I. DEFINITIONS | 5 | |||
II. LICENSE GRANT | 10 | |||
2.1 FCE Technology License. | 10 | |||
2.2 Distribution Rights | 11 | |||
2.3 POSCO Technology License | 11 | |||
2.4 License to POSCO Power Upon Expiration of the Term | 12 | |||
2.5 License to FCE Upon Expiration of the Term | 12 | |||
2.6 Use of “FCE” Trademarks | 12 | |||
2.7 Transfer of Technical Data | 12 | |||
2.8 Joint Committee(s) | 13 | |||
2.9 Manufacturing in Korea . | 13 | |||
2.10 Regular Exchange of Technical Data | 14 | |||
2.11 New product development and Improvements | 14 | |||
III. OWNERSHIP OF INTELLECTUAL PROPERTY | 14 | |||
3.1 Ownership of FCE Technology | 14 | |||
3.2 Ownership of POSCO Technology | 14 | |||
3.3 Joint Ownership | 14 | |||
IV. ROYALTIES | 14 | |||
4.1 Royalty Payments. | 14 | |||
4.2 No Other Royalties, Payments, Etc | 15 | |||
4.3 Royalty Report. | 15 | |||
4.4 Royalty Determination Firm | 16 | |||
V. CUSTOMER RESPONSIBILITY | 16 | |||
5.1 End User Warranty | 16 | |||
VI. GOVERNMENT REGULATIONS | 16 | |||
6.1 POSCO Power Obligations | 16 | |||
6.2 FCE Obligations | 16 |
1
6.3 DOE Approval | 16 | |||
VII. REPRESENTATIONS AND WARRANTIES | 17 | |||
7.1 Representations and Warranties of FCE | 17 | |||
7.2 Representations and Warranties of POSCO Power | 18 | |||
VIII. TERM | 19 | |||
8.1 Term | 19 | |||
8.2 Extension | 19 | |||
IX. TERMINATION | 19 | |||
9.1 Termination by Mutual Agreement | 19 | |||
9.2 FCE Termination by Material Breach of POSCO Power. | 19 | |||
9.3 POSCO Power Termination by Material Breach of FCE. | 20 | |||
9.4 Return of FCE Technology | 21 | |||
9.5 Return of POSCO Technology | 21 | |||
9.6 Survival | 21 | |||
X. INDEMNIFICATION | 21 | |||
10.1 POSCO Power Obligations | 21 | |||
10.2 FCE Obligations | 22 | |||
10.3 Limitation of Damage | 23 | |||
XI. CONFIDENTIAL INFORMATION | 23 | |||
11.1 POSCO Power Obligations | 23 | |||
11.2 POSCO Affiliate | 24 | |||
11.3 FCE and POSCO Power Obligations | 24 | |||
XII. NOTICES | 24 | |||
XIII. ENTIRE AGREEMENT | 25 | |||
XIV. APPLICABLE LAW AND ARBITRATION | 25 | |||
14.1 Governing Law | 25 | |||
14.2 Efforts to Resolve by Mutual Agreement | 25 |
2
14.3 ICC Arbitration | 25 | |||
14.4 Waiver of Jury Trial | 26 | |||
XV. MISCELLANEOUS | 26 | |||
15.1 Amendment | 26 | |||
15.2 Severability | 26 | |||
15.3 Government Information | 26 | |||
15.4 Independent Contractors | 26 | |||
15.5 Assignment | 27 | |||
15.6 No Third Party Beneficiary | 27 | |||
15.7 Headings | 27 | |||
15.8 Right to Injunction; Specific Performance | 27 | |||
15.9 Force Majeure | 27 | |||
XVI. SALES TARGETS AND EXCLUSIVITY | 28 | |||
16.1 Sales Targets | 28 | |||
Exhibits: | ||
Exhibit A: | Form of STTP | |
Exhibit B: | Form of DOE Approval | |
Exhibit C: | List of FCE Patents | |
Exhibit D: | Sales Targets | |
Schedules: | ||
Schedule A: | POSCO Affiliates | |
Schedule B: | Non-Exclusive Territory | |
Schedule C: | FCE Previously Granted Distribution Rights |
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10
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12
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16
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3 Great Pasture Road
Danbury, CT 06813
Facsimile: (203) 825-6079
Attention: Ben Toby
3 Great Pasture Road
Danbury, CT 06813
Facsimile: (203) 825-6069
Attention: Ross Levine
POSTEEL Tower 20th Fl. 735-3
Yeoksam-dong, Gangnam-gu
Seoul, 135-080 KOREA
Attention: Taehyoung (TH) Kim
24
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27
28
FUELCELL ENERGY, INC. | ||||
By: | ||||
Name: | ||||
Title: | ||||
POSCO POWER | ||||
By: | ||||
Name: | ||||
Title: |
29
STTP
1.1. | Manufacturing Process Information (see Exhibit “B” for a complete list of documentation) |
1.1.1. | Module Assembly Process Information |
1.1.1.1. | General Facility Recommendations | ||
1.1.1.2. | Stacking | ||
1.1.1.3. | Manifolding | ||
1.1.1.4. | Final Module Assembly | ||
1.1.1.5. | Instrumentations | ||
1.1.1.6. | Standard Tooling used throughout Module Assembly Facility |
1.1.2. | Module Conditioning Process Information |
1.1.2.1. | MW Module Conditioning | ||
1.1.2.2. | Sub-MW Module Conditioning |
1.1.3. | Module Teardown and Repair Process Information |
1.2. | Non-Repeating Component and Module Component Design Documentation (see Exhibit “C”) | ||
1.3. | Design Documentation for Conditioning Facilities (see Exhibit “D”) |
1.3.1. | MW Conditioning Facility | ||
1.3.2. | Sub-MW Conditioning Facility |
a. | Program Reviewsare conducted to ensure that milestones have been met in accordance with the requirements as defined in Exhibit “A”. | ||
b. | Facility Design Reviewsare technical reviews of manufacturing facilities, and they are conducted to ensure best practices in manufacturing are captured prior to commencing construction activities. FCE proposes both preliminary and final Facility Design Reviews. |
a. | Module stacking and assembly manufacturing process measurements, inspection findings, quality data and in-process pictures via the Module Build Book; | ||
b. | Fabricated NRC and Module component quality data per the protocols for inspection of the incoming parts; | ||
c. | Module conditioning data through the PI data system; | ||
d. | Commercial power-plant field operation data from the EBOP, MBOP and Module for the life of the module through the PI data system. |
• | Gas Compositions at each position (A/I, A/O, C/I, C/O) | ||
• | Temperatures at each position | ||
• | Pressures at each position (or pressure drop) | ||
• | Stack performance (I-V curve, fuel and oxidant utilization) | ||
• | Stack operating windows (in terms of temperature, gas flow rate, pressure, ramp up/down rate and limiting factor, vibration resisting limit, humidity, salinity) | ||
• | Information about simulation/pre-post processing tools (CAD, FEA, CFD) for easier information exchange in case of JDP |
Dated: October 27, 2009 | ||
Fuel Cell Energy, Inc. | POSCO Power | |
By: | By: |
FOR STACK TECHNOLOGY TRANSFER
PROGRAM
Exhibit “B”
Manufacturing Technology to be transferred by STTP
FCE shall transfer the following technologies, know-how and information to POSCO Power and POSCO Affiliates in accordance with the schedule set forth in Section 3 of this STTP.
1.1.1 | Module Assembly Process Information |
1.1.1.1 Facility
*
1.1.1.2 Stacking
*
1.1.1.3 Manifolding
*
1.1.1.4 Final Module Assembly
*
1.1.1.5 Instrumentation
*
1.1.1.6 Standard Tooling used throughout Module Assembly Facility
*
1.1.2 Module Conditioning Process Information
*
1.1.3 Module Teardown and Repair Process Information
*
APPENDIX A
Specifications for DFC® Stack Modules
C1400 Stack Module Specification
1.0 Introduction
This specification document describes the interfaces and functional operation of the C1400 Direct FuelCell ®(DFC®) stack module. The C1400 stack module is comprised of four DFC stack modules, and the associated enclosure and process and electrical connections. *
2.0 Scope
This document describes one C1400 module. The specification provides preliminary dimensional and interface data that can be used for planning and design. Final drawings will be provided as part of formal project data submittal.
3.0 Specifications
3.1Dimensions and Weights
*
3.2Mechanical Interfaces
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
1
3.3Civil Interfaces
*
Figure 1
Module Foundation Bolt Details from FCE Drawing 12-01
Preliminary, For Planning and Design. Final drawing to be issued during project data submittals
3.4Electrical and Control Interfaces
*
3.5Performance Specification
Table 1 summarizes the projected output from the stack module at rated load. *
Table 1
Nominal Stack Module Output at Rated Load
*
Table 2 (to be modified)
Fuel and Air Gas Flows Needed to Produce Specified DC Output
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
2
Table 3
Contaminant Limits for Fuel and Air Process Streams
*
3.6Stack Module Life
*
Table 4
Life Impacts of Stack Operation Transients
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
3
APPENDIX B
Specifications for DFC® Components
C1400 Stack Module Kit Scope Specification
1.0 Introduction
This specification describes scope of supply for Direct FuelCell stack module component kits, which will be used in the assembly of C1400 stack modules.
2.0 Scope
This document describes the component kit for one C1400 module. .
3.0 Specifications
3.1 Dimensions and Weights
*
3.2 Component and subassembly listing
*
APPENDIX C
Standard Pre-Shipment Factory Test Report for DFC® Modules
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
4
APPENDIX D
Standard Pre-Shipment Factory Inspection Report for DFC® Components
*
Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
*
3.3Civil Interfaces
*
Figure 1
Module Foundation Bolt Details from FCE Drawing 12-01
Preliminary, For Planning and Design. Final drawing to be issued during project data submittals
3.4Electrical and Control Interfaces
*
3.5Performance Specification
Table 1 summarizes the projected output from the stack module at rated load. *
Table 1
Nominal Stack Module Output at Rated Load
*
Table 2 (to be modified)
Fuel and Air Gas Flows Needed to Produce Specified DC Output
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
5
Table 3
Contaminant Limits for Fuel and Air Process Streams
*
3.6Stack Module Life
*
Table 4
Life Impacts of Stack Operation Transients
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
6
Exhibit “C”
Design Documentation to be transferred by STTP
FCE shall transfer the following technologies, know-how and information to POSCO Power and POSCO Affiliates in accordance with the schedule set forth in Section 3 of this STTP.
C1400 Documentation
Document Description | C1400 Document No. | |
* |
C350 Documentation
Document Description | C350 Document No. | |
* | ||
APPENDIX A
Specifications for DFC® Stack Modules
C1400 Stack Module Specification
1.0 Introduction
This specification document describes the interfaces and functional operation of the C1400 Direct FuelCell ®(DFC®) stack module. The C1400 stack module is comprised of four DFC stack modules, and the associated enclosure and process and electrical connections. *
2.0 Scope
This document describes one C1400 module. The specification provides preliminary dimensional and interface data that can be used for planning and design. Final drawings will be provided as part of formal project data submittal.
3.0 Specifications
3.1Dimensions and Weights
*
3.2Mechanical Interfaces
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
7
3.3Civil Interfaces
*
Figure 1
Module Foundation Bolt Details from FCE Drawing 12-01
Preliminary, For Planning and Design. Final drawing to be issued during project data submittals
3.4Electrical and Control Interfaces
*
3.5Performance Specification
Table 1 summarizes the projected output from the stack module at rated load. *
Table 1
Nominal Stack Module Output at Rated Load
*
Table 2 (to be modified)
Fuel and Air Gas Flows Needed to Produce Specified DC Output
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
2
Table 3
Contaminant Limits for Fuel and Air Process Streams
*
3.6Stack Module Life
*
Table 4
Life Impacts of Stack Operation Transients
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
3
APPENDIX B
Specifications for DFC® Components
C1400 Stack Module Kit Scope Specification
1.0 Introduction
This specification describes scope of supply for Direct FuelCell stack module component kits, which will be used in the assembly of C1400 stack modules.
2.0 Scope
This document describes the component kit for one C1400 module. .
3.0 Specifications
3.1 Dimensions and Weights
*
3.2 Component and subassembly listing
*
APPENDIX C
Standard Pre-Shipment Factory Test Report for DFC® Modules
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
4
APPENDIX D
Standard Pre-Shipment Factory Inspection Report for DFC® Components
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
5
Exhibit “D”
Conditioning Facility Design Documentation to be transferred by STTP
FCE shall transfer the following technologies, know-how and information to POSCO Power and POSCO Affiliates in accordance with the schedule set forth in Section 3 of this STTP.
*
* Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment.
8
1) | Transportation, food, and lodging expenses shall be paid for the traveling personnel except for the amount corresponding to purposes other than the affairs involving POSCO Power or POSCO Affiliate. |
2) | Transportation expenses shall mean airfare in principle, but in the event no airlines in Korea or other reasons not permitting air travel exist, railroad, automobile, or passage fare will be paid for the traveling personnel. |
3) | The standard payment rate for transportation expenses shall follow Schedule A. |
4) | Traveling personnel’s food and lodging expenses shall be paid by the number of days spent for the business trip in case of food expenses and the number of days requiring lodging in case of lodging expenses in accordance with Schedule B. In the case of business trip by air travel, however, lodging and food expenses shall be paid only in the cases requiring lodging due to events beyond one’s control. |
5) | Food and lodging expenses as specified in Schedule B shall be paid as much as the actual expenses within the range specified in Schedule B. Receipts or proof of expenses must be produced for the reimbursement. |
6) | Officers shall mean the employees whose title is Vice President or higher at FCE |
Airfare | ||||||
Item | Domestic | International | Railroad / Auto / Passage Fare | |||
Officer | Business Class | Business Class | Actual Expense | |||
Employee | Economy Class | Business Class |
Note) 1) | In the event that no reservation for the designated class above can be made, the designated class can be changed to higher or lower class. |
Item | Food Expenses (Actual Expense) | Lodging (Actual Expenses) | ||||||
Officer | Actual Expense | Actual Expense (Standard Room) | ||||||
Employee | 80 | 140 |
Note) | Food and lodging expenses for the employees shall be paid as much as the actual expenses within the limit shown above (receipt or proof of expenses is required). |
2009 | 2010 | 2011 | ||||||||||||||||||||||||||||||||||
11 | 12 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 1 | 2 | 3 | ||||||||||||||||||||
Infrastructure | Factory and Facility | Joint Committee: Factory Design and Ground-breaking | Factory Construction and Equipments order | Equipments installation and test | Ceremony for the completion | |||||||||||||||||||||||||||||||
Personnel | FCE Recommendation of organization | 1st Employment | 2nd Employment | |||||||||||||||||||||||||||||||||
System | Study of FCE process control system | PP system set-up for process control | ||||||||||||||||||||||||||||||||||
Process | Assembly | Preview of Process | 1st OJT in Torrington | 2nd OJT in Torrington | 3rd OJT in Pohang | |||||||||||||||||||||||||||||||
Conditioning | 1st OJT in Danbury | 2nd OJT in Pohang | ||||||||||||||||||||||||||||||||||
Teardown | 1st OJT in Pohang (or Danbury) at available module | |||||||||||||||||||||||||||||||||||
Documents | Documents transfer and Review | Translation of all tech. and education materials in Korean | Study of documents | |||||||||||||||||||||||||||||||||
Components | NRC | Documents transfer and Review | Q&A in Danbury | FCE NRC vendor tour | Study of documents and tech. transfer | Korea vendor Qualifying | Prototype Module w/ localized NRC |
![(IMAGE)](https://capedge.com/proxy/8-KA/0000950123-10-026422/c98020c9802001.gif)
President and Chief Executive Officer
FuelCell Energy, Inc.
3 Great Pasture Road
Danbury, CT 06813
Subject: | Approval of Transfer of Fuel Cell Technology Cooperative Agreement DE-FC21-95MC31184 |
Sincerely, | ||
![]() | ||
Carl O. Bauer | ||
Director |
626 Cochrans Mill Road, P.O. Box 10940, Pittsburgh, PA 15236 | ||||||||||||
wayne.surdoval@netl.doe.gov@netl.doe.gov | • | Voice (412) 386-6002 | • | Fax (412) 386-4822 | • | www.netl.doe.gov |
FCE File No. | U.S. PAT. NO. | TITLE | Country | Issued | Expires | |||||
B429-086 | 7,494,736 | Dielectric Frame Assembly and Fuel Cell Manifold | U.S. | 2/24/2009 | 2/25/2027 | |||||
B429-057 CIP | 7,393,605 | Fuel Cell End Unit with Integrated Heat Exchanger | U.S. | 7/1/2008 | 5/18/2026 | |||||
B429-051 | 7,323,270 | Modular Fuel Cell Stack Assembly | U.S. | 1/29/2008 | 12/1/2025 | |||||
B429-083 | 7,294,427 | Manifold Gasket Accommodating Differential | U.S. | 11/13/2007 | 7/12/2025 | |||||
Movement of Fuel Cell Stack | ||||||||||
B429-085 | 7,276,304 | Fuel Cell System Including a Unit for Electrical | U.S. | 10/2/2007 | 6/20/2025 | |||||
Isolation of a Fuel Cell Stack From a Manifold Assembly and Method Therefor | ||||||||||
B429-057 | 7,070,874 | Fuel Cell End Unit with Integrated Heat Exchanger | U.S. | 7/4/2006 | 12/24/2022 | |||||
B429-046 | 6,902,840 | Fuel Cell System with Mixer/Eductor | U.S. | 6/7/2005 | 7/2/2022 | |||||
ZL03815646.6 | China | |||||||||
4146427 | Japan | |||||||||
B429-058 | 6,964,825 | Compliant Manifold Gasket | U.S. | 11/15/2005 | 7/24/2023 | |||||
770810 | Korea | 10/22/2007 | ||||||||
B429-048 | 6,887,611 | Flexible Fuel Cell Gas Manifolds | U.S. | 5/3/2005 | 10/3/2022 | |||||
4317132 | Japan | 5/29/2009 | ||||||||
B429-054 | 6,797,425 | Fuel Cell Stack Compressive Loading System | U.S. | 9/28/2004 | 12/24/2022 | |||||
ZL03825719.X | China | 8/15/2007 | ||||||||
4153491 | Japan | 7/11/2008 | ||||||||
1 590 846 | EPO | 3/11/2009 | ||||||||
603 26 650.0-08 | Germany | 3/11/2009 | ||||||||
B429-043 | 6,531,237 | Manifold and Sealing Assembly for Fuel Cell Stack | U.S. | 3/11/2003 | 3/1/2021 | |||||
ZL02805816.X | China | 3/21/2007 | ||||||||
4318667 | India | 5/29/2009 | ||||||||
B429-040 | 6,514,636 | Ultra-Smooth Dielectric Members for Liquid | U.S. | 2/4/2003 | 12/13/2020 | |||||
Electrolyte Fuel Cells | ||||||||||
ZL01820569.0 | China | 2/7/2007 | ||||||||
216427 | India | 9/19/2005 | ||||||||
B429-038 | 6,461,756 | Retention System for Fuel Cell Stack Manifolds | U.S. | 10/8/2002 | 8/21/2020 | |||||
ZL01813533.1 | China | 1/18/2006 | ||||||||
196,113 | India | 9/19/2005 | ||||||||
3736765 | Japan | 11/4/2005 | ||||||||
B429-035 | 6,410,161 | Metal-Ceramic Joint Assembly | U.S. | 6/25/2002 | 4/15/2019 | |||||
B429-041 | 6,413,665 | Fuel Cell Stack Compression System | U.S. | 7/2/2002 | 8/31/2020 | |||||
ZL01814724.0 | China | 10/5/2005 | ||||||||
196,112 | India | 9/19/2005 | ||||||||
40128 | 5,110,692 | Gasket for Molten Carbonate Fuel Cell | U.S. | 5/5/1992 | 8/20/2010 | |||||
0472152 | EPO | 5/24/1995 | ||||||||
P69109971.5 | Germany | 5/24/1995 |
Note: | 1. U.S. Patents and foreign counterparts (if any) are grouped together. | |
2. Expiration dates are the same for U.S. and foreign counterpart patents. |
Business Plan | Sales Target | Cumulative | ||||||||||
Year | (MW) | (MW) | (MW) | |||||||||
Pre-2011 | — | — | 69.0 | |||||||||
2011 | * | * | * | |||||||||
2012 | * | * | * | |||||||||
2013 | * | * | 112 | |||||||||
2014 | * | * | * | |||||||||
2015 | * | * | * | |||||||||
2016 | * | * | * | |||||||||
2017 | * | * | * | |||||||||
2018 | * | * | * | |||||||||
2019 | * | * | * | |||||||||
2020 | * | * | 568 |
* | Confidential information has been omitted and filed separately with the Securities and Exchange Commission pursuant to a request for Confidential Treatment. |
Western Europe | Eastern Europe | |
Andorra | Albania | |
Austria | Bulgaria | |
Belgium | Czech Republic | |
Cyprus | Slovakia | |
Denmark | Hungary | |
Federal Republic of Germany | Poland | |
Finland | Romania | |
France | All states of the former USSR | |
Great Britain and including, but not limited to | ||
Northern Ireland CIS (Commonwealth of Independent States) | ||
Greece | ||
Greenland | Yugoslavia | |
Ireland | Slovenia | |
Iceland | Croatia | |
Italy | ||
Liechtenstein | ||
Luxembourg | Asia | |
Malta | Japan | |
Monaco | ||
Netherlands | ||
Norway | ||
Portugal | ||
San Marino | ||
Spain | ||
Sweden | ||
Switzerland | ||
The Vatican State | ||
Middle East | ||
Bahrain | Yemen, Arab Rep. | |
Iran | Yemen, Peoples Rep. | |
Iraq | United Arab Emirates (UAE) | |
Israel | ||
Jordan | ||
Kuwait | ||
Lebanon | ||
Oman | ||
Qatar | ||
Saudi-Arabia | ||
Syria | ||
Turkey | ||
North America | ||
United States | ||
Canada | ||
Mexico |
Distributor | Type of Agreement | Effective Date | Expiration | Rights in Korea | ||||
BOC Limited (Linde Group) | Market Development Agreement (“MDA”) | 11/2/2006 | 11/1/2009 | Yes | ||||
Caterpillar Inc. | Purchase and Marketing Agreement | 4/26/2002 | 4/25/2012 | Yes | ||||
Marubeni (Japan) | Alliance Agreement | 6/15/2001 | 6/14/2011 | Rights in Korea Waived by Agreement | ||||
MTU CFC Solution, GmbH | Cell License | 12/15/1999 | 12/14/2009 | No | ||||
MTU CFC Solution, GmbH | BOP Cross-License | 7/16/1998 | 7/15/2008 | No | ||||
Pfister Energy | MDA | 6/26/08 | 6/26/2010 | No | ||||
American Wind Power & Hydrogen | MDA | 1/2/08 | 1/2/10 | No | ||||
Enbridge | MDA | 11/4/03 | 10/31/10 | No | ||||
Logan Energy | MDA | 10/28/08 | 10/27/10 | No | ||||
Powerhouse Energy | MDA | 11/1/07 | 11/1/09 | No | ||||
PPL Energy | Distributor Agreement | 9/21/00 | 12/31/10 | No | ||||
Western Energy Marketers | MDA | 11/8/07 | 11/7/10 | No |