michigan wind energy resource zones board: wind powering ... · increased energy efficiency and 20%...
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Michigan
Wind Energy Resource Zones Board:
Wind Powering the Triple Bottom Line
February 17, 2009
Michigan Public Service Commission
Richard F. Vander Veen
Mackinaw Power, LLC
414 E. Main Street, Suite B, Lowell, MI 49331
Phone: 616.897.1304 Fax: 616.897.1307
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Mackinaw Power, LLC
Obama Administration & 111th U.S. Congress: Impacting the MI WERZ Report
February 10 Senate Energy Committee Hearing 20% by 2020 RPS
February 12, 2009 Stimulus Bill Adopted by House & Senate:
Extends $21/MWh Production Tax Credit (PTC) thru Dec. 31, 2012
Or , Allows Alternative 30% Investment Tax Credit (ITC)
Or, Allows Treasury Grant to Monetize ITC for Wind Projects COD 2010
Enhanced Depreciation 2009
Transmission Plans and Funding +
2009 Federal RPS & Climate Change Laws Hearings >>
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Key Conferences Involving Transmission (TM) & Wind Industry Planning
March 3-4, 2009 Michigan Wind Conference, www.glrea.org Cobo Hall, Detroit MI
WTG Manufacturing, Jobs, New Projects, New TM Plans
April 1-3 Utility Wind Integration Group, www.uwig.org Philadelphia PA
Forecasting & Integrating Wind, Interconnections, New TM Planning
May 4-6, 2009 AWEA www.awea.org Chicago IL
Siting, Forecasting, Developing, Financing, Manufacturing & Transmitting Wind
Fall, 2009 AWEA Wind Turbine Supply Chain Conference, Grand Rapids, MI
www.nextenergy.org
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MI WERZ Board
Mackinaw Power & Windpower Update: MISO/Great Lakes IRP & TM Strategy
Federal Policies and Funding
2009 Obama Administration, 111th U.S. Congress, Treasury, DoE, FERC
2/09 Stimulus Bill: RE & Transmission Tax Incentives
2009 Federal RPS & Climate Change Laws Hearings >>
State and Regional Policies and Funding
Governor Granholm’s February, 2009 State of the State Address
+ 10% Great Lakes States RPSs & 30% Midwest Governors Goals
20% Plan: 300,000 MW by 2030 = 300,000 + Great Lakes Mfg. Jobs
GL Offshore Wind: GLW Council, GLOW Collaborative & Atlas
Wind Powering the Great Lakes Triple Bottom Line
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Mackinaw Power, LLC
Mackinaw Power Overview
To create financial, social, and ecological capital as we develop, finance, construct, operate and maintain 500+ MW of
state-of-the-art renewable energy in Great Lakes StatesTo design, own Intellectual Property and manufacture energy
efficient and renewable energy products
To create financial, social, and ecological capital as we develop, finance, construct, operate and maintain 500+ MW of
state-of-the-art renewable energy in Great Lakes StatesTo design, own Intellectual Property and manufacture energy
efficient and renewable energy products
VisionVision
In 3 to 5 years we will be:• The renewable energy developer-of-choice in the Great Lakes• Recognized as a catalyst for technological breakthrough• A full-service renewable energy firm• An employer-of-choice for talented people in high demand
In 3 to 5 years we will be:• The renewable energy developer-of-choice in the Great Lakes• Recognized as a catalyst for technological breakthrough• A full-service renewable energy firm• An employer-of-choice for talented people in high demand
MissionMission
To be the first mover in developing world class wind power projects in the Great lakes States and Canada by engaging and
empowering all stakeholders.
To be the first mover in developing world class wind power projects in the Great lakes States and Canada by engaging and
empowering all stakeholders. StrategyStrategy
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Mackinaw Power, LLC
Mackinaw City Substation 14.4/24.9 kV
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First to Market!Mackinaw City Wind Power Project = First Privately-Financed
Wind Power Project in the Great LakesMichigan’s first Wind Turbine Zoning Ordinance: Emmet County
Passed Unanimously, 2001; Jim Tamlyn, Chair, Emmet Co. Comm.
Michigan’s first Private Wind Turbine Leases & Community Benefits
$$$ to Mackinaw City, Emmet County and Mackinaw City
First Michigan Tariff: Consumers Green Power Pilot Program, U-13029
$ Sold Out! December 2001 – December 2005 at a 40% premium or 3.2 cents per kWh; 2006 > at a 1.67 cent/kWh premium
First Michigan Power Purchase Agreements
Consumers Energy 35 MW, 17 Years; U-13843
First Michigan Interconnection Agreement
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Mackinaw City and Emmet County Community Benefits
Strong Community Support: Mackinaw City EDC Cites Wind Turbines in Promoting #1 Tourist Destination in Michigan
50 + Open Houses and Meetings with Mackinaw City and Emmet County Officials
Mackinaw City and Emmet County Ordinances Set the Standard
Mackinaw City Wind Project:
Invested > $2,500,000
Property Taxes $100,000 + Paid
Lease Payments to Mackinaw City $68,000 +
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Mackinaw Power, LLC
Environmental Impact of Consumers Electricity Source: Consumers Energy
Pollution Avoided by Mackinaw City Wind Project
20 million KWh (20,000 MWh) 2001-2009
Consumers Energy Supply Profile
PollutantConsumers Energy
Annual Pounds Produced
Regional Annual Pounds Produced
Sulfur Dioxide 183,200 374,000
Carbon Dioxide 46,588,000 41,890,000
Oxides of Nitrogen 65,000 140,000High-level Nuclear Waste 132 148
MercuryN/A; Unregulated
See MDEQ Mercury Task Force Report
N/A
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Global Wind Power is Growing at 30% Compounded Rate
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Operational Characteristics of Wind Power
• High availability: 98% or more • Wind turbines generate some electricity
most of the time• Capacity factor: one megawatt of wind
generates electricity for 250-300 homes• One of highest energy payback ratios of
any power technology
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NCF 100 MW 200 MW 500 MW
25% 219,000 MWh 438,000 MWh 1,095,000 MWh
30% 262,800 MWh 525,600 MWh 1,314,000 MWh
35% 306,600 MWh 613,200 MWh 1,533,000 MWh
40% 350,400 MWh 700,800 MWh 1,752,000 MWh
Wind Power is Cubed; Net Capacity Factor (NCF) is Key
Economic Characteristics of Wind Power:
Increased tax revenue Income to landownersSome jobs to rural communitiesPurchase of goods & servicesManufacturing jobs-in the U.S.
Environmental Characteristics of Wind Power: Low Pollution
No fuel = no global warming pollution(CO2) No fuel = no air pollution (SO2, NOx, Mercury)No fuel = no mining or drillingNo wasteNo water pollutionNo water use
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Windpower Cuts Risks, Adds to the Triple Bottom Line
= “Credits” Reducing the cost by ($___)/kW and ($_____) /MWh:
A. Cutting Costs & Locking in stable, competitive pricing, 2009-2029+
B. Mitigating the risk of rising, volatile fuel prices: coal, natural gas...
C. Saving Natural Gas: 100 MW = 2 BB Cubic Feet/ Year
D. Eliminating future emissions risks (compliance & corporate liability)
E. Reducing Carbon Emissions
F. Establishing Sustainable Business Leadership
G. Earning Future Customers’ Sales
H. Each 100 MW Wind Project invests more than $35 million in the Community
Environmental Characteristics: Low Impact
• No electricity generation is without impacts.
• Wind’s impacts are among the lowest of any generation technology, but not zero
• Wind energy industry is committed to environmental stewardship
Great Lakes Generation Portfolios
Great Lakes 261,000 MW Generation Portfolio
Great Lakes Capacity Growing 2% Demand Annually = 5,220 MW/year
2009-2030 = >100,000MW
NY41,572
WI15,524
PA 50,972
OH37,611
MI33,554
Renewables 10%
IN29,959
Great Lakes States Renewable Portfolio Standards: 10%
Great Lakes 261,000 MW Generation Installed
Great Lakes Capacity Needs Forum cites 2% Demand Annually = 5200 MW/year
2008-2030 = >100,000 MW
Increased Energy Efficiency and 10% New Renewable Energy Could Stabilize and Reduce Energy Costs with 10,000+ MW of Wind, 2009-2015
Like a Treasury Bill Boosts Financial Portfolio Performance, 10,000 MW New Wind Power Boosts the Great Lakes’ Generation Portfolio Performance
Coal 64%
Nuclear 20%
Gas 4%
Renewables 10%
Ren
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Federal RPS: 20% by 2020 Great Lakes Generation Portfolios
Great Lakes 261,000 MW Generation Installed
Great Lakes Capacity Needs Forum cites 2% Demand Annually = 5200 MW/year
2009-2030 = >100,000 MW
Increased Energy Efficiency and 20% New Renewable Energy Could Stabilize and Reduce Energy Costs with 20,000+ MW of Wind, 2009-2020
Like a Treasury Bill Boosts Financial Portfolio Performance, 20,000 MW New Wind Power Boosts the Great Lakes’ Generation Portfolio Performance
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Mackinaw Power, LLC
Midwest Governors: 30% by 2030
Great Lakes 261,000 MW Generation Installed
Great Lakes Capacity Needs Forum cites 2% Demand Annually = 5200 MW/year
2009-2030 = >100,000 MW
Increased Energy Efficiency and 30% New Renewable Energy Could Stabilize and Reduce Energy Costs with 30,000+ MW of Wind, 2009-2030
Like a Treasury Bill Boosts Financial Portfolio Performance, 30,000 MW New Wind Power Boosts the Great Lakes’ Generation Portfolio Performance
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MISO/Great Lakes Integrated Resource Plan
To Meet Future Generation Demand of 100,000 + MW, Transmission and Distribution Requirements, Evaluate Economic, Social and Environmental Costs, Impacts and Risks
> Energy Efficiency & Demand Response (Conservation = Least Cost/Risk)
>>Renewable Energy: Wind Power, Biomass, Solar, Geothermal …
>>>”Clean Coal,” IGCC…
>>>> “Advanced Nuclear”
>>>>> “Clean Gas”
>>>>>> New Resources
Ontario Power Authority “Integrated Power System Plan” > MISO & PJM
Wind map examples: Michigan
• Michigan: 14th largest wind resource in U.S.
• Minnesota: 9th
• Wisconsin: 18th
Wind/Transmission Map
LEGEND
Green -120-138 kV
Red - 345 kV
Average Windspeed (mph)
Source: AWS Truewind
6.7-6.9
6.9-7.1
7.1-7.3
7.3-7.7
7.7-8.9
•Michigan is ranked 14th among US states for wind energy potential (on-shore wind)*
•At 100 meters (approximate height of a wind turbine), the best areas for wind in Michigan are on the west side and the Thumb
•Primary siting concern in the Thumb is lack of available transmission capacity
*Ranking Source-Pacific Northwest Laboratory, 1991, PNL-7899
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Cost Spectrum for Michigan Renewable Energy Alternatives
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Wind resource: New York – as large as California’s
Wind resource: Ohio
• Ohio wind resource :36th in the U.S.
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MISO Market
20% Vision & Roadmap20% Vision & Roadmap
“20 % OR 350 GW is achievable through increased scale, better materials, better technologies. U.S. industry must step up to the challenge. Busbar costs will come down as:
1. Wind turbines increase in efficiency & hub heights2. Higher wind capacity factors are found through better wind
resource studies and forecasting3. Onshore and offshore wind farms grow in size4. Transmission systems are strengthened5. More than $ 1 Trillion in new infrastructure is created”
Ric O’Connell, Black & VeatchAWEA, 12/8/06
GE’s Jeffrey Immelt vowed to “double spending on green-related research to $1.5 billion a year by 2010.”
A Vision: Create Energy Independence for the Great Lakes & America
Great Lakes Offshore Collaborative Overview
To create financial, social, and natural capital as we develop, finance, and disseminate data, information, knowledge and wisdom through the Great Lakes Offshore Wind Collaborative and Atlas
To create financial, social, and natural capital as we develop, finance, and disseminate data, information, knowledge and wisdom through the Great Lakes Offshore Wind Collaborative and Atlas
VisionVision
Create the GLOW Collaborative to involve Great Lakes’ stakeholders, 2007-2012• Catalyze technological breakthroughs in Offshore Technologies, 2008-2016• Create 21st Century Jobs for talented people in high demand
Create the GLOW Collaborative to involve Great Lakes’ stakeholders, 2007-2012• Catalyze technological breakthroughs in Offshore Technologies, 2008-2016• Create 21st Century Jobs for talented people in high demand
MissionMission
To create GLOW wind power projects on the most promising sites in the Great Lakes by engaging and empowering all stakeholders To create GLOW wind power projects on the most promising sites in the Great Lakes by engaging and empowering all stakeholders StrategyStrategy
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Great Lakes Offshore Wind Potential600/60,000MW of generation installed, worldwide
Majority in European waters.
U.S. D.O.E. estimates there is more than 900,000 MW of wind energy off our coasts[i], with 44,000 MW of offshore wind generating capacity within 5 miles of Michigan’s shorelines.[ii]
[i] A Framework for Offshore Wind Energy Development in the United Sates, Offshore Wind Collaborative Organizing Group, Massachusetts Technology Collaborative, US Department of Energy, and GE, http://www.masstech.org/offshore/final_09_20.pdf, accessed 2/9/06, p.2.
[ii] Pryor, S., Shahinian, M., and Stout, M., Offshore Wind Energy Development in the Great Lakes: a Preliminary Briefing Paper for the Michigan Renewable Energy Program, April, 2005, http://www.dleg.state.mi.us/mpsc/electric/capacity/cnf/othergen/offshorewindrept_apr2005.pdf, accessed 3/10/2006.
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Wind Industry• Fastest growing segment of renewable energy –
29% annual growth since 2001
• $23 billion dollar market in 2006
• Significant United States growth in Wind:–U.S. added 2,454MW of new wind in 2006
–70% of new 2006 projects in 5 RPS States (TX, WA, CA, NY, MN)
–Grown from 2,500MW in 99’ to 13,078MW in 07’
• U.S. is third worldwide in cumulative capacity (Germany #1 and Spain #2), but 2006 leader in newcapacity
• Significant additional U.S. growth potential: Wind is 0.8% of overall electricity consumption (vs. Germany at 7.0%, Spain at 8.8%, and Denmark at 21.4%)
20% Wind Power Stimulates 21st Century Technologies & Great Lakes’ Manufacturing Capacity
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Why Wind in Michigan!
1. California 12,7172. Ohio 11,6883. Texas 8,9434. Michigan 8,5495. Illinois 8,5306. Indiana 8,3177. Pennsylvania 7,6228. Wisconsin 6,9569. New York 6,54910. South Carolina 4,96411. North Carolina 4,66112. Tennessee 4,23313. Alabama 3,57114. Georgia 3,53215. Virginia 3,38616. Florida 3,37117. Missouri 3,23418. Massachusetts 3,21019. Minnesota 3,06420. New Jersey 2,920
Potential Wind Manufacturing JobsTop 20 States
Michigan’s ranks second in combined wind generation and manufacturing potential!
SOURCE: Renewable Energy Policy Project
Recent studies have ranked Michigan as high as 4th in wind potential.
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Turbine
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Manufacturing OpportunityDiversification:• NAICS Code Analysis: 1,973 MI Companies (Ranked 4th in Nation)• 27 companies in the wind industry and additional 95 “interested” pursuing• NextEnergy, through their 21st Century Jobs Fund Award, has developed a supplier
diversification program
– Training manual and curriculum
– Classes every quarter
– Arranging introductions and presentations with wind OEMs
• European licenses
Attraction:
• Developing relationships through NextEnergy and delivering value w/ MI supply chain
• New incentives
• Supply chain research and targeting
• Responding aggressively to opportunities
• Local market is the critical site decision factor for Wind Manufacturing OEM’s
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2009 Supply Chain Snapshot
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• Project Example: $17/mile to ship a 25 meter blade set• Manufacturing has tracked wind farm development
– IA (Siemens, Clipper, Acciona), PA (Gamesa), CO (Vestas), CA (Mitsubishi, GE), TX (EU Energy), MN (Suzlon)
– Europe: Germany/Denmark/Spain (Approx 71% wind market = 68% manufacturing locations)
• Attraction Project Feedback
Local Market Criteria
16 Foot DiameterTypically 85 Foot in Length
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20% = Economic Development & Jobs
40-140 jobs during construction per 100 MW (less for new projects)
6-10 permanent O&M jobs per 100 MW (average 10 per 100 MW)
Local construction and service industry – local contracts
Local benefits if local labor base has robust technical and construction resources
Multiplier effect: increased local income induces spending on other local goods and services
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20% = Economic Development Impact: Manufacturing
3000 manufacturing jobs per 1000 MW (REPP)
20% = 350,000 MW = > 1,000,000 New Manufacturing Jobs
The U.S. wind industry employs more than 2,000 people, and contributes to the economies of 46 states (AWEA)
In a mature wind market, these numbers are larger. The Danish Wind Manufacturers Association estimates:
wind power creates 22 direct and indirect jobs for each MW of installed capacity
5 jobs/MW (installation)
17 jobs/MW (manufacturing related)
Spanish company Gamesa is building new plant in PA, creating 1,000 new jobs over next 5 years and $40M in new investment
ND towers and blades are valuable state exports:- LM Glasfiber blade manufacturing plant
created 130 jobs, 20% of the ND lignite industry- DMI has towers installed in 12 states
Spanish company Gamesa is building new plant in PA, creating 1,000 new jobs over next 5 years and $40M in new investment
Wind Power Transforming Transportation With Electric Plug Ins & The “Hydrogen Economy”
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ReferencesInternational: United Nations, European Wind Energy Assn., Hydro Ontario, Environment Canada, Canadian Wind Energy Association, GE Wind, Vestas,
National: U.S. Depts. Of Energy, Commerce, Interior, Defense, Transportation, NOAA, NREL, FERC, EIA, EPA, NF&WLS, MMS, ACE; AWEA, NWCC/GLWCC,
MISO, PJM, ITC, ATC, Hydro One, AEP, CMS, DTE…
States: Great Lakes States’ Governors, Legislatures, LADCO, DEQs, DNRs, Energy Offices, Public Service/Utility Commissions, Commerce, MEDC
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ReferencesIndustrial Energy Associations & Coalitions
Great Lakes Universities and Colleges
Offshore Wind (GLOW) Collaborative and Atlas
Engineering Companies: Black & Veatch, STS, ABB,
GLREA, Wind Power Developers…
Investment Banks and Tax Equity Investors
Consultants and Law Firms