Biogas CHP - Details make the Difference - 2G Best-in-Class

Biogas CHP Systems Biogas CHP Systems Details make the DifferenceDetails make the Difference

“Best-In-Class Technologies”

This Presentation provides you with additional Insight and Background Information regarding Biogas CHP Cogeneration Technologies. Significant Advancements have been made during the past 20 Years.

Europe started to actively implement Anaerobic Digestion, Biogas Plants, and CHP Cogeneration Technologies in the early 90’s,… 20 Years ago. At that Time there were approximately 200 Biogas Plant Facilities installed in Central Europe, mainly in Germany. That’s roughly the same Number of Agricultural and Dairy Farm Digesters operational in the United States today.

In the meantime Europe installed more than 16,000 Anaerobic Digesters and Biogas CHP Plants. 60% are located in Germany. It is expected that by 2015 more than 30,000 Biogas Plants will be operational all over Europe.

Introduction Introduction

Here in the U.S., many Anaerobic Digester Designers, Engineering Companies, Project Developers, and Builders made great Progress in advancing their Biogas Production Technologies. While those Improvements and Advancements are ongoing, it appears that not very much has changed in Reference to Product Development in the Biogas CHP Cogeneration Sector.

By analyzing Product Offerings of mainly domestic Companies active in the Biogas CHP Market, and carefully looking at most Installations completed during the past few Years, it becomes evident that the Biogas CHP Technology applied in the U.S. for most Anaerobic Digester Projects is very similar to what happened in Europe approximately 20 Years ago. Especially in the System Range of 100 ekW up to 1,000 ekW.

Potential Customers and many Biogas Project Developers are frequently Potential Customers and many Biogas Project Developers are frequently asking what makes European Biogas CHP Cogeneration Technologies asking what makes European Biogas CHP Cogeneration Technologies different, and why those Products are so much more advanced, and what different, and why those Products are so much more advanced, and what Benefits as well as added Values can be expected.Benefits as well as added Values can be expected.

Those Questions are very important. It is crucial to understand why advanced Those Questions are very important. It is crucial to understand why advanced Biogas CHP Technologies add significantly and positively to the Bottom Line Biogas CHP Technologies add significantly and positively to the Bottom Line of every Project. of every Project.


By looking at most Biogas Plants installed and commissioned in the U.S. during the past few Years, we noticed that the CHP Technology applied ranges from imported and modern Systems to ancient and antiquated Technologies. One Company specializes to offer used reconditioned Gas Engines (Gensets), designed in the 60’s and actually manufactured in the 70’s. Because such 40 Year old Gensets are very cheap, many Operators decided to use such inefficient and outdated Technologies, not realizing how much Money they are losing and how negative this impacts their Bottom Line.

Other Systems offered and regularly installed throughout North Other Systems offered and regularly installed throughout North America are individual “custom packaged” CHP Units, very similar to America are individual “custom packaged” CHP Units, very similar to Technologies European Biogas Plant Operators utilized in the 80’s Technologies European Biogas Plant Operators utilized in the 80’s and early 90’s.and early 90’s.

The next few Pages will provide you with some Examples.The next few Pages will provide you with some Examples.


Dairy Farm in Lynden, Washington

450ekW CAT G399 designed in the 60’s andmanufactured in the 70’s

Biogas Plant and CHP with a 40 Year oldreconditioned Engine (Genset) installed in 2004

Average Electrical Efficiency 26.5% (Biogas Config.)

Examples of Biogas CHP Technologies applied Examples of Biogas CHP Technologies applied

Farm in Loganton, Pensylvania

200ekW CAT G379 designed in the 60’s andmanufactured in the 70’s

Biogas Plant and CHP with a 40 Year oldReconditioned Engine (Genset) installed in 2007



Farm in Auburn, New York

200ekW CAT G379 designed in the 60’s and manufactured in the 70’s

Biogas Plant and CHP with a 40 Year old reconditioned Engine(Genset) installed in 2007



Farm in Weyauwega, Wisconsoin


Biogas Plant and CHP with a 40 Yearold reconditioned Engine (Genset) installed in 2005

Average Electrical Efficiency 24.9%

Farm in Zebulon, North Carolina

120ekW CAT G3406 designed in the 70’s and manufactured in the 80/90’s

Biogas Plant and CHP with a 20 Yearold reconditioned Engine (Genset) installed in 2005



Farm in Lodi, California

180ekW CAT G3406TA designed in the 70’s and manufactured in the 80/90’s

Biogas Plant and CHP with a 20 Year old reconditioned Engine(Generator Set) installed in 2004



Farm in Denmark, Wisconsoin

120ekW CAT G3406 designed in the 70’s and manufactured in the 80/90’s

Biogas Plant and CHP with a 20 Yearold reconditioned Engine (Generator Set) installed in 2002


Farm in Elmwood, Illinois

2 x 130kW CAT G3406 designed in the 70’s and manufactured in the 80/90’s

Biogas Plant and CHP with a 40 Yearold reconditioned Engine (Generator Set) installed in 2002



Dairy Farm in Outlook, Washington

2 x 600ekW GUASCOR

Biogas Plant and (Generator Set) installed in 2006



Dairy Farm in Hilbert, Wisconsin





Dairy Farm in Malone, Wisconsin





Dairy Farm in Hansen, Idaho

750ekW GUASCOR




Dairy Farm in Gooding, Idaho

2 x 750ekW GUASCOR




Digester in the Mt. Vernon Area, Washington

1 x 750ekW GUASCOR




Digester in Monroe, Washington

1 x 450ekW GUASCOR





These previous Images look very similar to These previous Images look very similar to Technologies European Biogas Plant Operators Technologies European Biogas Plant Operators

utilized in the 80’s and early 90’s.utilized in the 80’s and early 90’s.Even though, not in their wildest Dreams would Even though, not in their wildest Dreams would

they have attempted to install 40 Year old they have attempted to install 40 Year old reconditioned and inefficient Gas Gensets. reconditioned and inefficient Gas Gensets.

The next Slide shows some of those EuropeanThe next Slide shows some of those EuropeanBiogas CHP Cogeneration SystemsBiogas CHP Cogeneration Systems

approx. 20 Years ago.approx. 20 Years ago.

Examples of Biogas CHP Technologies in Examples of Biogas CHP Technologies in Europe, late 80’s early 90’sEurope, late 80’s early 90’s

Low Efficiency & Energy Losses Complex and costly to install Lot’s of Room required Mostly inside Installations that require additional Building Investments Maintenance-intensive Not very Cost-effective

The Dinasours of early Biogas CHP Applications in the late 80’s and early 90’s

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Biogas CHP’s & Anaerobic Digesters installed Biogas CHP’s & Anaerobic Digesters installed

Trial & Error Phase

European Biogas Project Developers and Manufacturers of CHP Cogeneration Systems went through a “Trial & Error” Learning Phase in the late 80’s and early 90’s. Thereafter Technologies became much more efficient and reliable.

Number of Biogas Plantsinstalled in Europe

Estimate

Anaerobic Digester

Technology R& D

Digester

Efficiency

Mixing

Technology

Biological Research &

Development

Digester Design

Improvements

Efficient

Biogas

Treatment

Biogas

Processing

Cost Efficiency

Improvements

Feedstock

Optimization

Small Scale Digester

Development

Significant

Economical

Improvements

BiogasBiogas

CHP Cogeneration

CHP Cogeneration

R & DR & D

andand

intensiveintensive

ProductProduct

Development

Development

Extensive Research & Development, many Years of Experience, and ongoing Improvements led to the Conclusion that Biogas Projects can only be successful if highly advanced and efficient CHP Cogeneration Systems are applied.

Efficient and reliable Energy Conversion is the Key to Profitability and Economic Success.

The Heart of every Biogas Plant is the CHP Unit.

Advanced CHP Technologies are most importantAdvanced CHP Technologies are most important

A smart, less complicatedA smart, less complicatedand much more Cost-Effective Solutionand much more Cost-Effective Solution

Our SolutionOur Solution

A smart, less complicatedA smart, less complicatedand much more Cost-Effective Solutionand much more Cost-Effective Solution

The Solution for 2013 and beyond:

High Efficiency & Biogas optimized Intelligent and very functional Design Small Footprint and easy Access Limited Space Requirements for Inside Installations Smart Container Module Design Maintenance Friendly, low Service Cost Extended Life Cycle & very Cost-effective

Our CHP Cogeneration TechnologyOur CHP Cogeneration Technology

Our CHP Equipment is supplied:

All Inclusive – One Package

Fully Factory Tested

Connection Ready

For Inside Installation For Outside Installation

One Stop – One SourceNo Need to invent the Wheel again Proven DesignFunctionality is guaranteedMore than 3000 Units in Operation

Practical, Functional, and StandardizedPractical, Functional, and Standardized

Easy to Transport – Easy to Install – Easy to Maintain

A complete“All-In-One”

Package Module with one general

consistent Factory Quality Standard.

Pump & CirculationCompartment

Electronic Controland Plate HE Section

Heat ExchangerCompartment

Special Sound AttenuatedEnclosure for Inside Installation

The Biogas CHP ModuleThe Biogas CHP Module

Designed for BiogasDesigned for Biogas

CHP Cogeneration SystemsCHP Cogeneration Systemswith Engine Technologies actuallywith Engine Technologies actually

designed for Biogasdesigned for Biogas

Engines designed and built for BiogasEngines designed and built for Biogas

If these Differences are not considered and an Engine has not been specificallydesigned for Biogas, operational Dependability will be an Issue.

We provide Engine Technologies that are made for Biogas.This assures Reliability, Durability, High Efficiency, and Low Maintenance.

Natural Gas

Biogas

The chemical Composition of Biogas is not identical to Natural Gas.Gas Treatment results in Approximation, but there remains a Difference.

CH 4

CH 4

Typical Problems experienced in the U.S. with standardTypical Problems experienced in the U.S. with standardGas Gensets that are in Reality not built for BiogasGas Gensets that are in Reality not built for Biogas

Most gas engine manufacturers are specifying H2H and siloxane levels in fuel gases fed to their engines. Despite having gas treatment systems installed, moderate damage has also been experienced at low concentrations of those chemical compounds. As deposits accumulate, the engines efficiency is significantly reduced. Unburned fuel contaminates the exhaust gas increasing emissions. Many engine suppliers "de-rate” their gas engines in biogas configuration to reduce output and to prevent significant engine damage.

Service & maintenance cost are high, and very often severe damage occurs to valves, pistons, piston rings, liners, cylinder heads, spark plugs and turbochargers, necessitating premature servicing, costly repairs, and frequent major overhauls.

Traditionally in the U.S., gas generators that run on biogas are adapted internal combustion engines not specifically designed for biogas. Microturbines have less moving parts, but have shown serious problems if the gas is not prepared by using excessive, comprehensive and expensive gas purification systems, over and above what internal combustion engines would require. Generally the elevated cost outweighs the advantages of micro turbines. Also, turbines have extreme low efficiencies. In biogas configuration they hardly reach more than around 24%.


Here are some of theHere are some of theImprovements and OptimizationsImprovements and Optimizations

we apply to our Biogas CHP we apply to our Biogas CHP Cogeneration SystemsCogeneration Systems

Why are 2G Engine Technologies moreWhy are 2G Engine Technologies moreadvanced and perfectly suited for Biogas ?advanced and perfectly suited for Biogas ?

Gas Flow Optimization

Optimized ThrottleDesign & Position

Optimized Exhaust Manifold

Improved Intercooler

Specially designedABB Turbo



Especially developed for weak and corrosive Biogas (incl. Metallurgical Optimization)

Optimized Gas Mixer

Components for optimizedComponents for optimizedCombustion Chamber GeometryCombustion Chamber Geometry

Patented Tri-Flow Piston GeometryPatented Tri-Flow Piston Geometry for optimized Combustionfor optimized Combustion

Drive Technology

Our proprietary & patented

Engines designed and built for highlyEngines designed and built for highlyefficient Natural Gas & Biogas Combustionefficient Natural Gas & Biogas Combustion

®

Our proprietary Engine Technology enables us to distinguish 2G® from the Competition, to provide Customers with higher Efficiency, and to maintain a Leadership Position.

Practical, Functional, and StandardizedPractical, Functional, and Standardized

““Plug and Operate” – Smart and Cost-EffectivePlug and Operate” – Smart and Cost-Effective

Standard Connections and Termination is used throughout, to minimize the Installation Effort. All Units are designed for extreme fast Connection and very easy Operation. The Controls are easy to read and very simple to manage.

Gas In

Water Circulation Connections

ExhaustGas Out

PowerCables

We have simplified the Implementation of Biogas Cogeneration Systems, by integrating all Components into one Unit (All-In-One).

Advanced Switchgear, especially designed for Biogas CHP, and modern System Controls are fully integrated Components for all Power Modules and can be accessed by Computer Modem and remotely controlled. Gas Fluctuations of up to 50% are automatically managed by the System. No Engine Shut-Downs required.

Controls & Switchgear “All Included”Controls & Switchgear “All Included”

Type of CHP Cogeneration Cont. Additional Electrical Thermal Additional Additional Utilization Additional Production Additional Feed In Revenue Additional Total Revenue Additional

Equipment Rating ekW Efficiency Efficiency Electrical Thermal Hours Utilization ekW Production Tarriff* per Year Revenue US$ in 10 Years Revenue US$

ekW Prod. in % in % Efficiency Efficiency per Year in % per Year kW p. Year US per kW US$ US$ p.a. in 10 Years in 10 Years

MAN Standard Gas Engie packaged 350 standard 36.93% 49.46% 0 0 8000 standard 2,800,000 0 0.12 336,000.00 0 3,360,000.00 0

by Others E 2842 LE 322 Engine

MAN with 2G Biogas Optimization 370 + 20ekW 36.93% 49.46% 0 0 8300 + 3.75% 3,071,000 + 271,000 0.12 368,520.00 +32,520.00 3,685,200.00 +325,200.00

E 2842 LE 322 Engine

Drive® Technology AGENITOR® 400 + 50ekW 39.95% 51.02% +3.02% +1.56% 8300 + 3.75% 3,320,000 + 520,000 0.12 398,400.00 +62,400.00 3,984,000.00 +624,000.00

with MAN E 2842 LE 322 Core Engine

The most efficient Cogeneration System on the MarketThe most efficient Cogeneration System on the Market

Type of CHP Cogeneration Cont. Additional Electrical Thermal Additional Additional Utilization Additional Production Additional Feed In Revenue Additional Total Revenue Additional

Equipment Rating ekW Efficiency Efficiency Electrical Thermal Hours Utilization ekW Production Tarriff* per Year Revenue US$ in 10 Years Revenue US$

ekW Prod. in % in % Efficiency Efficiency per Year in % per Year kW p. Year US per kW US$ US$ p.a. in 10 Years in 10 Years

GUASCOR 6-Cylinder Natural Gas 220 standard 35.20% 44.83% 0 0 8000 standard 1,760,000 0 0.12 211,200.00 0 2,112,000.00 0

in Biogas Config. Packaged by Others

MAN Standard Gas Engie packaged 240 standard 35.99% 50.52% 0 0 8000 standard 1,920,000 0 0.12 230,400.00 0 2,304,000.00 0


MAN with 2G Biogas Optimization 250 + 10ekW 36.00% 50.54% +0.01% 0 8300 + 3.75% 2,075,000 +155,000 0.12 249,000.00 +18,600.00 2,490,000.00 +186,000.00

E 2848 LE 322 Engine (w. MAN) (w. MAN)

Drive® Technology AGENITOR® 265 + 25ekW 39.95% 51.02% +3.96% +0.50% 8300 + 3.75% 2,199,500 +279,500 0.12 263,940.00 +33,540.00 2,639,400.00 +335,400.00

with MAN E 2848 LE 322 Core Engine (w. MAN) (w. MAN) (w. MAN)

Here is a Comparison. Engine Optimization and higher Efficiencies have a significant andpositive Impact on the Bottom Line.

In the 350 to 400ekW Range, 2G CHP Systems generate up to 18.6% more Revenue and in only 10 Years add US$ 624,000.00 additional Revenue to the Bottom Line.

In the 220 to 265ekW Range, 2G CHP Systems generate up to 24.9% more Revenue and in only 10 Years add US$ 335,400.00 additional Revenue to the Bottom Line.

2G CHP Engines are designed for a higher Utilization. Most manufacturers define 8000 Hours per Year and require 760 Hours (31.6 Days) for Service & Maintenance. Our Engines don’t require more than 460 Hrs (19.1 Days) for S&M Downtime. Biogas Optimization on 2G Standard Engines, and the patented 2G-Drive® Technology result in significant Efficiency Improvement, independently tested and Third Party verified. *Feed-In-Tariff based on Example State of Oregon.


There is more!There is more!Our technological ImprovementsOur technological Improvementsalso have a direct and significant also have a direct and significant

Impact on Quality, Durability, Impact on Quality, Durability, Reliability and Life Cycle.Reliability and Life Cycle.

That results in lower Service & That results in lower Service & Maintenance Cost. Another important Maintenance Cost. Another important

Contributor to the Bottom Line.Contributor to the Bottom Line.

Reliability & DurabilityReliability & Durability

First Major Overhaul 60,000 HoursFirst Top-End Overhaul 30,000 Hours

Type of CHP Cogeneration Cont. Service & Top End Top End Complete Complete Service & Top End & Total Service & Saving with S & M Cost S & M Cost Saving with Total Saving

Equipment Rating Maintenance Overhaul Overhaul Overhaul Overhaul Maintenance Total Overhaul Maintenance Cost 2G CHP's US$ per kW US$ per kW 2G CHP's with 2G CHP's

ekW per Year Hours US$ Hours US$ Cost in 10 Years Cost in 10 Years US$ in 10 Years in US$ Regular Service incl. Overhauls US$ per kW in %GUASCOR 6-Cylinder Natural Gas 220 21,120.00 18000 26,500.00 34000 43,000.00 211,200.00 138,500.00 349,700.00 0.00 0.0120 0.0199 0 0

in Biogas Config. Packaged by Others

MAN Standard Gas Engine packaged 240 19,200.00 20000 25,350.00 40000 42,000.00 192,000.00 130,700.00 322,700.00 0.00 0.0100 0.0168 0 0by Others E 2842 LE 322 Engine

MAN with 2G Biogas Optimization 250 20,750.00 30000 27,000.00 60000 44,800.00 207,500.00 71,800.00 279,300.00 -70,400.00 0.0100 0.0135 0.0035 32.2%E 2842 LE 322 Engine

Drive® Technology AGENITOR® 265 21,995.00 30000 28,950.00 60000 45,600.00 219,950.00 74,550.00 294,500.00 -55,200.00 0.0100 0.0134 0.0034 32.7%with MAN E 2842 LE 322 Core Engine

Type of CHP Cogeneration Cont. Service & Top End Top End Complete Complete Service & Top End & Total Service & Saving with S & M Cost S & M Cost Saving with Total Saving

Equipment Rating Maintenance Overhaul Overhaul Overhaul Overhaul Maintenance Total Overhaul Maintenance Cost 2G CHP's US$ per kW US$ per kW 2G CHP's with 2G CHP's

ekW per Year Hours US$ Hours US$ Cost in 10 Years Cost in 10 Years US$ in 10 Years in US$ Regular Service incl. Overhauls US$ per kW in %

MAN Standard Gas Engie packaged 350 28,000.00 20000 38000.00 40000 60,000.00 280,000.00 196,000.00 476,000.00 0.00 0.0100 0.0170 0 0


MAN with 2G Biogas Optimization 370 30,710.00 30000 39,500.00 60000 65,000.00 307,100.00 104,500.00 411,600.00 -64,400.00 0.0100 0.0134 0.0034 25.9%

E 2842 LE 322 Engine

Drive® Technology AGENITOR® 400 33,200.00 30000 42,000.00 60000 67,000.00 332,000.00 109,000.00 441,000.00 -35,000.00 0.0100 0.0133 0.0033 27.8%

with MAN E 2842 LE 322 Core Engine

Here is a Comparison. Engine Optimization and technological Advancements have a significant and positive Impact on the Bottom Line.

In the 350 to 400ekW Range, 2G CHP Systems save Customers up to 27.8% in Service & Maintenance Cost, and in only 10 Years add up to US$ 64,000.00 to the Bottom Line.

In the 220 to 265ekW Range, 2G CHP Systems save Customers up to 32.7% in Service & Maintenance Cost, and in only 10 Years add up to US$ 70,400.00 to the Bottom Line.

2G CHP Engines are designed for Biogas Utilization. Most Manufacturers of Gas Engines offer IC Technologies designed for Natural Gas. Biogas Optimization on 2G Standard Engines, and the patented 2G-Drive® Technology not only result in significant Efficiency Improvements, but also in extended Overhaul Intervals, longer useful Life Cycles, and real Service & Maintenance Cost Savings.

Reliability & DurabilityReliability & Durability

Our Focus is to make Customers more profitableOur Focus is to make Customers more profitable

In the Biogas Industry, especially in the Area of Anaerobic Digestion nothing is more important than CHP Efficiency and Equipment Durability. We provide “Best-In-Class” advanced Biogas Cogeneration and Tri-Generation Systems, based on a Technology that guarantees real Dependability, Reliability, and unmatched Durability.

Our advanced and proven 2G CHP Systems generate up to 24.9% more Revenue because of better Design, leading Technology, and unmatched Efficiency.

Additionally, 2G CHP Systems save Customers up to 32.7% inService & Maintenance Cost.

In only 10 Years both higher Efficiency and S & M Savings addup to US$ 688,000.00 to the Bottom Line*.

*Calculated based on Equipment up to 400ekW. Savings for larger Equipment can be higher.

There are many different Anaerobic Digester designs and technologies available in the market. Irrespective and independent of the digester design or origin, we provide Biogas CHP Cogeneration Solutions that fit any plant configuration.

Biogas CHP for any Plant DesignBiogas CHP for any Plant Design

Facts & AdvantagesFacts & Advantages

Advantages and Facts:

A complete CHP Cogeneration Package Solution

“All-In-One” & “All Included”

The highest Electrical and Thermal Efficiency in it’s Class

Straightforward and least complicated Planning & Purchase Process

Very fast and easy Installation “Connection Ready”

Simple and Cost-Effective Service & Maintenance

Reliability and trusted Engine Durability for a very long Time

Proven Design that has been installed and operated for many Years

at Thousands of Biogas Facilities – Anaerobic Digesters

A CHP Cogeneration Systems that is actually designed and built for Biogas

What are your Preferences ?What are your Preferences ?

Important Questions!Important Questions!

Would you like to utilize high Would you like to utilize high Efficiencies by installing a reliable Efficiencies by installing a reliable

and proven CHP Technology that has and proven CHP Technology that has been operational for many Years at been operational for many Years at

Thousands of Biogas Anaerobic Thousands of Biogas Anaerobic Digesters in many Countries?Digesters in many Countries?

Or,.. would you rather like to install a Or,.. would you rather like to install a low Efficiency Technology that is low Efficiency Technology that is outmoded, antiquated, less cost-outmoded, antiquated, less cost-

effective, individually packaged, not effective, individually packaged, not Production Line manufactured, and Production Line manufactured, and

has only been installed at a few has only been installed at a few Anaerobic Digester Projects?Anaerobic Digester Projects?


Do you like to be a “Trial & Error” Do you like to be a “Trial & Error” Test Facility for the CHP System Test Facility for the CHP System

Supplier, or would you rather prefer Supplier, or would you rather prefer the most efficient, durable, and the most efficient, durable, and

“Best-In-Class” Technology that “Best-In-Class” Technology that adds to your Bottom Line?adds to your Bottom Line?


The Perception that all Biogas CHP The Perception that all Biogas CHP Cogeneration Systems do the same is Cogeneration Systems do the same is

generally misleading.generally misleading.

Even with the best Engine available, if Even with the best Engine available, if the Biogas CHP System is not the Biogas CHP System is not

designed correctly overall, and if designed correctly overall, and if certain important Elements are certain important Elements are

missing, the Results will be mediocre. missing, the Results will be mediocre.

Significant Differences to be consideredSignificant Differences to be considered

2G has enjoyed some 20 Years of mutually beneficial Relationships with most leading Anaerobic Digester Design Companies, Biogas Plant Equipment Manufacturers, Engineering Groups, Biogas Project Developers and Farmers all over the World. We participated already in the early 90’s in the Design and build up of many advanced Anaerobic Digester Concept Projects, assisting Digester Project Developers in achieving the best possible Results.

During the past 15 Years we invested Millions of Dollars in Research & Development, and retained the most renowned Gas Engine Design Engineers. Our Biogas CHP Systems have been the Industry leading Standard since Years.

Most Anaerobic Digester Builders (especially the Leaders with more than 85% World Market Share), top Award winning Biogas Project Developers, and highly experienced Biogas Plant Engineers worldwide recognize the Difference 2G makes.

Significant Differences to be consideredSignificant Differences to be considered

The EndThe End

This is the End of our brief Company Presentation.

Thank You !

For any Questions and more Info:

2G CENERGY Power Systems Technologies Inc.205 Commercial Drive

St. Augustine, FL 32092 – USATel.: +1-904-579-3217Fax: +1-904-406-8727

E-Mail: [email protected]

Visit our Website at: http://www.2g-cenergy.com

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