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PureCell™ 200 Heat & Power Solution - Fuel Cell Markets

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Environmental<br />

Stewardship<br />

Energy<br />

Savings<br />

<strong>Power</strong> Reliability<br />

Pure<strong>Cell</strong> <strong>200</strong> <strong>Heat</strong> & <strong>Power</strong> <strong>Solution</strong><br />

OFFICES<br />

HEALTHCARE<br />

DATA CENTERS<br />

PUBLIC BUILDINGS<br />

INDUSTRIAL


Year-round Savings and Benefits, the Clean, Reliable Way.<br />

Pure<strong>Cell</strong> <strong>200</strong><br />

<strong>Heat</strong> and <strong>Power</strong> <strong>Solution</strong>.<br />

The Pure<strong>Cell</strong> <strong>200</strong> solution is a clean, efficient, reliable<br />

fuel cell power plant. It produces <strong>200</strong> kilowatts of assured<br />

power plus up to 925,000 Btu/hour of heat for cogeneration<br />

applications.<br />

Proven technology<br />

As of July <strong>200</strong>5, the Pure<strong>Cell</strong> <strong>200</strong> solution fleet of commercial<br />

fuel cells has accumulated more than seven<br />

million hours of operational experience. More than 275<br />

Pure<strong>Cell</strong> solutions have been sold in 19 countries on five<br />

continents. The system powers schools, high-rise office<br />

buildings, hospitals, and manufacturing sites.<br />

Assured power<br />

The standard Pure<strong>Cell</strong> <strong>200</strong> system is a grid-connected<br />

unit, operating in parallel with electric utilities. You can<br />

also choose a dual-mode configuration which enables the<br />

unit to operate grid-connect or grid-independent –<br />

switching between modes automatically or on command.<br />

With dual mode configuration your power stays on even<br />

when the grid goes down.<br />

Environmentally sound design<br />

<strong>Fuel</strong> cells represent one of the cleanest power generating<br />

technologies available today. Pure<strong>Cell</strong> <strong>200</strong> systems<br />

operate well below air emission standards in every state.<br />

In fact, in California, the Pure<strong>Cell</strong> <strong>200</strong> solution meets the<br />

strictest emissions requirements as established by the<br />

California Air Resources Board (CARB) <strong>200</strong>7. Add in its<br />

quiet noise profile, and the Pure<strong>Cell</strong> solution is a welcome<br />

power alternative anywhere – indoors or outdoors,<br />

in cramped cities or quiet rural neighborhoods. Clean, efficient,<br />

reliable, secure and quiet – the Pure<strong>Cell</strong> <strong>200</strong><br />

power system is the ultimate solution.<br />

Pure<strong>Cell</strong> <strong>200</strong> <strong>Power</strong> System<br />

Pure<strong>Cell</strong> <strong>Solution</strong>s Feature:<br />

▼ Reliable power – Generates assured computer-grade<br />

power for a range of on-site power needs.<br />

▼ Flexible siting – With indoor and outdoor installation<br />

options, the Pure<strong>Cell</strong> <strong>200</strong> system connects easily with city<br />

gas and electrical distribution systems.<br />

▼ Scalable design – Factory assembled <strong>200</strong> kW modules<br />

operate in parallel to meet any electrical load requirements –<br />

simply add more units if your needs change.<br />

▼ Clean energy – Producing no harmful fumes or exhaust,<br />

the Pure<strong>Cell</strong> <strong>200</strong> system is virtually pollution free and<br />

meets or exceeds air emissions standards throughout<br />

the United States (CARB 07).<br />

▼ Low sound profile – The Pure<strong>Cell</strong> <strong>200</strong> system’s low<br />

noise profile (60 dbA@30 ft.) eliminates the need for<br />

sound proofing or hearing protection.<br />

▼ Remote monitoring – Remote monitoring and diagnostics<br />

allow for early fault detection and real-time trouble shooting.<br />

Pure<strong>Cell</strong> <strong>200</strong> <strong>Power</strong> System Installation<br />

Stockton College, New Jersey<br />

UTC <strong>Power</strong> would like to recognize our collaboration with DOE DE<br />

(Office of Distributed Energy within the Office of Energy Efficiency<br />

and Renewable Energy) in developing the technology that<br />

enables commercialization of the Pure<strong>Cell</strong> system.


Exhaust heat is lost energy –<br />

the Pure<strong>Cell</strong> solution recycles it.<br />

More pollution released<br />

Low efficiency – significant<br />

amount of energy is lost<br />

to the atmosphere as<br />

waste heat.<br />

Coal<br />

Oil<br />

Natural gas<br />

Less pollution released<br />

High efficiency – more waste<br />

heat recovered and converted<br />

to useable energy.<br />

Natural gas<br />

Pure<strong>Cell</strong> <strong>Heat</strong> & <strong>Power</strong> <strong>Solution</strong><br />

By the time grid-supplied power reaches you, much of the<br />

fuel’s original energy has been lost – but not its cost. You pay<br />

the utility for the lost energy anyway.<br />

Pure<strong>Cell</strong> systems are more than twice as efficient as the<br />

electrical grid. So you get double the energy from the same<br />

amount of fuel – instant efficiency and savings.<br />

First, there are no transmission losses. Energy is created<br />

right where it’s used – inside your building. Second, and more<br />

100%<br />

Waste heat<br />

67%<br />

Source: Adapted from U.S. Combined <strong>Heat</strong> and <strong>Power</strong> Association.<br />

Waste heat<br />

20%<br />

Electricity<br />

Higher costs to the end-user<br />

In today’s centralized power generation, a plant typically releases 67% of energy from fuel as waste heat, and the remaining 33% as electricity.<br />

100%<br />

Source: Adapted from U.S. Combined <strong>Heat</strong> and <strong>Power</strong> Association.<br />

importantly, waste heat is captured to generate additional useable<br />

energy for heating or cooling. The conversion of fuel to<br />

useable energy is more complete, which translates to higher<br />

efficiency. The process is cleaner, more reliable, and makes<br />

better use of natural gas fuel. The bottom line? Continuous<br />

savings – for you and for the environment.<br />

Electricity<br />

Hot water<br />

Lower costs to the end-user<br />

By recovering and using waste heat, cogeneration systems release, on average, 20% of energy as heat to the atmosphere, while the remaining 80% is<br />

converted to electricity, steam/hot water and chilled water, depending on the system.<br />

33%<br />

80%


Year-round Savings and Benefits, the Clean, Reliable Way.<br />

Inside the Pure<strong>Cell</strong> M <strong>200</strong> <strong>Power</strong> <strong>Solution</strong><br />

Pure<strong>Cell</strong> <strong>Power</strong> <strong>Solution</strong> Options<br />

Electrical Characteristics<br />

• Standard: 480 volts, 3-phase, 60-Hz<br />

• Option: 400 volts, 3-phase, 50-Hz<br />

Electric Operating Modes<br />

• Standard: Grid Connect mode for operating in parallel<br />

with the utility grid<br />

• Option: Grid Connect / Grid Independent mode for<br />

operating in parallel with the grid or without<br />

the grid<br />

• Option: Multi-Unit Load Sharing mode – allows 2 or<br />

more units to operate in parallel with the grid<br />

or independent of the grid and share the<br />

customer loads<br />

<strong>Heat</strong> Recovery<br />

• Standard: Low grade heat recovery provides up to<br />

925,000 Btu/hr at 140°F<br />

• Option: High grade heat recovery provides up to<br />

475,000 Btu/hr at up to 250°F<br />

Operating <strong>Fuel</strong><br />

• Standard: Natural Gas<br />

• Option: Anaerobic Digester Gas (ADG)*<br />

*Additional gas processing module required<br />

Reliability<br />

High efficiency<br />

<strong>Fuel</strong> processing<br />

components<br />

Product Benefits<br />

Remote monitoring<br />

Low acoustic noise<br />

level vs. competing<br />

technology<br />

Low maintenance<br />

<strong>Fuel</strong> cell stack<br />

Electronics and<br />

controls<br />

Pure<strong>Cell</strong> System Performance<br />

<strong>Power</strong> Plant Rating (standard configuration)<br />

Electrical Output, kW <strong>200</strong><br />

Voltage and Frequency<br />

400 Volts, 50-Hz<br />

(3-Phase, 4-Wire)<br />

480 Volts, 60-Hz<br />

Pure<strong>Cell</strong> System Physical Data<br />

System Dimensions (power module only)<br />

Length 17’6”<br />

Width 9’5”<br />

Height 10’<br />

Weights<br />

<strong>Power</strong> Module, lbs 40,000<br />

Air Cooling Module, lbs 1,700<br />

Environmentally<br />

friendly<br />

Simplified utility<br />

connections<br />

The manufacturer reserves the right to change or modify, without notice, the design or equipment specifications without incurring any obligation with respect to equipment<br />

either previously sold or to be sold. The manufacturer does not warranty the data on this document. Warranted specifications are documented separately.


Well suited to a variety of applications.<br />

Pure<strong>Cell</strong> <strong>Heat</strong> & <strong>Power</strong> <strong>Solution</strong><br />

Pure<strong>Cell</strong> <strong>200</strong> power solutions are delivering more efficient,<br />

practical and secure power solutions throughout the world.<br />

The police station in New York’s Central Park relies<br />

on a UTC <strong>Power</strong> Pure<strong>Cell</strong> <strong>200</strong> solution to keep<br />

running - even when millions of people are in the<br />

dark for miles around as they were in <strong>200</strong>3.<br />

The fuel cell is owned and operated by the<br />

New York <strong>Power</strong> Authority.<br />

The Mohegan Sun Resort in Uncasville,<br />

Connecticut employs two Pure<strong>Cell</strong> <strong>200</strong> power<br />

solutions providing prime power support in a CHP<br />

application – utilizing both low and high grade<br />

heat options.<br />

OFFICES<br />

HEALTHCARE<br />

DATA CENTERS<br />

PUBLIC BUILDINGS<br />

INDUSTRIAL<br />

Four Pure<strong>Cell</strong> <strong>200</strong> units serve as primary<br />

power at the First National Bank of Omaha in<br />

Omaha, Nebraska, as part of a UPS system.<br />

Together, this system prevents even a millisecond<br />

of datacenter downtime.<br />

A Pure<strong>Cell</strong> <strong>200</strong> power solution at Four Times<br />

Square in New York City provides green power<br />

that contributes to the City’s ever-bluing skyline.<br />

Saint Francis Hospital in Hartford,<br />

Connecticut, utilizes a Pure<strong>Cell</strong> <strong>200</strong><br />

solution for both primary power and<br />

standby power support.


Year-round Savings and Benefits, the Clean, Reliable Way.<br />

Alternative <strong>Fuel</strong> Experience.<br />

Free fuel. That’s what anaerobic digester gas (ADG) is for UTC <strong>Power</strong>’s<br />

Pure<strong>Cell</strong> <strong>200</strong> solution. ADG is a by-product of the wastewater treatment<br />

process containing methane, considered one of the single most-harmful<br />

greenhouse gases. UTC <strong>Power</strong> fuel cells currently generate 2.8<br />

Megawatts of premium quality power using this fuel. That equates to over<br />

6 million Kilowatt hours of experience, so you can rest assured our product<br />

is proven in this application. In addition, the Pure<strong>Cell</strong> <strong>200</strong> power<br />

solution is the only ADG fuel cell verification tested by the EPA through its<br />

strict Environmental Technology Verification program. More proof it will<br />

operate effectively on your ADG site. And that’s good for the environment.<br />

The Wastewater Treatment Plant in Bronx, New York, powers<br />

three Pure<strong>Cell</strong> <strong>200</strong> solutions. Collectively these units<br />

save New York City about 9,000 barrels of oil annually, in<br />

addition to providing other environmental benefits.<br />

Anaerobic Digester Gas (ADG) powered<br />

fuel cell system diagram.<br />

Gas Processing Unit (GPU)<br />

- Pretreats ADG removing sulfur and halide compounds<br />

- Delivers pretreated gas to the power module<br />

H 2 S(gas) + O 2 (gas) = H 2 O(gas) + S(solid sulfur)<br />

Methane reacts with steam<br />

to produce hydrogen which<br />

powers the <strong>Fuel</strong> <strong>Cell</strong><br />

The Wastewater Treatment Plant in Koln,<br />

Germany, uses ADG generated by the wastewater<br />

treatment process to power the<br />

Pure<strong>Cell</strong> <strong>200</strong> power solution that provides<br />

electricity for the facility.<br />

System Requirements:<br />

• 60% methane<br />

• dual fuel capability<br />

• flow rate 10 million gallons / day (MGD)<br />

• gas processing unit (GPU)<br />

- pre-designed and ETV tested<br />

<strong>Power</strong> Plant Rating (Anaerobic Digester Gas)<br />

Electrical Efficiency 35%<br />

Overall Efficiency 85%


UTC <strong>Power</strong>.<br />

Experience you can count on.<br />

UTC <strong>Power</strong> is a single-source provider of environmentally<br />

advanced energy solutions. We are a world leader in fuel cell<br />

development and production for commercial, transportation and<br />

space applications. Manufacturing fuel cells and packaging onsite<br />

power generation products is only a portion of what we<br />

provide. UTC <strong>Power</strong> works with customers throughout the lifetime<br />

of their energy system by offering full service maintenance,<br />

remote monitoring and spare parts. Our experience includes:<br />

• Over 73 MW installed<br />

• Over 8 million hours of combined fleet operation<br />

(microturbines and fuel cells)<br />

• Turnkey systems<br />

• Interconnection experience<br />

• Installations in 85 cities and 19 countries on 5 continents<br />

5 x Pure<strong>Cell</strong> <strong>200</strong> <strong>Solution</strong>s<br />

Pure<strong>Cell</strong> <strong>Heat</strong> & <strong>Power</strong> <strong>Solution</strong><br />

Whatever a customers’ energy needs - be it zero-emission fuel<br />

cells for cars and buses, energy savings for a commercial building,<br />

or energy reliability for a supermarket - UTC <strong>Power</strong> provides<br />

innovative environmental solutions to the marketplace, for a sustainable<br />

future.<br />

Avoided emissions for a 1 MW building<br />

Annual Avoided CO2<br />

Emissions<br />

Tons<br />

Equivalent<br />

acres of forest*<br />

Contributing to<br />

LEED Certification<br />

The clean energy Pure<strong>Cell</strong> <strong>200</strong> solution can be an<br />

integral part in achieving LEED Certification – the<br />

national standard in validating energy-efficient,<br />

environmentally friendly “green” building design.<br />

Benefits can include not only lower energy costs,<br />

but also healthier indoor environments which have<br />

been shown to increase productivity. In some areas,<br />

additional financial incentives are also available for<br />

green buildings.<br />

* Each acre of forest assumed to absorb 1.3 tons Carbon/acre/year (Ref: International Panel on Climate Change)<br />

** Each car assumed to generate 38 lbm NOx/year (Ref: US EPA)<br />

Annual Avoided NOx<br />

Emissions<br />

Tons<br />

Equivalent<br />

number of cars**<br />

3500 750 9.6 495


Printed on 30% post-consumer waste recycled paper.<br />

© <strong>200</strong>5 UTC <strong>Power</strong><br />

P101 071505<br />

United Technologies (UTC)<br />

is a $37 billion corporation<br />

providing high-technology products<br />

to the aerospace and building systems<br />

industries throughout the world.<br />

1.866.900.POWER (866.900.7693) www.utcpower.com

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