Solar power in Michigan

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Red-tailed hawk at University of Michigan NCRC solar array Red-tailed Hawk by the solar arrays.jpg
Red-tailed hawk at University of Michigan NCRC solar array

Solar power in Michigan has been growing in recent years due to new technological improvements, falling solar prices and a variety of regulatory actions and financial incentives. The largest solar farm in Michigan is Assembly Solar, completed in 2022, which has 347 MW of capacity. Small-scale solar provided 50% of Michigan solar electricity as recently as 2020 but multiple solar farms in the 100 MW to 200 MW range are proposed to be completed by the middle of the decade. Although among the lowest U.S. states for solar irradiance, Michigan mostly lies farther south than Germany where solar power is heavily deployed. Michigan is expected to use 120 TWh per year in 2030. To reach a 100% solar electrical grid would require 2.4% of Michigan's land area to host 108 GW of installed capacity. [1]

Contents

Michigan had over 759 MW of solar capacity in 2021. [2] December 2020 marked a high point with over 105 MW brought online in that month alone. December 2021 saw 110 MW added. [3] In 2016, solar provided only about 0.25% of all electricity. [4] This rose to 0.58% in 2021. [2]

Solar farms and arrays

The 347MW Assembly Solar Project is the largest in the state. Located in Shiawassee County, it began construction in 2019 and was completed in March 2022. [5] [6] [7]

In July 2012, Michigan's largest rooftop array, 977.6 kW, was installed in Canton on the IKEA store. [8] Ford Motor Company and DTE Energy built the largest solar plant in the state, a 1.04 MW solar car port at Ford's world headquarters in Dearborn, Michigan in 2015. [9] [10] In 2015, DTE built a 1.1 MW solar farm at Domino's Farms near Ann Arbor, slightly larger than the Ford carport. [11] The IKEA store announced an expansion of its existing array in 2015 to bring it to 1.2 MW. [12] A 1.95 MW solar farm at DTE's Greenwood Energy Center near St. Clair came online in January 2016. [13] Indiana Michigan Power, in November 2016, opened a 4.6 MW solar farm near Watervliet. [14] [15] In May 2017, DTE brought online two solar farms in Lapeer County: a 28.4 MW farm and a 19.6 MW solar farm. [16] These are the first large utility-scale solar farms in the state, with the larger covering 200 acres of land and the smaller one covering 100 acres. [17] In July 2017, DTE completed a 2MW solar farm built in a closed city park in Detroit. [18]

The 24 MW Delta solar farm opened in two phases in 2018, supplying power for the Lansing Board of Water and Light. [19] [20] Michigan State University built the largest solar car port project in North America, that covers 5000 parking spaces and has a total of 15 MW(DC) of power, completed in December 2017. [21] [22]

A 1.3 MW solar farm was built by American Municipal Power at a brownfield site in Coldwater and came online in February 2018. [23] [24] Flushing Schools built a 0.96 MW system spread over the roofs of seven school buildings, completed in 2019. [25] [26]

In December 2020, the 20 MW Temperance Solar, [27] 20 MW Bingham Solar, 15 MW Electric City Solar and the first 50 MW phase of Assembly Solar Farm were all brought online. [3]

In January 2021, Pine Gate Renewables brought 16 MW of solar power online in the form of eight separate 2 MW solar farms in Genesee and Saginaw counties. [28]

Fort Custer began construction in May 2015 of a 0.25 MW solar farm with plans for a second 0.3 MW farm later. [29] This is part of the U.S. military's renewable energy goals of 25% renewables by 2025. In 2017, a project was announced for Fort Custer that would be a microgrid consisting of a 1.375 MW diesel system, 0.720 MW solar PV array, and a 0.400 MW energy storage system. [30] Camp Grayling has a small 0.02 MW installation on one building roof while Selfridge Air National Guard Base had no solar power by 2014. Orion Renewable Energy Group, has proposed a 100 MW solar farm in SE Goodland Township in Lapeer County. [31]

Solar with battery storage

"Circuit West" is a thirteen-block microgrid test in Grand Rapids. It contains a 0.65MW array of 1,800 panels on the roofs of three buildings and a 500 kW-hr battery. [32]

Community solar

In 2015, several community solar projects were proposed. Consumers Power built a 3 MW solar farm at Grand Valley State University, completed April 2016, which became the largest solar farm in Michigan. [33] Consumers Power also built a 1 MW community solar project at Western Michigan University, completed in August 2016. [34] [35] Spartan Solar, a 1.2 MW installation in Cadillac, was built by Wolverine Power Cooperative in fall 2016, the largest solar plant in Northern Michigan. [36] A 0.3 MW community solar farm in East Lansing opened in January 2019 for Lansing Board of Water and Light. [37] [38] Escanaba approved a 1MW partly community solar installation near Delta County Airport to be online in 2018 [39]

Proposed and under construction

Pittsfield Township approves 20 MW Community Solar Project on 77 acres owned by Ann Arbor. [40]

A proposed 125 MW solar farm near Muskegon would also be among the largest in the state. [41] [42] Ranger Power's 149MW River Fork solar farm would be built in Sheridan Township, Calhoun County by mid-2021 and has an agreement with Consumers Energy. [43] [44] Ranger has also proposed a 200 MW farm in Montcalm County to be called Freshwater Solar. [45] The 200 MW Calhoun Solar Energy Center is proposed in 2019 by Invenergy for Convis Township in Calhoun County which signed an agreement with Consumers Power in March 2021. [46] [47] In 2019, Ann Arbor proposed a 20 MW solar farm on a closed landfill site. [48] In February 2020, Michigan State University's board approved a proposal to seek a 20 MW solar farm on 100 acres. [49] Traverse City is investigating a 10MW solar farm at the Cherry City Airport and a 1MW farm on a waste dump; nearby Acme Township is working on the 9MW Trailside Solar Farm. [50] A 150 MW solar farm to be built in Coldwater in Branch County was seeking planning approval in 2021. [51] Copper Country Power has an agreement to build solar farms on two former mining sites in the Upper Peninsula: Groveland Mine in Dickinson County, and 7 Mile Pit in Crawford County. [52] Superior Solar Project will be a 150 MW solar farm in Sands Township, Marquette County. [53] [54] White Tail Solar would be a 120 MW farm in Washtenaw County, [55] [56] A 100 MW solar project in Hart, Michigan will be online in 2023. [57]

Distributed solar

Distributed solar is not widely used in Michigan, with 14,446 installations. The total electric generation capacity of these installations was 124,749 kilowatts (kW) at the end of 2021. However, customer participation and installations are increasing quickly, with a 53% increase in capacity in 2019. [58] On Jan 21, 2023 Consumers Power agreed to double the cap on its distributed rooftop solar and legacy net metering program from 2% to 4%. Additionally, the rate at which the company credits rooftop solar customers for the excess power fed onto the grid will be based on power supply rates that factor in transmission costs. [59]

Large-scale solar plans

Despite having only reached 100 megawatts of installation statewide by 2018, thousands of megawatts have been proposed or included in planning documents. In response to DTE Energy filing a proposal for 2023 which included a 1.1GW natural gas plant with almost no new solar installations, renewable energy advocates proposed a plan with 1,100 megawatts of new solar capacity, 1,100 megawatts of wind, and 253 megawatts of demand response which they claimed would satisfy criteria at a lower cost. [60] The state panel backed the DTE proposal in April 2018.

In 2017, Cypress Creek Renewables announced plans to build 2,600MW of solar plants in Michigan but has received no contracts from the 2 major power companies. [61] Cypress Creek has filed complaints, in 2018, against DTE and Consumers Power for failing to comply with the PURPA law. [62] In August 2019, Consumers Power proposed to allow 584 MW to connect to the grid by September 2023. This was almost four times the entire state total for solar power at the time of the proposal. They also propose accepting as much as 3000 MW to be connected to the grid at a lower purchase price per kilowatt hour over a longer timeframe. The proposal would need approval from the state electrical rate board. [63] In September 2019, the Michigan Public Service Commission approved the settlement. [64]

In June 2018, Consumers Power announced a plan detailing changes from now until 2040 that would see it close all coal plants, use only natural gas for 10% of current needs and have the majority of its power supplied by solar. This would require building 6,200MW of solar as well as using 450MW of battery storage. [65] In 2020, Consumer Power expanded on this plan by announcing it would become carbon neutral. [66]

In September 2019, DTE Energy announced it was seeking bids for 25 to 200 megawatts of electricity from solar projects to be online between 2021 and 2023. [67]

Solar power in Michigan

Solar industry

Michigan was ranked 14th among U.S. states for solar jobs in 2013. [68]

In 2002, Stanford R. Ovshinsky built a factory in Auburn Hills, Michigan to build low cost Uni-Solar panels using amorphous semiconductors that generate power in diffuse light. [69] Uni-Solar became the second largest manufacturer of thin film solar cells, after First Solar, and a developer of solar shingles before going bankrupt in 2012. [70] [71]

Suniva opened a solar panel factory in Saginaw, Michigan in 2014, capable of producing 200MW of panels per year. [72] Suniva closed its Michigan plant in March 2017 and later filed for bankruptcy.

Government policy

The Government of Michigan has taken a variety of actions in order to encourage solar energy use within the state. On 28 Nov 2023 Gov. Whitmer signed bills to transition Michigan to clean energy by 2040. The new laws also give the state the authority to override local decisions to allow farmers and property owners to house wind & solar projects on their land. State’s control over wind & solar projects will allow energy companies to avoid the bitter local zoning battles that have doomed such projects in the past. (https://www.bridgemi.com/michigan-government/whitmer-signs-energy-bills-make-michigan-use-clean-energy-2040)

On November 20, 2019, Governor Whitmer signed legislation exempting rooftop solar & alternative energy systems up to 150 kW from property tax assessment. [73]

Net metering

The state had a net metering program that allowed installations of up to 20 kW of on-site electrical generation to continuously roll over any excess generation to the next month. Participation was limited to 0.75% of utilities peak demand the prior year. [74] Peak demand for the state for 2011 was 21,477 MW. [75]

In 2018, the net metering program was ended (with those already enrolled getting a 10-year grandfather term). The new inflow/outflow system will require new customers to pay full price for all electricity going in and receiving a credit based on avoided cost to the utility for electricity going out to the grid. Each utility will have to set this price in its rate case which must be approved by the Michigan Public Service Commission. Bills were introduced into the state house within weeks to alter this system as favoring large utilities over solar owners. [76] Co-op electrical providers are not covered by the same rules but some moved to alter their rates after the state board's ruling.

Renewable portfolio standard

The state adopted a Renewable Portfolio Standard (RPS) in 2008 which required that 10% of Michigan's electricity come from renewable resources by 2015. [77] This standard was met mostly by wind power. A program to add 2 MW of distributed solar by Consumers Energy customers was reached in two weeks, and the state directed the company to offer another 2 MW at a cost not to exceed $20 million. [78]

In December 2016, a new energy policy was adopted which calls for 12.5% renewable power by 2019 and 15% by 2021. It further calls for power suppliers to "obtain at least 35% of the State's electric needs through energy waste reduction and renewable energy by 2025." [79]

Before the 2018 election, a referendum calling for "30% by 2030" was circulating. In response, DTE and Consumers Power promised at least 50% consisting of 25% actual renewables and 25% efficiency and demand reduction. [80] The referendum's backers including Tom Steyer then stopped its campaign. [81]

In September 2020, Gov. Whitmer signed an executive order for "statewide decarbonization by 2050." [82] Bills were introduced in January 2020 to require all of Michigan utilities' energy generation be renewable by 2050. [83]

Statistics

Michigan Grid-Connected PV Capacity (MW) [84] [85] [86] [87] [88] [89] [90] [91] [92] [93] [2]
YearCapacityChange % Change
20070.4
20080.4
20090.70.375%
20102.61.9271%
20118.86.2238%
201219.911.1126%
201322.62.714%
201427.24.620%
2015NANA
201637.5
2017113.576203%
20181534035%
20191883523%
2020290.7102.755%
2021758.8468.1261%
20221,003244.232%
Utility-scale solar generation in Michigan (GWh) [94]
YearTotalJanFebMarAprMayJunJulAugSepOctNovDec
20169000111111111
201763011261111109642
20181193411131314181512934
2019143511131414161918121155
202015558111417212018141188
2021458212642445149504842322726
2022154384672

Largest farms

Solar farms in Michigan with over 0.5 MW of capacity
NameLocationSize (MW)Notes
Assembly Solar Farm Shiwassee County 346.9239 MW(AC), completed March 2022 [7]
Calhoun Solar Calhoun County 260.0200 MWac, 2023 [95]
Cereal City Solar Battle Creek 100.0
DeMille Solar Farm Lapeer County 28.4DTE
Delta Solar I and II Eaton County 24.0Lansing Board of Water & Light
Bingham Solar Clinton County 20.0
Blue Elk III Solar Eaton Rapids 20.0 [96] [97]
Blue Elk IV Solar Adrian 20.0
Blue Elk III Solar Genesee 20.0 [96] [98]
Cement City Solar Cement City 20.0
Greenstone Solar Coldwater 20.0
Lyons Road Solar Shiawassee County 26.820.0 MW (AC) [99]
MacBeth Solar Muskegon County 26.820.0 MW (AC) [100] [101]
Midcontinent Solar Owosso 20.0 [96] [97]
Pullman Solar Allegan County 20.0 [96] [97]
Temperance Solar Monroe County 20.0 [27]
Turrill Solar Farm Lapeer County 19.6DTE
Electric City Solar Sturgis 15.0
Letts Creek Solar Grass Lake 15.0 [97]
Spartan PV 1 East Lansing 10.5Michigan State University carports
Pickford SolarPickford6.9Cloverland Electric Coop / Heritage Sustainable Energy
Byrne Solar Farm Detroit 5.0 [96]
Watervliet Watervliet 4.6Indiana Michigan Power
Solar Garden 1 Grand Valley State University 3.0Consumers Energy, community solar [102]
O'Shea Solar Farm Detroit 2.0DTE Energy
Angola Solar Farm2.0 [103]
Bullhead Solar Project Hillsdale County 2.0Consumers Power [104]
Captain Solar Farm Genesee County 2.0Consumers Power
Coldwater Solar Farm Genesee County 2.0Consumers Power
Interchange Solar Farm Genesee County 2.0Consumers Power
Geddes 1 Solar Farm Saginaw County 2.0Consumers Power
Geddes 2 Solar Farm Saginaw County 2.0Consumers Power
Hazel Solar Farm Montcalm County 2.0Consumers Power
Hendershot Solar Farm Lenawee County 2.0Consumers Power
Jack Francis Solar Farm Genesee County 2.0Consumers Power
May Shannon Solar Farm Genesee County 2.0Consumers Power
Stoneheart Solar Farm Saginaw County 2.0Consumers Power
M-72 West SolarTraverse City2.0Traverse City Light & Power / Heritage Sustainable Energy
Greenwood Energy Center Avoca 1.95DTE Energy [105]
Garden 2 Solar1.4DTE Energy
Lakeshore Die Cast Solar Berrien County 1.4Lakeshore Die Cast
Canton IKEA Canton 1.22

[106] [107]

Coldwater Solar Coldwater 1.20American Municipal Power [108]
Spartan Solar Cadillac 1.20Wolverine Power, community solar [109]
Stateline Farms Solar Morenci 1.21.0 MWAC, Wolverine Power Cooperative [110]
Gerken Paving Solar Lenawee 1.21.0 MWAC, Wolverine Power Cooperative [110]
Harvest Solar Lenawee Lenawee 1.21.0 MWAC, Wolverine Power Cooperative [110]
Domino's Farms Ann Arbor1.08DTE Energy SolarCurrents
Ford World Headquarters Dearborn1.04DTE Energy SolarCurrents
M-72 East SolarTraverse City1.0Traverse City Light & Power [111] / Heritage Sustainable Energy
Western Michigan University Kalamazoo 1.0Consumer Energy Solar Gardens program
GM Warren Transmission Warren 0.9DTE Energy SolarCurrents [112]
Highland Cemetery Ypsilanti 0.84 [113]
McPhail Wixom 0.82DTE Energy SolarCurrents [114]
Bissell Solar and Battery0.8with 0.3 MW battery, Consumers Power
Romulus Solar Romulus 0.75DTE Energy SolarCurrents
University of Michigan Ann Arbor 0.67DTE Energy SolarCurrents, 2 locations [115]
Thumb Solar Caro 0.66DTE Energy SolarCurrents
Circuit West Grand Rapids 0.65Consumers Power, with 500 kW-hr battery
Heliotek Holland 0.525 [116]
GM Detroit-Hamtramck Assembly Hamtramck 0.5DTE Energy SolarCurrents [117]
Ford Michigan Assembly Wayne 0.5DTE Energy SolarCurrents
Hartland Schools Hartland 0.5DTE Energy SolarCurrents
Liepprandt Orchard Pigeon 0.5DTE Energy SolarCurrents [118]
Monroe County Community College Monroe 0.5DTE Energy SolarCurrents
Indian Springs Metropark White Lake 0.5DTE Energy SolarCurrents
Riopelle FarmsHarbor Beach0.5DTE Energy SolarCurrents
St. Clair RESAMarysville0.5DTE Energy SolarCurrents
Sisters, Servants of the Immaculate Heart of Mary Monroe0.5DTE Energy SolarCurrents
Brownstown Solar Taylor 0.5DTE Energy SolarCurrents
Wil Le FarmsBad Axe0.5DTE Energy SolarCurrents

See also

Related Research Articles

DTE Electric Company was founded in 1886.

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References

  1. "Michigan Renewable Resource Assessment - Final Report" (PDF).
  2. 1 2 3 "Michigan Solar". Solar Energy Industries Association (SEIA). Retrieved March 16, 2021.
  3. 1 2 "Table 6.3. New Utility Scale Generating Units by Operating Company, Plant, and Month, Electric Power Monthly, U.S. Energy Information Administration".
  4. "Michigan Solar".
  5. Proposed Shiawassee solar farm would cover 1,200 acres in two townships, mlive.com, October 16, 2018
  6. Assembly Solar Project construction moves ahead, GREYSON STEELE, Argus-Press, Jul 20, 2020
  7. 1 2 McCarthy Completes Construction of Michigan's Largest Solar Farm in Shiawassee County, Michigan, March 30, 2022
  8. "Mich.'s Largest Solar Array Plugged In Atop IKEA". Engineering News-Record. February 8, 2017.
  9. DTE plans big solar power project with Domino's Farms in Ann Arbor Township, Crain's Business Detroit, Jay, Greene, May 15, 2015
  10. Ford, DTE Energy to build Michigan's largest solar array, DTE, Aug 14, 2014
  11. Michigan's largest solar panel installation taking shape outside Ann Arbor, mlive.com, Ryan Stanton, May 14, 2015
  12. IKEA to Increase Size of Michigan's Largest Rooftop Solar Array by Approximately 25% Atop Detroit-Area Store in Canton, MI, Business Wire, December 03, 2014
  13. Solar power projects heat up across Michigan, Capital News Service, Colleen Otte, December 4, 2015
  14. Indiana Michigan Power Planning Solar Power Facility Near Watervliet, WSJM, January 5, 2016
  15. Indiana Michigan Power Watervliet solar plant goes online, pvtech, Danielle Ola, November 14, 2016
  16. DTE Energy announces biggest solar project yet, Michigan Radio, Sarah Cwiek, December 21, 2015
  17. DTE Energy building two solar sites planned to be largest in Michigan, mlive.com, Dominic Adams, December 21, 2015
  18. DTE Building 2 MW Solar Project On Blighted Land In Detroit, Solar Industry, March 30, 2016
  19. BWL Starts Construction on Delta Township Solar Array, Kevin Lavery, WKAR, Aug 29, 2017
  20. Solar power plant holds ribbon cutting in Grand Ledge, WILX
  21. MSU trustees approve largest solar array in Michigan, Detroit Free Press, from Lansing State Journal, RJ Wolcott, September 11, 2015
  22. Alterra Power Announces Amendment of Power Purchase Agreement for Michigan Solar Project, CNW Group, Dec 22, 2016
  23. Six years late, work starts on solar farm, The Daily Reporter, August 28, 2017
  24. Solar farm could begin construction in August, The Daily Reporter, July 17, 2015
  25. It Starts With The Kids: Michigan Schools Part Of Trend To Save $$ With Solar Project, Clean Technica, Carolyn Fortuna, March 31, 2018
  26. Standard Solar installs nearly 1 MW of solar for Flushing Community School District, Solar Power World, Kelsey Misbrener, August 22, 2019
  27. 1 2 Firm begins work on solar farm in Erie, Monroe News, Dean Cousino, June 19, 2020
  28. Pine Gate Renewables completes 8 solar projects across Michigan, Solar Power World, Billy Ludt, January 8, 2021
  29. More than 700 solar panels installed at Fort Custer Training Center, mlive, May 15, 2015
  30. Eaton To Assist U.S. Department Of Defense Microgrid Demo Project, Solar Industry, Joseph Bebon, April 5, 2017
  31. "$100-million solar farm could be coming to Lapeer County". March 15, 2022.
  32. Consumers Energy Dedicates First Ever Solar, Battery Storage Systems on Grand Rapids' West Side, January 24, 2019
  33. Ground broken for solar farm near GVSU campus, WZZM, October 2, 2015
  34. Consumers Energy builds solar power plant in WMU business park, mlive, August 15, 2016
  35. Solar Gardens, Consumers Energy, accessed April 29, 2016
  36. Wolverine to Add Largest Solar Array in Northern Michigan, PRNewswire, September 27, 2016
  37. New solar park in East Lansing goes on line, Ken Palmer, Lansing State Journal, January 23, 2019
  38. Community Solar Parks to be Developed in Cities of East Lansing and Lansing, FOX 47 News, November 3, 2015
  39. Solar farm becoming a reality in Escanaba, TV6 FoxUP, May 28, 2018
  40. Mlive.com, December 9, 2021
  41. Muskegon State regulations slow plans for proposed Muskegon County solar farm, mlive, Oct 16, 2019
  42. Two large-scale renewable energy projects planned in West Michigan, mibiz, 15 September 2018
  43. Southern Michigan solar farm inks power deal with Consumers Energy, mlive.com, September 10, 2019
  44. $150M Calhoun County solar energy center gets local approval, Brooks Hepp, Battle Creek Enquirer, Nov. 18, 2019
  45. Project: Freshwater Solar 1,200-acre commercial solar farm proposed for northeastern Montcalm County, The Daily News, Cory Smith, January 12, 2020
  46. Consumers Energy to get more renewable power through Calhoun County solar project, Fox17 News, March 11, 2021
  47. 1200-acre solar energy center proposed in Convis Township could be one of the largest in Michigan, Brooks Hepp, Battle Creek Enquirer, July 29, 2019
  48. Pittsfield planning commission recommends solar farm approval, mlive, Feb 22, 2020
  49. A 100-acre solar array will save MSU money, increase renewable energy use, Mark Johnson, Lansing State Journal, Feb. 14, 2020
  50. [https://www.traverseticker.com/news/multiple-solar-projects-on-deck/ Multiple Solar Projects On Deck[, Traverse Ticker, Beth Milligan, July 22, 2020
  51. Coldwater Solar Farm will have economic impact, Monroe News, Don Reid, January 7, 2021
  52. 2 former Michigan mine sites to be repurposed as solar power operations, mlive, September 28, 2020
  53. Zoning for Superior Solar Project approved in Sands Township, UPMichigan.com
  54. Superior Solar Project, official website
  55. White Tail Solar, official site
  56. White Tail Solar Changes Plans in Augusta While Moving Forward In York, The Sun Times News, March 8, 2021
  57. Shift by Holland, Zeeland means more solar energy for customers, Carolyn Muyskens, The Holland Sentinel, June 19, 2021
  58. Net Metering & Solar Program Report For Calendar Year 2019, Michigan Public Service Commission, December 2020
  59. "Consumers Energy OK'd to raise electric rates, must double rooftop solar". mlive.com. January 20, 2023.
  60. Solar Industry Tries to Stop a New 1.1GW Gas Plant in Michigan, gtm, Julian Spector January 18, 2018
  61. Energy developers unclear of role as Consumers plans major shift toward solar, mibiz, Andy Balaskovitz, 7 July 2018
  62. Solar firms complain to state over DTE's refusal to strike power contracts, Crain's Business Detroit, Jsy Greene, April 20, 2018
  63. Consumers Energy proposes settlement for solar developers in Michigan, Crain's Business Detroit, Jay Greene, August 13, 2019
  64. Michigan poised to nearly quadruple its solar power capacity, Michigan Radio, Tracy Samilton, September 13, 2019
  65. Consumers Energy reveals details of solar deployment in IRP, pv magazine usa, John Weaver, June 21, 2018
  66. Consumers Energy makes first-in-nation goal of "net zero carbon emissions" by 2040, Tracy Samilton, Michigan Public Radio, Feb 24, 2020
  67. DTE to request bids for solar and wind projects, Evan James Carter, The Detroit News, September 16, 2019
  68. State Solar Jobs, the Solar Foundation
  69. "Functionality of the UNI-SOLAR® PV Cells". solarintegrated.com.
  70. "Solar Ideas & Information for Homeowners - Modernize". Modernize.
  71. UNI-SOLAR Brand Debuts First Ever, UL-Approved, Standard-Production Residential Solar Module Roof Shingle
  72. Suniva Starts Construction on 200 MW Solar Factory in Michigan, CleanTechnica, Zachary Shahan, August 15, 2014
  73. "Gov. Whitmer Signs Solar Energy Legislation at Michigan EIBC Gala in East Lansing". November 19, 2019.
  74. "Michigan - Net Metering" . Retrieved May 23, 2012.
  75. Semiannual Projections of Energy Supply and Demand Winter Outlook 2011- 2012 Archived 2012-05-26 at the Wayback Machine
  76. Michigan solar owners hit with 'unfair rates' under ruling, reps say, mlive, April 24, 2018
  77. "Renewable Energy Standard". July 3, 2007. Retrieved May 23, 2012.
  78. "Michigan PSC Directs Consumers Energy to Expand Solar Program".
  79. Michigan Calls For 15% Renewable Electricity By 2021, CleanTechnica, Roy L Hales, December 19, 2016
  80. DTE, Consumers pledge 50% clean energy, heading off ballot initiative , Utility Dive, May 21, 2018
  81. Michigan utilities concede to 25% renewable energy by 2030, pv magazine, Christian Roselund, May 21, 2018
  82. Governor Whitmer Announces Bold Action to Protect Public Health and Create Clean Energy Jobs by Making Michigan Carbon-Neutral by 2050, michigan.gov, September 23, 2020
  83. https://housedems.com/article/rabhi-chang-propose-all-renewable-electricity-2050
  84. Net Metering & Solar Program Report For Calendar Year 2014, Michigan Public Service Commission, August 2015 pg. 13
  85. Sherwood, Larry (August 2012). "U.S. Solar Market Trends 2011" (PDF). Interstate Renewable Energy Council (IREC). p. 16. Archived from the original (PDF) on September 6, 2012. Retrieved August 16, 2012.
  86. Sherwood, Larry (June 2011). "U.S. Solar Market Trends 2010" (PDF). Interstate Renewable Energy Council (IREC). p. 20. Retrieved June 29, 2011.
  87. Sherwood, Larry (July 2010). "U.S. Solar Market Trends 2009" (PDF). Interstate Renewable Energy Council (IREC). p. 23. Archived from the original (PDF) on September 25, 2010. Retrieved July 28, 2010.
  88. Sherwood, Larry (July 2009). "U.S. Solar Market Trends 2008" (PDF). Interstate Renewable Energy Council (IREC). p. 16. Archived from the original (PDF) on November 23, 2009. Retrieved July 24, 2010.
  89. Sherwood, Larry (July 2012). "U.S. Solar Market Trends 2012" (PDF). Interstate Renewable Energy Council (IREC). p. 16. Retrieved October 11, 2013.
  90. Sherwood, Larry (July 2014). "U.S. Solar Market Trends 2013" (PDF). Interstate Renewable Energy Council (IREC). Retrieved September 26, 2014.
  91. 2013 Michigan Installed Solar PV pg. 15
  92. "Michigan Solar" (PDF). Solar Energy Industries Association (SEIA). Fourth Quarter 2019. Retrieved May 5, 2020.
  93. State Solar Spotlight - Michigan, SEIA, December 2020
  94. "Electricity Data Browser". U.S. Department of Energy. March 28, 2018. Retrieved October 11, 2021.
  95. Invenergy plugs in 200-MW solar power plant in Michigan, Renewable Now, July 21, 2023
  96. 1 2 3 4 5 "Table 6.3. New Utility Scale Generating Units by Operating Company, Plant, and Month, 2016, Electric Power Monthly, U.S. Energy Information Administration, February, 2024" . Retrieved April 18, 2024.
  97. 1 2 3 4 Major Solar Projects List, Solar Energy Industries Association, accessed April 18, 2024
  98. Major Solar Projects List, Solar Energy Industries Association, accessed April 18, 2024
  99. Renergetica attended another public hearing for 200-acre solar farm in Caledonia Township (MI), copy of Caledonia ZBA delays solar site again, The Argus-Press,Greyson Steele, August 8, 2019
  100. MacBeth Solar and Lyons Road Solar under construction in Michigan, SolarBuilder, January 6, 2022
  101. Muskegon County solar farm being built to power 3,400 homes annually, mLive, January 07, 2022
  102. Consumers Energy Starts Operating First Community Solar Power Plant at Grand Valley State University, Consumers Energy, April 18, 2016
  103. Electric Power Monthly, U.S. Energy Information Administration, February 2022
  104. Ways clean technology improves daily life, Nancy Hastings, Hillsdale Daily News, March 9, 2021
  105. DTE Energy opens solar energy facilities in three Michigan communities, PRNewswire, Feb. 4, 2016
  106. IKEA to increase size of Michigan's largest rooftop solar array by approximately 25% atop Detroit-area store in Canton, MI, IKEA Corporate News, December 3, 2014
  107. Michigan's Largest Solar Array Now Plugged In Atop IKEA Canton, CBS Detroit, July 10, 2012
  108. News, Spartan Solar, January 19, 2017
  109. Solar farm operating, The Daily Reporter, January 6, 2018
  110. 1 2 3 Harvest Energy Solutions provides 3 MWac of solar to Michigan utility, Solar Power World, Billy Ludt, December 27, 2018
  111. M72 Solar Project
  112. DTE opens solar array at GM facility in Warren, Crain's Business Detroit, October 28, 2016
  113. Highland Cemetery, SolarYpsi
  114. DTE is busy growing solar panel field beside I-96, DetroitFree Press, March 10, 2014
  115. "DTE Energy - Project Map". DTE Energy.
  116. Peter Venlet. "HelioTek, LLC - Holland, MI - Home".
  117. DTE Energy SolarCurrents Utility-Owned Program Aggregate Output, accessed July 11, 2012
  118. "DTE Energy - Project Map". DTE Energy.