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GE Power & Water Distributed Power Start small, think big Distributed Power Overview

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Page 1: GE Power & Water Distributed Power

GE Power & WaterDistributed Power

Start small, think bigDistributed Power Overview

Page 2: GE Power & Water Distributed Power

© 2014 General Electric Company – All rights reserved.

Start small, think big

Welcome to faster more flexible power solutions. With power generation products from 100 kW to 100 MW offering you reliable, affordable, scalable power that grows with your demands. It’s amazing what you can achieve when starting small while thinking big – with Distributed Power from GE.

Page 3: GE Power & Water Distributed Power

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Content

GE Power & WaterDistributed Power

Who we are, what we do 4World Class Innovative Solutions 5Why Choose Distributed Power from GE? 6Pioneering Ideas Right from the Start 8Efficient Power, Fewer Emissions for a Greener Future 10Flexibility to Meet Your Challenging Requirements 12

Solutions 14Reciprocating Engines 16Aeroderivative Gas Turbines 20

Cases in Point 22Compression 24Power Generation 25Cogeneration 26Power Fast 27Mechanical Drive 28Specialty Fuels 29

We Are at Your Service 30Higher Asset Availability with Advanced Technology 30Versatile Service Agreements Fit Maintenance to Your Needs 30Lower Costs, Less Downtime, and 24/7 Global Service 32

Distributed Power Product Range 33

Page 4: GE Power & Water Distributed Power

Distributed Power from GE can turn your onsite power ideas into

reality. With product offerings designed to provide power at or

near the point of use and ranging from 100 kW to 100 MW, we’re

boosting our investment in technology, new products, and local

people. All that, plus our financing options, means you can make

power possible, wherever and whenever it’s needed.

Want proof? Look at Tanzania, where our gas turbines provide

dependable flexible power in extreme drought conditions;

California, where our gas engines are generating power, heat,

and CO2 to grow fresh produce in greenhouses; Belgium, where

our technology creates power and excess steam for materials

production; China, where our solutions turn industry waste

products into fuel sources; or Peru, where our gas engines power

a major natural gas pipeline. All told, our footprint – about

37,000 engines with an 147 GW capacity deployed in more

than 170 countries – is global … and growing.

In fact, building upon a legacy of reliable and versatile performance,

we can meet virtually all of your distributed power needs. We

are a leading provider of power generation and cogeneration

technology, mechanical drives and oil and gas solutions. Our

offerings have a broad range, burn liquid and gaseous fuels,

and achieve efficiencies of up to 90 percent and more. They

can provide critical power for short- or long-term needs. And,

our fuel-flexible gas engines of up to 10 MW can burn a wide

range of natural gases, as well as biogas and landfill, coal mine,

associated petroleum and sewage gas.

We also have an enduring commitment to creating a greener

future for the world, and our advanced products and technologies

provide more efficient, lower-emission and cost-effective power.

Eight of GE’s Distributed Power products and technologies have

been ecomagination1-qualified through rigorous third-party

scrutiny and our own internal certification process.

Headquartered in Cincinnati, Ohio, USA, Distributed Power from

GE‘s approximately 5,000 employees worldwide serve a diverse

customer base ranging from developing communities compen-

sating for weak, unreliable grids to industrial businesses seeking

cogeneration solutions to government agencies managing

disaster relief and other urgent power situations.

Who We Are,What We Do

GE Power & WaterDistributed Power

1 Ecomagination is GE‘s commitment to provide innovative solutions that maximize resources, drive efficiencies and make the world work better. To qualify for the portfolio, products and services must demonstrate both improved economic value and environmental performance.

Page 5: GE Power & Water Distributed Power

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Power Generation

Mechanical Drive

World Class Innovative Solutions

Oil & GasCogeneration

Page 6: GE Power & Water Distributed Power

6

GE Power & WaterDistributed Power

Page 7: GE Power & Water Distributed Power

WHO WE ARE, WHAT WE DO

Why Choose Distributed Power

from GE?

Demand for power is growing at a fast pace that

Distributed Power from GE can match. Capital formation,

construction and infrastructure for large-scale plants can take

years to develop, but our technology can be commissioned

literally in weeks and serve for years. Distributed Power from

GE provides modular, scalable and affordable technology;

you can start small and add capacity as your needs grow.

Dual fuel capability eases logistics and allows generation

to be built at the point of demand, reducing the time and

expense of costly transmission networks. Eliminating the

need for transmission eliminates line losses and adds the

potential to use waste heat in industrial and commercial

applications, boosting efficiency to more than 90 percent.

Distributed Power from GE is efficient and dependable, too,

delivering power when natural forces impact supply or

when the grid is unreliable.

These benefits, among others, are why GE‘s Distributed Power

is growing globally as a choice for power generation when

and where you need it.

7

Page 8: GE Power & Water Distributed Power

Pioneering Ideas Right from the Start

When Thomas Edison founded GE in 1892, he laid the found-

ation for what has become a diversified technology company

operating in over 170 countries. More than 300,000 people

strong, GE continues to tackle the world’s toughest problems

in energy, healthcare, transportation and finance.

Distributed Power from GE has more than a century of com-

bined experience in gas turbines and gas engine technology

with our aeroderivative gas turbine, Jenbacher gas engine,

and Waukesha* gas engine product lines. Today, Distributed

Power from GE is integrating these solutions to address

critical applications in the most effective and timely ways

possible and with the broadest set of offerings available.

Our mission is to develop faster, more flexible solutions,

always with your requirements in mind. Worldwide, more

than 1,400 engineers continuously work on the technological

developments for our engines and turbines. In addition,

GE‘s seven global research centers spread across four

continents ensure that our products use the most advanced

technologies in areas such as metallurgy, combustion and

aerodynamics while also innovating locally with customers.

With roots dating back to one of the world‘s great inventors,

GE‘s historic and continued investment in research and

development has enabled the development of GE‘s

Distributed Power portfolio of world-class products.

GE Power & WaterDistributed Power

Page 9: GE Power & Water Distributed Power

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WHO WE ARE, WHAT WE DO

* Trademark of General Electric Company

Page 10: GE Power & Water Distributed Power

GE Power & WaterDistributed Power

Page 11: GE Power & Water Distributed Power

Efficient Power, Fewer Emissions for

a Greener Future

With a need for cleaner energy in an environment of higher

fuel prices, GE‘s Distributed Power products can simulta-

neously reduce your fuel expenses and emissions through

increased efficiency and advanced emissions technology.

Distributed Power from GE delivers eight ecomagination1-

qualified products. Our reciprocating engines from the

Jenbacher product line can be used in combined heat and

power configuration to deliver electricity and heat at

efficiencies up to 90 percent and more. Our patented

combustion systems, engine controls, and monitoring

systems – such as LEANOX*, CL.AIR* and Remote Monitoring

and Diagnostics (RM&D) – can help you meet emission

standards for your region, while enabling high availability

and lower fuel costs. Our responsibility to the environment,

and to you, does not end with the commissioning of your

plant. With comprehensive service offerings, existing power

plants can be enhanced with the most advanced technology,

delivering advantages of the latest product offerings.

1 Ecomagination is GE‘s commitment to provide innovative solutions that

maximize resources, drive efficiencies and make the world work better.

To qualify for the portfolio, products and services must demonstrate both

improved economic value and environmental performance.

WHO WE ARE, WHAT WE DO

11

* Trademark of General Electric Company

Page 12: GE Power & Water Distributed Power

GE Power & WaterDistributed Power

Page 13: GE Power & Water Distributed Power

Flexibility to Meet Your Challenging Requirements

We know you have a variety of needs and requirements, so

we‘ve developed flexible solutions for your most challenging

situations. You may need power fast, and our trailer-mounted

TM2500* turbines can be installed and commissioned quickly,

for short-term use or years. Our products also can run on an

impressive range of biogases and specialty gases, as well

as natural gas. And they’re scalable, so you can add to them

when you need to – matching the level of demand with the

level of supply. One size doesn’t fit all, so the power range for

our product lines – aeroderivative gas turbines and industrial

reciprocating engines – is from 100 kW to 100 MW. Our

flexibility also extends to our availability through our global

service network and our highly trained field service engineers

who respond quickly and effectively – even in the most remote

regions. Because you can’t wait for power or accept un-

scheduled downtime, our 24/7 service hotline and our remote

monitoring and diagnostic centers give you fast and reliable

service over your equipment’s entire life.

13

WHO WE ARE, WHAT WE DO

* Trademark of General Electric Company

Page 14: GE Power & Water Distributed Power

GE Power & WaterDistributed Power

Solutions

You use our reciprocating engines and gas turbines in a diverse

set of applications: power generation, cogeneration, oil and gas

production, and mechanical drives. Our products compress

liquefied natural gas, transport natural gas through pipelines,

provide electricity and process steam for petrochemical plants,

add grid stability needed for renewables, generate baseload

power, and perform countless other functions. Our customers

across this wide range of industries choose our equipment when

efficiency, reliability and service really matter.

Our equipment deployed in exploration and production appli-

cations can tolerate a wide range of fuel qualities without

de-rating, driving compression and providing power for oil and

gas production in the most challenging applications and even in

high-altitude environments. Our engines are also an industry leader

in producing electricity from biogas and other specialty fuels. The

wide range of power output and the flexibility of our gas turbines

make Distributed Power from GE the supplier of choice for

cogeneration, offering tailored solutions for nearly every industry.

Page 15: GE Power & Water Distributed Power

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High Efficiency, Excellent DurabilityType 2This high-efficiency, high-reliability engine in the 250 kW to

350 kW range has a robust design and uses a stationary engine

concept. All that gives you excellent component durability and a

60,000-operating hour service life before the first overhaul. The

substantial set of benefits you get includes enhanced combustion

to boost efficiency; a turbocharger bypass to compensate for

extreme operating conditions; a high-performance, long-life spark

plug; and LEANOX* lean burn control to help ensure low emissions.

Jenbacher

GE Power & WaterDistributed Power

Jenbacher gas engines give you a power range of 250 kW

to 10 MW with fuel flexibility to run either on natural gas or

a number of other gases. They furnish onsite power, heat and

cooling for a variety of commercial, industrial and municipal

applications – particularly renewable and waste-to-energy,

industrial power generation and cogeneration/CHP (combined

heat and power), and oilfield power generation. More than 14,500

Jenbacher gas engines are operating in 100-plus countries.

When you have critical oilfield power generation, gas compression

or mechanical drive applications in harsh, remote environments,

Waukesha gas engines demonstrate their durability, reliability

and performance with a power output of 120 kW to 3,600 MW

(160 bhp to 4,835 bhp) and the capability to run on a wide range

of fuels (including high-BTU hot fuels, shale gases and variable

quality field gas). More than 19,500 Waukesha gas engines

are operating in over 100 countries.

Reciprocating EnginesHigh-Performance Engines for Multiple Applications

GE’s Jenbacher and Waukesha* gas engines account for more than 34,000 units – and provide 32 GW of power – around the world.

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Savings on Service and Fuel ConsumptionType 3With an electrical output of 500 kW to 1 MW, Type 3 engines are

known for their long service intervals, maintenance-friendlier engine

design and low fuel consumption – all of which help ensure excellent

efficiency. Type 3 engines have a supercharger for homogenous

mixture at low gas pressures and a compact construction that

can be installed in a 40-foot container. Like the Type 2, they have

a turbocharger bypass, a high-performance, long-life spark plug

for reliable operation, and LEANOX* lean burn control.

Jenbacher

Highest Efficiency in Its ClassType 4These engines have the same design, emissions control, and

waste gas-to-energy capabilities as the Type 2 and Type 3

engines, plus high power density and outstanding efficiency in

the 800 kW to 1.5 MW power range. Indeed, the Type 4 gives

you the highest efficiency in its power class. Its high-power

turbocharger enables operating excellence even when you’re

operating at higher air intake temperatures and altitudes.

Jenbacher

Highest-in-Class Efficiency, Great Power DensityType 6The Type 6 engine incorporates all of the core features of the Type

4 in an advanced-technology unit that serves the 1.5 MW to 4.4 MW

power range with an electrical efficiency of up to 46.6 percent –

again, giving you the best performance in its power class.

A 1,500-rpm engine speed yields a high power density and low

installation costs, while the Type 6 pre-combustion chamber

produces the highest possible efficiency and low emissions.

Jenbacher

SOLUTIONS

* Trademark of General Electric Company

Page 18: GE Power & Water Distributed Power

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Newest, Largest, Most Efficient Jenbacher Engine

New Standard for Drilling Rig Power Generation

J920 FleXtra

J320/VHP*

The newest and largest Jenbacher gas engine gives you an

electrical output in the 8.5 MW to 10 MW range, the potential to

power 18,500 households and, at 48.7 percent, the highest electrical

efficiency of any Jenbacher gas engine or any other currently

available engine in its power class. You also get total combined

heat and power efficiency of more than 90 percent. The natural

gas-fired J920 FleXtra engine is ecomagination1-qualified, with

a smaller carbon footprint than conventional power plants.

The EPA mobile-certified VHP L7044GSI-EPA and J320 multi-fuel

engines are setting the new standard for reliable, efficient drill rig

power generation. Delivering up to 95 percent lower emissions

and 80 percent lower fuel costs than diesel with similar transient

load response, these engines represent a game-changing, fuel-

flexible solution for the drilling industry and artificial lift industry.

The VHP rich burn solution is available with power outputs of

1,000 and 1,200 kW @ 1,200 rpm, while the J320 lean burn

solution is available with 1,059 kW @ 1,800 rpm.

Jenbacher

mobilFLEX

First of Its KindJ624 two-stageThe world’s first two-stage turbocharged gas engine has the

potential to power 10,000 households. The J624 gas engine

combines proven technology with the Type 6 engine design to

offer you higher electrical output – from 2.2 MW to 4.4 MW – and

greater total combined heat and power efficiency of more than

90 percent. This engine, which runs on natural gas, is particularly

suited to hot and humid environments and multiple-engine power

plants engaged in independent power production or cogeneration.

Jenbacher

GE Power & WaterDistributed Power

1 Ecomagination is GE‘s commitment to provide innovative solutions that maximize resources, drive efficiencies and make the world work better. To qualify for the portfolio, products and services must demonstrate both improved economic value and environmental performance.

Page 19: GE Power & Water Distributed Power

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Dependable, Long-Lasting, VersatileVHP*For more than 40 years, VHP engines have proved their

dependability, longevity and durability while operating in

many different operating conditions involving natural gas

production applications. With a power output of 315 kW to

1.5 MW (405 bhp to 2,560 bhp), VHP engines give you low

emissions across a variety of applications, as well as a

wide turndown range of 700 rpm to 1,200 rpm.

Durable, Compact, Fuel-FlexibleVGF*If you operate within a wide range of stationary, spark-ignited,

gaseous-fueled (from 400 BTU to 2,300 BTU) applications, the

durable, compact Waukesha* VGF high-speed engines are

designed for you. VGF engines have a power output of 120 kW

to 800 kW (265 bhp to 1,175 bhp) and feature a high-altitude

turbocharger, quick load step capabilities and versatile fuel

pressure variances. VGF engines are consistent performers

in extreme conditions.

Waukesha*

Waukesha

SOLUTIONS

More Power, Longer Engine Life275GL+*The ecomagination1-qualified 275GL+ lean burn engine has

excellent fuel flexibility – with more power in unconventional gas

applications – efficiency, power output (1,887 kW – 3,605 kW) and

emissions performance. Its Engine System Manager* (ESM) control

sharply reduces onsite setup time and requirements. That saves

days on commissioning and adds years to engine life. The 275GL+

makes no compromise between power and emissions control,

or between fuel efficiency and fuel flexibility.

Waukesha

* Trademark of General Electric Company

Page 20: GE Power & Water Distributed Power

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GE’s pioneering research and development of some of the world’s

most advanced jet aircraft engines built the foundation from which

our proven, industry-leading aeroderivative gas turbines have

emerged. With total operating experience of more than 100 million

hours and about 3,000 delivered units, our versatile aeroderivative

gas turbines have a power output of 16 to 100 MW, and they can

run on a variety of fuels and emission control technologies.

Our diverse solutions are benefiting marine, industrial, temporary

power, oil and gas, utility, grid stability and FPSO (floating,

production, storage and offloading) applications in more than

70 countries.

Aeroderivative Gas Turbines

Aeroderivative Gas Turbines

Outstanding Reliability and Availability

The LM2500 turbine has more than 40 years of operating

experience in customer applications ranging from cogeneration

to land-based power generation and mechanical drive to

platform power generation. It gives you 16 MW to 32 MW at

41 percent efficiency, outstanding reliability and availability

(99.8 and 98.4 percent, respectively) and fast load response,

while reducing emissions to as low as 15 ppm.

LM2500

GE Power & WaterDistributed Power

Your Needs, Our Solutions

Page 21: GE Power & Water Distributed Power

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Aeroderivative Gas Turbines

Aeroderivative Gas Turbines

More Experience Than All the Rest

The LM6000 provides you with 41 MW to 52 MW of power,

up to 42 percent thermal efficiency and greater than 99 percent

reliability. You also receive up to 90 percent net plant efficiency

in CHP. The LM6000 has proven flexibility in diverse applications,

with demonstrated fast ramp rates, under 10-minute starts,

and cycling and load following capabilities.

LM6000

Fast Mobile Power for Remote Locations

Equipped to provide you with fast, mobile power solutions, the

TM2500 trailer-mounted unit delivers 22 MW to 31 MW of power

at up to 37 percent thermal efficiency. This portable version of

the LM2500 aeroderivative gas turbine can be taken by ship,

plane or truck to very remote locations around the world.

Its latest enhanced model, the TM2500+, offers you 31 percent

more power – at more than 27 MW – and a more compact

footprint, achieving full power in less than 10 minutes.

TM2500*

Meeting Dispatch Power Needs

Aeroderivative Gas Turbines

Whatever your dispatch needs in almost every global power

segment, the LMS100 turbine can meet them by delivering

100 MW of power at 44 percent efficiency in simple cycle,

as well as 10-minute start times. In fact LMS100 turbines ramp

up at 50 MW per minute, feature load following and cycling

capabilities and excellent hot-day performance, and have a

high part-load efficiency of 36 percent at 50 percent load.

LMS100

SOLUTIONS

* Trademark of General Electric Company

Page 22: GE Power & Water Distributed Power

GE Power & WaterDistributed Power

Cases in Point

Whether we are furnishing efficient, low-emissions power and

CO2 for greenhouses, or helping oil and gas operators solve

problems onshore and offshore, or energizing nations with

versatile power production that is always available, GE’s

Distributed Power solutions can meet your particular, diverse

and challenging power demands around the world.

How We Help Our Customers

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A Waukesha* 16V 275GL+* gas engine is increasing gas compres-

sion by 3 percent at the Chongqing Gas Field in Chongqing City,

China. With an output of 4,835 bhp at 1,000 rpm, this is the first

high-speed reciprocating compressor powered by a 4,000+ bhp

gas engine and compressor to be packaged in China. Over a

five- to ten-year period, the Waukesha unit will significantly boost

the amount of gas that is compressed for pipeline transportation

from the compression station, which has a daily output of

2.8 million cubic meters of natural gas. The engine also will lower

greenhouse gas emissions compared to other similar engines.

Compression

GE Power & WaterDistributed Power

Chongqing Gas Field, Chongqing City, China

Page 25: GE Power & Water Distributed Power

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GE’s aeroderivative gas turbines are helping the Songas power

company compensate for the unstable Tanzanian grid’s frequent

load changes and produce 180 MW of reliable electricity at the

Ubongo power plant, East Africa’s largest thermal power station,

in Dar Es Salaam. That amounts to one quarter of Tanzania’s

electricity supply. Since GE’s aeroderivative two-rotor design

provides faster responses to load changes than any other similar

gas turbine in the power generation industry, Songas’

LM6000 gas turbines allow for greater grid stability when

there are voltage and frequency fluctuations. Even though

Tanzania’s grid disturbances in 2013 more than doubled the

typical annual volume, the GE turbines’ 10-minute startup rate

let the Songas plant restart quickly and expeditiously.

Power GenerationSongas Power Company, Dar Es Salaam, Tanzania

CASES IN POINT

* Trademark of General Electric Company

Page 26: GE Power & Water Distributed Power

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Thanks to a pair of 4.36 MW Jenbacher J624 two-stage gas

engines from GE, Houweling’s Tomatoes, a large North American

greenhouse grower, is operating the first CHP greenhouse project

in the U.S. to capture CO2 from combustion for plant fertilization

in its 125-acre greenhouses in Camarillo, California. The project,

which also features a CO2 fertilization system from GE, has almost

90 percent total thermal efficiency. With no need to obtain

CO2 from an offsite source, and because it saves almost

9,500 gallons (36,000 litres) of water per day by condensing

water from the engines’ exhaust gas, the CHP system actually

exceeds 100 percent efficiency in heating and powering

the greenhouse.

Cogeneration

GE Power & WaterDistributed Power

Houweling’s Tomatoes, California, USA

Page 27: GE Power & Water Distributed Power

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GE’s trailer-mounted TM2500* aeroderivative gas turbines can

be installed and generating power in days, as Valero Energy

Corporation learned when Hurricane Rita shut down power to

Valero’s oil refinery in Port Arthur, Texas. To resume operations,

Valero needed a temporary distributed power system that could

be quickly and easily installed into a tight space, but the typical

solution – a string of diesel generating sets – was too big and

cumbersome. Instead, GE supplied the refinery with a TM2500

gas turbine, a blackstart diesel generator, and an automatic

transfer switch. Easy to ship, and simple and quick to install, the

22.5 MW TM2500 unit was delivering auxiliary power just six days

after Valero signed a contract with GE, and within a month after

the hurricane had struck, the refinery resumed production –

well before the local utility could restore power to it .

Power FastValero Energy Corporation‘s oil refinery, Texas, USA

CASES IN POINT

* Trademark of General Electric Company

Page 28: GE Power & Water Distributed Power

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The Transportadora de Gas del Peru (TgP) consortium was given

a daunting challenge by the Peruvian government: To satisfy the

growing regional and global demand for natural gas, design and

build a pumping station at an elevation of more than 5,500 ft.

(1,700 m) that could move natural gas liquids (NGLs) across

jungles and the remote central Andes Mountains and into Peru‘s

more densely populated cities. GE made that happen with three

Waukesha* 12V 275GL+ engines that pump 594,000 gallons

of NGLs per hour through a 14-inch pipe.

Mechanical Drive

GE Power & WaterDistributed Power

Pumping station, central Andes Mountains, Peru

Page 29: GE Power & Water Distributed Power

In Madrid, Spain, the Valdemingomez landfill-gas-to-power plant

has diverted the annual equivalent of more than 3 million metric

tons of CO2 from the atmosphere during its first 15 years of

operation. Ever since Valdemingomez – Spain’s largest landfill

site – was commissioned, eight Jenbacher gas engines, four

J620 generator sets, and four J620 cogeneration systems have

been efficiently providing the facility with power and heat by

using the landfill gas as engine fuel. While the engines’ generated

electricity is fed to the local grid, the heat produced by the

cogeneration modules supplies the plant processes with hot water

and satisfies Valdemingomez’s heating requirements. Also, the

engines’ exhaust gas is used to create steam for supplemental

power generation through a combined steam turbine.

Specialty FuelsLandfill-gas-to-power plant, Valdemingomez, Spain

CASES IN POINT

2929

* Trademark of General Electric Company

CASES IN POINT

Page 30: GE Power & Water Distributed Power

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GE Power & WaterDistributed Power

We Are at Your Service

With a full range of product offerings and a global network

of service providers, Distributed Power from GE can help ensure

your reciprocating engines or gas turbines run reliably –

anywhere and anytime.

Higher Asset Availability with Advanced Technology

As a user of GE‘s Distributed Power products, you can benefit

from a comprehensive portfolio of service offerings that can

reduce your maintenance costs and help ensure availability

of your equipment.

Conversion, Modification and Upgrade (CM&U)

GE’s Conversion, Modification and Upgrade (CM&U) offerings

sustain or improve the economic viability of your engines

throughout their operating life. Our CM&U products provide

several performance improvements in reliability, availability,

maintainability, efficiency, performance, emissions reduction

and safety.

GE Predictivity Solutions*

GE Predictivity solutions harness the power of the Industrial

Internet to lift existing assets to new levels of performance and

profitability. These solutions combine intelligence from our

growing fleet of network-connected gas turbines and reciprocating

engines with advanced analytics and GE‘s collective engineering

and industry expertise. This collection of Predictivity assets

provides real-time information to forecast service events,

analyze issues, and take proactive steps to achieve your desired

operating, compliance and safety outcomes. Since the collected

data of both fleets provide a complete history of your fleet, we can

diagnose and solve problems more quickly and accurately.

Versatile Service Agreements Fit Maintenance to Your Needs

Contractual service agreements (CSAs) help distribute the costs

of major maintenance events across the life of your equipment

while reducing risk with customizable performance guarantees.

CSAs cost-effectively integrate the latest OEM technical know-

ledge, a full range of remote monitoring and diagnostics

solutions, field service, original spare parts and repairs. We can

protect your investment by improving operational productivity

through guaranteed availability and reduced costs. Comprehensive

maintenance scheduling aligns the outages with your workload,

while integrated planning will increase the availability of your

spare parts, materials and service engineers.

For the Life of Your Equipment

* Trademark of General Electric Company

Page 31: GE Power & Water Distributed Power

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You operate your equipment around the clock and around the

world, and GE is right at your service. With technology-based

solutions and our global network of support engineers, we are

ready 24/7 to provide assistance.

Remote Monitoring & Diagnostics

Our Remote Monitoring & Diagnostic (RM&D) technology cuts

costs and boosts equipment availability with immediate inter-

vention whenever and wherever you need our help. With RM&D,

you get proactive data analysis, including pressures, temperatures

and ignition parameters that provide important engine perfor-

mance information and guide services planning. RM&D provides

some big advantages: reduced downtime, more plant availability,

less corrective maintenance expense, online monitoring and

control of engine parameters, and remote software updates for

increased engine performance.

Global Service Distribution Centers

Operating as centralized warehouses with local and regional

coverage, our Distributed Power Global Service Distribution

Centers provide higher availability of complete spare parts

shipments and on-time delivery. This means you will benefit from

faster processes and quicker fulfillment of your spare parts needs.

Global Service Network

Our services network is comprised of nearly 600 service

engineers supported by GE‘s authorized service providers in

more than 170 countries. Our team provides the highest quality

parts, tools and technical support to reduce your downtime

and operating costs throughout the life cycle of your unit.

Exchange, Overhaul and Repowering Programs

When your reciprocating engine or gas turbine reaches the end

of its life cycle, we can replace it onsite with a new or overhauled

engine or gas turbine or repower your asset with an original GE

unit. This equipment meets the latest technology standards and

is aligned to your needs. By replacing your existing equipment,

you avoid the cost of new plant infrastructure while substantially

improving thermal and fuel efficiency, power output, availability,

and emissions control.

Lower Costs, Less Downtime, and 24/7 Global Service

Full range of service offerings – Once it starts, we never stop.

GE Power & WaterDistributed Power

Page 33: GE Power & Water Distributed Power

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VGF* 120 kW – 880 kW

VHP* 315 kW – 1.5 MW

J320 Gas Engines1 MW

mobilFLEx J320 / VHP* Gas Engines 1 MW

12V 228 Diesel Engines 2 MW

TM2500* Gas Turbine22 – 31 MW

275GL+* 1.9 MW – 3.6 MW

275GL+* 1.9 MW – 3.6 MW

0.1 – 5 MW

Power Generation

Mechanical / Direct Drive

Mobile / Emergency Power

5 – 25 MW 25 – 50 MW 50 – 100 MW

VGF* 120 kW – 880 kW

VHP* 315 kW – 1.5 MW

TYPE 2 250 kW – 330 kW

TYPE 3 500 kW – 1 MW

TYPE 4 800 kW – 1.5 MW

TYPE 6 1.5 MW – 4.4 MW

TYPE 9 9.5 MW

LM2500 16 – 32 MW

LM6000 41 – 52 MW

LMS100 100 MW

LM2500 16 – 32 MW

LM6000 41 – 52 MW

LMS100 100 MW

Distributed Power Product Range

* Trademark of General Electric Company

Page 34: GE Power & Water Distributed Power

GE Power & Water’s Distributed Power is a leading provider of

power equipment, engines and services, focused on power

generation at or near the point of use. Distributed Power’s product

portfolio includes highly efficient industrial reciprocating engines

and aeroderivative gas turbines that generate 100 kW to 100 MW

of power for numerous industries globally. Headquartered in

Cincinnati, Ohio, Distributed Power from GE employs about 5,000

people around the world.

Further information about GE Power & Water’s Distributed Power solutions:

Cincinnati, Ohio, USAOne Neumann Way, U120Cincinnati, OH 45215, USAT +1 713 803 0900

Houston, Texas, USA1333 West Loop South Ste 1000Houston, TX 77027, USAT +1 713 803 0900

Jenbach, AustriaAchenseestraße 1-36200 Jenbach, AustriaT +43 5244 600 0

Lima, PeruAv. Las Begonias 415Piso 14San Isidro Lima 27, PeruTel. +51 1 514 4331

Moscow, Russia27/8 Electrozavodskaya str.Moscow 107023, Russian FederationT +7 495 981 1313

Nairobi, KenyaThe CourtyardGeneral Mathenge Drive WestlandsNairobi, KenyaT +25 4204215133

Riyadh, Saudi Arabia5th Floor Tatweer TowersBuilding No. 3&4King Fahad RoadRiyadh SA 11433, Saudi ArabiaT +966 11 207 3838

Shanghai, ChinaNo.1 Hua Tuo Rd.Zhang Jiang Hi-Tech ParkShanghai 201203, ChinaT +86 21 3877 7888

Waukesha, Wisconsin, USA 1101 West St. Paul AvenueWaukesha, WI 53188-4999, USAT +1 262 547 3311

GE Power & WaterDistributed Power

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