Fuelcell Energy, Inc. · NASDAQ:FCEL

Fuelcell Energy — Corporate Update (July 2015)

53 slides from Fuelcell Energy's corporate update, Jul 7, 2015

  1. Slide 1: Beacon Falls Energy Park, LLC

    Beacon Falls Energy Park, LLC

  2. Slide 2: Presented to Town of Beacon Falls Open Space and Land Use Committee

    2 Presented to: Town of Beacon Falls Open Space and Land Use Committee July 7, 2015

  3. Slide 3: Project & Development Team

    3 Project & Development Team CT Energy & Technology, LLC A Connecticut development company (an O&G subsidiary) O&G Industries, Inc. A Diversified Construction Services Company Wm. Corvo Consultants, Inc. Project permitting, development and public relations consulting Fuel Cell Energy, Inc. Ultra Cle

  4. Slide 4: Project & Development Team

    4 Project & Development Team Pullman & Comley, LLC A major CT law firm. Comprehensive legal advice on all facets of development, permitting and administrative procedures. Doyle, D’Amore & Balducci A full-service government relations, business development and communications consulting firm. Specialis

  5. Slide 5: Project & Development Team

    Project & Development Team _> | ho | FuelCell Energy Cc? Ultra-Clean, Efficient, Reliable Power Wm. C Consultants, Inc. PULLMAN Middeow, Cr &COMLEY ic ATTORNEYS Financial \0" Doyle, D’Amore & Balducci Management Group, LLC 100 Lindbergh Drive, Hartford, CT 860.548.1421 Energy and Environmental Finan

  6. Slide 6: Why Beacon Falls?

    6 Why Beacon Falls? The reasons we selected Beacon Falls as the best location for this project:  O&G Industries, parent company of the project, owns the property  O&G Industries has an excellent relationship with the Town of Beacon Falls  The property is an under utilized former sand and gravel m

  7. Slide 7: Why Beacon Falls?

    7 Why Beacon Falls? The reasons we selected Beacon Falls as the best location for this project:  We had already reviewed the use of the property for development of a solar renewable energy project but concluded the property was too small for that technology. Our proposed Fuel Cell project will deve

  8. Slide 8: Development Premise

    8 Development Premise CT Energy & Technology, LLC is a Connecticut based development company whose purpose is to develop energy projects which meet Connecticut’s goals for renewable energy, combined heat and power and distributed generation. The Beacon Falls Energy Park is a project which meets our

  9. Slide 9: Project Location

    9 Project Location Beacon Falls between CT Route 8 and Railroad Avenue

  10. Slide 10: Project Design & Layout

    10 Project Design & Layout Project is designed to have a low profile and be landscaped for minimum visibility. Fuel cells produce electricity without combustion. An 8 acre project on a 25.02 acre parcel

  11. Slide 11: Project Design & Layout

    11 Project Design & Layout Beacon Falls Substation Project Interconnection Cold Spring Road

  12. Slide 12: Project Design & Engineering

    12 Project Design & Engineering

  13. Slide 13: Project Design & Engineering: About PCI Skanska

    13 Project Design & Engineering About PCI Skanska  Founded in 1972  Based in Evansville, IN  Ranked 327 in Engineering News Record’s 2014 Top 500 Design Firms  Approximately 150 Employees  Became part of Skanska USA in 2011 PCI Skanska Services States in which PCI Skanska is licensed to perform

  14. Slide 14: PCI Skanska Fuel Cell Energy Experience

    14 Project Design & Engineering PCI Skanska Fuel Cell Energy Experience Project partnerships include:  2003: Terre Haute, IN project - Site installation contractor - Engineering support services  2014: Bridgeport, CT project - Engineering Firm of Record for the multi-mega watt facility design - Mu

  15. Slide 15: Project Design: Equipment

    15 Project Design: Equipment "Connecticut is the world-leader in fuel cell manufacturing, responsible for manufacturing of more than 60% of the worldwide installed capacity of fuel cells for stationary, mobile and portable applications. The Beacon Falls Energy Park is a project which meets our crite

  16. Slide 16: Integrated Fuel Cell Company

    16 Integrated Fuel Cell Company Research & Development Sales, Manufacture & Services Design megawatt–class distributed Project Execution Operate & Maintain power plants power generation solutions Project development • Direct sales • Over 100 DFC® plants operating • Global fuel cell platform Global m

  17. Slide 17: Integrated Fuel Cell Company

    17 Integrated Fuel Cell Company More than 110 fuel cell power plants at 52 sites worldwide ~ all of it manufactured right here in Connecticut 15 MW Fuel Cell Park, Bridgeport CT 2.8 MW University CHP Fuel Cell in California 59 MW District Heating, Seoul, Korea Proven Capability to Deliver Clean, Cos

  18. Slide 18: Integrated Fuel Cell Company

    18 Integrated Fuel Cell Company FuelCell Energy Connecticut Operations Danbury, CT Corporate, Engineering, R&D  Research Labs & Design Center  269 employees, multiple disciplines  Operations and service support Torrington, CT Danbury, CT Torrington, CT Technology Manufacturing  Stack production

  19. Slide 19: Project Design - Equipment

    19 Project Design - Equipment

  20. Slide 20: Project Design - Equipment

    20 Project Design - Equipment DFC 3000 Fuel Cell Power Plant HEFC High Efficiency Fuel Cell

  21. Slide 21: Project Design - Equipment: Powerplant Subsystems

    21 Project Design - Equipment Powerplant Subsystems

  22. Slide 22: Project Design - Maintenance

    22 Project Design - Maintenance  DFC3000® Fuel Cell Systems require periodic inspections, basic preventative maintenance, and replacement of consumables. This work is accomplished by FCE’s trained East Coast Service Team, based in Danbury CT  At multi-system installations such as this, generation

  23. Slide 23: Project Design - Safety

    23 Project Design - Safety  FuelCell Energy uses the HAZOP Process to study hazards associated with the operation of our plants (documentation available)  DFC® systems are subject to third-party reviews of the system design and control logic as part of the power plant certification process.  DFC®

  24. Slide 24: Project Design - Safety

    24 Project Design - Safety DFC® Fuel Cell Systems are designed to comply with these codes and standards: - UL 1741 - Standard for Power Conversion Systems - IEEE 1547 - Standard for Interconnecting Distributed Resources With the Electric Power System - NFPA 70 - National Electric Code - NFPA 853 - S

  25. Slide 25: Project Air Quality Assessment & Impacts

    25 Project Air Quality Assessment & Impacts

  26. Slide 26: Air Quality Assessment & Impacts

    26 Air Quality Assessment & Impacts  Air Emissions Calculations - Fuel Cells: 5 @ 3.7 MW, 16 @ 2.8 MW = 63.3 MW - Emissions: NOx, SOx, CO, VOC, PM10/PM2.5, CO2  Air Quality Regulatory Requirements - The Potential Emissions of Each Individual Fuel Cell, and of All the Fuel Cells Combined, Are too S

  27. Slide 27: Air Quality Assessment & Impacts

    27 Air Quality Assessment & Impacts

  28. Slide 28: Air Quality Assessment & Impacts

    28 Air Quality Assessment & Impacts

  29. Slide 29: Air Quality Assessment & Impacts

    29 Air Quality Assessment & Impacts

  30. Slide 30: Air Quality Assessment & Impacts

    30 Air Quality Assessment & Impacts

  31. Slide 31: Project Noise Level Assessment & Impacts

    31 Project Noise Level Assessment & Impacts

  32. Slide 32: Noise Level Assessment & Impacts

    32 Noise Level Assessment & Impacts Applicable Noise Standards  State of Connecticut Noise Standards - Section 22a-69 of the Connecticut Department of Energy & Environmental Protection (DEEP): Noise limits vary based on land use  Class A – generally residential, hotels, hospitals and other sensiti

  33. Slide 33: Noise Level Assessment & Impacts: Applicable Noise Standards

    33 Noise Level Assessment & Impacts Applicable Noise Standards

  34. Slide 34: Noise Level Assessment & Impacts

    34 Noise Level Assessment & Impacts

  35. Slide 35: Noise Level Assessment & Impacts

    35 Noise Level Assessment & Impacts

  36. Slide 36: Noise Level Assessment & Impacts: Noise Modeling Study

    36 Noise Level Assessment & Impacts Noise Modeling Study

  37. Slide 37: Noise Level Assessment & Impacts

    37 Noise Level Assessment & Impacts

  38. Slide 38: Noise Level Assessment & Impacts: Ambient Noise Monitoring Program

    38 Noise Level Assessment & Impacts Ambient Noise Monitoring Program Pre-Construction Noise Monitoring Will Be Conducted to Establish Existing Noise Levels

  39. Slide 39: Planning & Zoning

    Planning & Zoning 4S MILONE & MACBROOM

  40. Slide 40: Planning & Zoning

    40 Planning & Zoning  Zone: Industrial Park District (IPD) - 25 Acres - Conforms to lot size and dimensional requirements - Conforms to all setbacks - Conforms to height requirements - Conforms to coverage requirements - Screened per Section 52.7.6.1 of Zoning Regulations

  41. Slide 41: Stormwater & Wastewater

    41 Stormwater & Wastewater  Stormwater Discharge - Sand and gravel mine has very high permeability - Deep sand and gravel - Stormwater will be collected into basins and allowed to infiltrate naturally - No net discharge of stormwater from site (same as existing conditions)

  42. Slide 42: Stormwater & Wastewater

    42 Stormwater & Wastewater  Wastewater Discharge - Drinking water supply must be purified further prior to use in fuel cells - Water filtration wastewater will be collected in one of two basins and allowed to infiltrate naturally (CTDEEP Permit #GP-002) - No discharge to Naugatuck River or sewer pl

  43. Slide 43: Stormwater & Wastewater: Waste Management

    43 Stormwater & Wastewater Waste Management  Fuel cells require purification of the natural gas supply. This requires the removal of Sulphur from the gas (desulphurization). - Sulphur is filtered using activated carbon - Activated carbon cartridges are packaged and shipped off-site for recycling/re

  44. Slide 44: Inland Wetlands

    44 Inland Wetlands  Wetland delineation performed by Certified Soil Scientist.  No significant wetland soils found on site.  Open water pond located in southern portion of site. - Pond has no inlet or outlet - Pond receives stormater run-off from Route 8 - Highway drainage results in water level

  45. Slide 45: Environmental Assessment: Land Use Impact

    45 Environmental Assessment Land Use Impact  The proposed project is consistent with the Conservation and Development Policies Plan for Connecticut.  The proposed project is consistent with the Plan of Conservation and Development for Beacon Falls. - Site is located in area classified as Industria

  46. Slide 46: Environmental Assessment: Natural Resources & Traffic Impacts

    46 Environmental Assessment Natural Resources & Traffic Impacts  Development of the energy park is not likely to significantly impact the natural resources.  Largest potential impacts will be short term and related to construction. - Only ordinary efforts will be required to limit the overall amou

  47. Slide 47: Environmental Assessment: Natural Resources & Traffic Impacts

    47 Environmental Assessment Natural Resources & Traffic Impacts  Project has been reviewed by State Historic Preservation Office and no concerns were noted.  Project has been reviewed by CT DEEP for potential Endangered or Special Concern species. - No Endangered Species identified - Species of Sp

  48. Slide 48: Project Benefits

    48 Project Benefits

  49. Slide 49: Project Benefits: Benefits to Beacon Falls

    49 Project Benefits Benefits to Beacon Falls  Economic development benefits – large scale taxable project. Positive impact on tax revenue  Final project will have low visibility and sound profile  World class renewable energy project using clean Connecticut base load fuel cell technology  Positi

  50. Slide 50: Project Benefits: Benefits to Beacon Falls

    50 Project Benefits Benefits to Beacon Falls  Development of former sand mine property  Injection of energy into the Beacon Falls area that is physically delivered to Connecticut electric users  Project will provide enhanced natural gas availability to Beacon Falls

  51. Slide 51: Project Benefits: Benefits to Connecticut

    51 Project Benefits Benefits to Connecticut  Cost effective, base load renewable energy  Energy physically delivered to Connecticut consumers  Reduced area emissions  Jobs for Connecticut manufacturing and construction companies  Tax revenue from project development

  52. Slide 52: Project Benefits: Benefits to Connecticut

    52 Project Benefits Benefits to Connecticut  Improvement of electric grid reliability  Improvement of natural gas distribution system  All Connecticut companies in development

  53. Slide 53: Questions???

    Questions??? f | Bai Fuelcelle || CLEST = f elke Wel os Jecess] cc? Ultra-Clear, Efficient, Reliable Power a e weld’ sf

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