Peetz Table Wind Energy Center

{{Infobox power station

| name = Peetz Table Wind Complex

| name_official =

| image =

| image_size =

| image_caption =

| image_alt =

| location_map_size =

| location_map_caption =

| coordinates = {{coord|40|57|03|N|103|09|19|W|type:landmark|display=inline,title}}

| coordinates_ref =

| country = United States

| location = Logan County, Colorado

| status = Operational

| construction_began =

| commissioned = 2001, 2007

| decommissioned =

| cost =

| owner = NextEra Energy Resources
ArcLight Capital Partners

| operator =

| ps_units_operational = 300 turbines

| ps_units_manu_model = NEG Micon NM52 0.9 MW / GE SLE 1.5 MW

| wind_hub_height =

| wind_rotor_diameter =

| wind_rated_speed =

| wind_farm_type = Onshore

| wind_site_elevation =

| wind_site_usage =

| wind_site_area =

| ps_electrical_capacity = 430.2 MW

| ps_electrical_cap_fac = 33.1% (average 2008-2021)

| ps_annual_generation= 1,249 GW·h

| website =

| extra =

}}

The Peetz Table Wind Complex is a 430.2 megawatt (MW) wind facility in Logan County west of the town of Peetz in northeastern Colorado. The first 29.7 MW phase of construction called Peetz Table Wind, also known as Ridge Crest Wind, became the largest wind farm in the state upon its completion in 2001.{{cite web |title=Peetz Table Wind |url=http://www.edf-re.com/project/peetz-table-wind/ |accessdate=2019-03-02 |publisher=EDF Renewables }} A second 400.5 MW construction phase, including the 201 MW Logan Wind Energy Center and the 199.5 MW Peetz Table Wind Energy Center, reclaimed the distinction upon its completion in 2007.{{cite web |title=Logan Wind Energy Center |url=http://www.nexteraenergyresources.com/pdf_redesign/logan.pdf |accessdate=2019-03-02 |publisher=NextEra Energy Resources }}{{cite web |title=Peetz Table Wind Energy Center |url=http://www.nexteraenergyresources.com/pdf_redesign/peetztable.pdf |accessdate=2019-03-02 |publisher=NextEra Energy Resources }}

==Facility details==

The Peetz Table is a plateau which provides access along its southern edge in Colorado to some of the best wind resources on the High Plains, according to data from the United States Department of Energy.{{Cite web |url=http://windexchange.energy.gov/maps-data/15 |title=Colorado 80-Meter Wind Resource Map |publisher=US DOE |accessdate=March 28, 2019}}

The first phase was developed by the European firm EDF Energy in 2001. It occupies farmland about two miles southwest of the small town of Peetz. It consists of 33 NEG Micon NM52/900 wind turbines that are each rated at 0.9 MW.{{Cite web |url=https://www.thewindpower.net/windfarm_en_2911_peetz-table.php |title=Peetz Table |publisher=thewindpower.net |accessdate=March 28, 2019}} At a total capacity of 29.7 MW, it was the largest wind farm in the state, surpassing the 25.3 MW Ponnequin Wind Farm which had been previously built up starting in the late 1990s.{{Cite web |url=https://www.xcelenergy.com/energy_portfolio/electricity/power_plants/ponnequin |title=Ponnequin Wind Farm |publisher=Xcel Energy |accessdate=March 28, 2019}}

NextEra Energy Resources developed and constructed the second phase in 2007 as one of the largest wind projects in the United States.{{cite news |title=Work begins on wind farm project |url=http://www.bizjournals.com/denver/stories/2007/05/14/daily29.html |accessdate=2013-08-09 |newspaper=Denver Business Journal |date=2007-05-16 }} The twin 200 MW units occupy the remainder of the plateau to the west of Peetz and south of the Nebraska border. It consists of 267 GE Energy 1.5SLE turbines rated at 1.5 MW.{{Cite web |url=https://www.thewindpower.net/windfarm_en_2903_peetz-table-(3q).php |title=Peetz Table (3Q) |publisher=thewindpower.net |accessdate=March 28, 2019}}{{Cite web |url=https://www.thewindpower.net/windfarm_en_2902_peetz-table-(4q).php |title=Peetz Table (4Q) |publisher=thewindpower.net |accessdate=March 28, 2019}}

In 2007, it was projected that the facility would have approximately 20 full-time employees when completed.

Electricity production

class=wikitable style="text-align:center; font-size:0.9em; width:700px;"

|+Peetz Table Wind Energy Center Generation (MW·h)

YearPeetz Table
Ridge Crest
(29.7 MW) {{cite web |url=http://www.eia.gov/electricity/data/browser/#/plant/55741/?freq=M&pin= |title=Ridge Crest, Annual |work=Electricity Data Browser |publisher=Energy Information Administration |accessdate=January 8, 2023}}
Logan Wind
Energy Center
(201 MW) {{cite web |url=http://www.eia.gov/electricity/data/browser/#/plant/56613/?freq=M&pin= |title=Logan, Annual |work=Electricity Data Browser |publisher=Energy Information Administration |accessdate=January 8, 2023}}
Peetz Table Wind
Energy Center
(199.5 MW) {{cite web |url=http://www.eia.gov/electricity/data/browser/#/plant/56563/?freq=M&pin= |title=Peetz Table, Annual |work=Electricity Data Browser |publisher=Energy Information Administration |accessdate=January 8, 2023}}
Total Annual MW·h
2001

| 9,876* || - || -

! 9,876

2002

| 79,019 || - || -

! 79,019

2003

| 77,109 || - || -

! 77,109

2004

| 78,301 || - || -

! 78,301

2005

| 76,244 || - || -

! 76,244

2006

| 82,464 || - || -

! 82,464

2007

| 76,890 || 132,286* || 220,714*

! 429,890

2008

| 82,360 || 646,366 || 694,061

! 1,422,787

2009

| 73,706 || 612,446 || 640,107

! 1,326,259

2010

| 72,974 || 582,146 || 618,408

! 1,273,528

2011

| 78,715 || 626,928 || 656,697

! 1,362,340

2012

| 74,794 || 600,783 || 648,557

! 1,324,134

2013

| 77,923 || 613,444 || 667,118

! 1,358,485

2014

| 76,354 || 592,088 || 618,722

! 1,287,164

2015

| 64,652 || 510,876 || 545,244

! 1,120,772

2016

| 79,739 || 592,579 || 616,321

! 1,288,639

2017

| 71,153 || 575,625 || 603,917

! 1,250,695

2018

| 67,749 || 493,865 || 548,243

! 1,109,857

2019

| 64,623 || 416,874 || 508,415

! 989,912

2020

| 71,721 || 557,388 || 672,737

! 1,301,846

2021

| 60,859 || 388,141 || 623,653

! 1,072,653

colspan=4|Average Annual Production (years 2008-2021) --->1,249,143
colspan=4|Average Capacity Factor (years 2008-2021) --->33.1%

(*) partial year of operation

See also

{{stack|{{Portal|Colorado|Weather|Renewable energy}}}}

References

{{Reflist}}