublin is at or below 6 °C for 24% of the year

• The temperature in Dublin is at or below 12 °C for 67% of the year


Direct Free Cooling


Data center for automotive industry, Germany1.500 kW


Energy-saving with DIRECT FREE COOLING


Energy efficiency is important!

€ 442.188,--/year

€ 249.862,--/year

energy consumption airconditioning datacenter

0

50

100

150

200

250

300

350

400

450

MW

h

Weiss TeleclimaNEDC2MWh 1270 m²

"Traditional Cooling"NEDC1MWh 1270 m²


Physikalische Vorteile der Multi-Kompressortechnik

Kälteleistungsstufen: 0% - 50% - 80% - 100%

1 2

Verdampfer

Kondensator3

Kältetechnik


Compressor 1 Compressor 2 Compressor 3 Total

Cooling Capacity

Input power

Cooling Capacity

Input power

Cooling Capacity

Input power

Cooling Capacity

Input power

COP

kW kW kW kW kW kW kW kW kW/ kW

1st Stage (50%) 27,2 3,7 --- --- --- --- 27,2 3,7 7,4

2nd Stage (80%) 21,4 4,5 21,4 4,5 --- --- 42,8 9 4,8

3rd Stage (100%) 17,7 5,2 17,7 5,2 17,7 5,2 53 15,6 3,4

Reference Data:

•Room: 24°C - 50% RH

•Outside air Temperature: 35°C

•Condensation Temperature: 50 °C


P

Tc

Te

3 2

14

H

3I 2I

P

TcI

4I 1ITeI

H

Carnot Cycle

Tc Kondensationstemperatur [°C]

Te Verdampfungstemperatur [°C]

Kältetechnik


Standard Chillers• R22 Phase Out, may represent a opportunity• Typically 6 to 8 these chillers have a COP=1.4 to

2.5• Newer chillers operating on R134a will be

operating with a COP of 3.2 to 3.6


Chiller Replacement Proposal

Typical 1000kw chiller

Chiller Capacity COPRun

Hours kWh Cost Per kWhRunning

Cost

Existing 1000 2 8760 4380000 €0.11 €481,800

New Chiller 1000 3.2 8760 2737500 €0.11 €301,125

Chiller Mech, Elec & Site Works Finance Years

Capital Cost €103,572 €120,000 3 €74,524

Energy Savings

€180,675

Reactive Maintenance €7,000

Maintenance €5,000

Total -€118,151


Free Cooling Chillers

Chiller Capacity COPRun

Hours kWh Cost Per kWhRunning

Cost

Existing 1000 2 8760 4380000 €0.11 €481,800

Free Cooling 24% 1000 2108 €0.00 €0

Part Cooling 43% 1000 3.2 3802 891093.8 €0.11 €98,020

Electrical Cooling 33% 1000 3.2 2850 667968.8 €0.11 €73,477

Saving €310,303

Chiller Mech, Elec & Site Works Finance Years

Capital Cost €134,643 €120,000 3 €84,881

Energy Savings

€310,303

Reactive Maintenance €7,000

Maintenance €5,000

Total -€237,422


CES Energy Partners

CES Energy has formed alliances with a number of strategic partners

Worldwide turnover of €20 billion and over 400,000 employees

Turnover of €1 billion and over 1,000 professionals skilled in all aspects of project execution and delivery. Responsible for the construction and commissioning of circa 2,000MW power stations in Ireland and UK

State owned company, owns 7% of the land cover of Ireland Turnover €250m, over 1,200 employees

Top 50 ASX listed company involved in gas and oil exploration and production, power generation and energy retailing 140-year history, Almost 4000 employees and more than 3 million customers in Australia, New Zealand and the Pacific

German/Austrian market leader in district heating solutions, manufacturing base in East Germany


THANK THANK YOUYOU

17nov themesession2 _seai_marren

Technology

plant capacitiespeak

site energy

wasted energy

energy costs

case studies

site power

saudi arabia

simultaneously