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The Mendota Hills Wind Farm was commissioned in the year 2003.
Answer: True
Explanation: The Mendota Hills Wind Farm was commissioned in 2003, with its official online date being November 24, 2003.
Leeward Renewable Energy is the original developer of the Mendota Hills Wind Farm.
Answer: False
Explanation: While Leeward Renewable Energy is the current owner, the original developer of the Mendota Hills Wind Farm was Navitas Energy.
Navitas Energy, based in Chicago, developed the Mendota Hills Wind Farm.
Answer: False
Explanation: Navitas Energy was the original developer; however, the provided information indicates their base was Minneapolis, Minnesota, not Chicago.
Construction of the wind farm was completed in June 2003.
Answer: False
Explanation: Construction commenced in June 2003, but the wind farm was commissioned and officially began operation on November 24, 2003.
Mendota Hills was the first large-scale wind farm built in Illinois.
Answer: True
Explanation: The Mendota Hills Wind Farm holds the distinction of being the first utility-scale wind farm established within the state of Illinois.
The 'See also' section suggests related topics include other wind farms and general energy concepts.
Answer: True
Explanation: The 'See also' section of the source material lists related topics such as other wind farms and broader concepts within renewable energy, providing context for the Mendota Hills Wind Farm.
Wikimedia Commons contains information about the wind farm's financial performance.
Answer: False
Explanation: Wikimedia Commons primarily hosts media files, such as photographs, related to the Mendota Hills Wind Farm, not detailed financial performance data.
The Mendota Hills Wind Farm is currently inactive.
Answer: False
Explanation: The Mendota Hills Wind Farm is currently active and operational, generating electricity.
The image caption 'Three of the turbines at Mendota Hills Wind Farm.' refers to the original turbine count.
Answer: False
Explanation: The image caption merely describes the visual content and does not refer to the original turbine count (which was 63) or the current count (29).
What was the official year the Mendota Hills Wind Farm began operation?
Answer: 2003
Explanation: The Mendota Hills Wind Farm commenced operations in 2003.
Which company developed the Mendota Hills Wind Farm?
Answer: Navitas Energy
Explanation: Navitas Energy was the original developer of the Mendota Hills Wind Farm.
What distinction did the Mendota Hills Wind Farm achieve in Illinois?
Answer: It was the first utility-scale wind farm in the state.
Explanation: The Mendota Hills Wind Farm holds the distinction of being the first utility-scale wind farm established within the state of Illinois.
The coordinates provided for the wind farm serve what purpose?
Answer: To pinpoint the exact geographical location.
Explanation: The provided geographical coordinates (latitude and longitude) serve to precisely identify and locate the Mendota Hills Wind Farm on a map.
What does the source suggest is available on Wikimedia Commons regarding the Mendota Hills Wind Farm?
Answer: Media files, such as photographs.
Explanation: The source indicates that Wikimedia Commons hosts media files, primarily photographs, related to the Mendota Hills Wind Farm.
What does the 'commission date' signify for the wind farm?
Answer: The date the wind farm officially started operating.
Explanation: The commission date marks the official commencement of the wind farm's operational phase, signifying when it began generating and supplying electricity.
The original configuration of the wind farm featured fewer, but larger capacity turbines compared to the current setup.
Answer: False
Explanation: The original configuration featured *more* turbines (63) with *smaller* individual capacities (800 kW each), whereas the current setup has fewer turbines (29) with larger individual capacities (2.625 MW each).
The original Gamesa G52 turbines were approximately 52 meters tall.
Answer: False
Explanation: The original Gamesa G52 turbines were approximately 65 meters (214 feet) tall. The 52-meter figure refers to their rotor diameter.
Each original wind turbine cost approximately $10 million.
Answer: False
Explanation: Each of the original Gamesa G52-800 kW wind turbines had an approximate cost of US$1 million.
The original wind turbines had three blades, each measuring approximately 83 feet long.
Answer: True
Explanation: The original Gamesa G52 turbines were equipped with three blades, each measuring approximately 83 feet (25.91 meters) in length.
The rotors of the original turbines spun at a speed of approximately 50 revolutions per minute.
Answer: False
Explanation: The rotors of the original Gamesa G52 turbines operated at a speed of approximately 25 revolutions per minute (rpm).
What was the original number of wind turbines at the Mendota Hills Wind Farm?
Answer: 63
Explanation: The original configuration of the Mendota Hills Wind Farm featured 63 wind turbines.
What was the approximate height of the original Gamesa G52 wind turbines?
Answer: 65 meters
Explanation: The original Gamesa G52 turbines stood approximately 65 meters (214 feet) tall. The 52-meter figure refers to their rotor diameter.
What was the approximate cost of each *original* wind turbine at Mendota Hills?
Answer: US$1 million
Explanation: Each of the original Gamesa G52-800 kW wind turbines had an approximate cost of US$1 million.
What was the approximate rotor diameter of the original Gamesa G52 turbines?
Answer: 52 meters
Explanation: The original Gamesa G52 turbines featured a rotor diameter of approximately 52 meters (171 feet).
Currently, the Mendota Hills Wind Farm operates 63 wind turbines.
Answer: False
Explanation: The current configuration of the Mendota Hills Wind Farm operates 29 wind turbines, a reduction from its original 63 turbines.
The wind turbines currently installed at Mendota Hills are identified as SiemensGamesa G126 models.
Answer: True
Explanation: The wind turbines installed during the 2019 upgrade at Mendota Hills are SiemensGamesa G126 models.
Each wind turbine at Mendota Hills has a nameplate capacity of 800 kW.
Answer: False
Explanation: The 800 kW capacity refers to the *original* Gamesa G52 turbines. The *current* SiemensGamesa G126 turbines each have a nameplate capacity of 2.625 MW.
The reconfiguration in 2019 involved replacing older turbines with newer, higher-capacity models.
Answer: True
Explanation: The 2019 reconfiguration involved replacing the original turbines with newer SiemensGamesa G126 models, which possess higher individual capacities.
How many wind turbines are currently operating at the Mendota Hills Wind Farm as of the latest information provided?
Answer: 29
Explanation: As of the latest information, the Mendota Hills Wind Farm operates 29 wind turbines.
What is the make and model of the wind turbines installed during the 2019 upgrade?
Answer: SiemensGamesa G126
Explanation: The wind turbines installed during the 2019 upgrade are SiemensGamesa G126 models.
What is the nameplate capacity of *each* current SiemensGamesa G126 turbine at Mendota Hills?
Answer: 2.625 MW
Explanation: Each of the SiemensGamesa G126 turbines installed during the 2019 upgrade has an individual nameplate capacity of 2.625 megawatts (MW).
The total nameplate capacity of the Mendota Hills Wind Farm is approximately 76.2 MW.
Answer: True
Explanation: The total nameplate capacity of the Mendota Hills Wind Farm is stated as approximately 76.2 MW, though some sources may cite figures around 76 MW or 72.6 MW.
The Mendota Hills Wind Farm has a storage capacity of 76 MW.
Answer: True
Explanation: The wind farm is reported to have a storage capacity of 76 MW.
The annual power generation is estimated to be enough to power roughly 1,300 homes.
Answer: False
Explanation: The estimated annual power generation of the Mendota Hills Wind Farm is sufficient to power approximately 13,000 homes, not 1,300.
What is the primary function of the Mendota Hills Wind Farm?
Answer: To generate electricity using wind turbines.
Explanation: The fundamental purpose of the Mendota Hills Wind Farm, like other wind energy facilities, is to harness wind power and convert it into electricity.
What was the total nameplate capacity of the Mendota Hills Wind Farm after its 2019 reconfiguration?
Answer: Approx. 76.2 MW
Explanation: Following the 2019 reconfiguration, the total nameplate capacity of the Mendota Hills Wind Farm is approximately 76.2 MW.
What is the estimated annual electricity generation of the Mendota Hills Wind Farm?
Answer: 110 million kilowatt hours
Explanation: The Mendota Hills Wind Farm generates an estimated 110 million kilowatt hours of electricity annually.
Approximately how many homes can the annual power generation from Mendota Hills support?
Answer: 13,000 homes
Explanation: The annual power generation from the Mendota Hills Wind Farm is sufficient to support approximately 13,000 homes.
What does the term 'nameplate capacity' refer to in the context of the wind farm?
Answer: The maximum power output the facility is designed to produce.
Explanation: Nameplate capacity denotes the maximum power output a wind turbine or facility is engineered to produce under optimal conditions.
The Mendota Hills Wind Farm is located in Wisconsin.
Answer: False
Explanation: The source identifies the Mendota Hills Wind Farm as being located in Lee County, Illinois, not Wisconsin.
The Mendota Hills Wind Farm exclusively uses onshore wind turbines.
Answer: True
Explanation: The Mendota Hills Wind Farm is an onshore facility, meaning its turbines are situated on land.
The Mendota Hills Wind Farm spans across 2,200 acres of land.
Answer: True
Explanation: The Mendota Hills Wind Farm's turbine infrastructure is spread across approximately 2,200 acres (890 hectares) of land.
The wind farm is situated near Interstate 39.
Answer: True
Explanation: The Mendota Hills Wind Farm is located adjacent to Interstate 39, making it readily accessible from the highway.
In which county and state is the Mendota Hills Wind Farm primarily located?
Answer: Lee County, Illinois
Explanation: The Mendota Hills Wind Farm is situated in Lee County, Illinois.
How much land does the Mendota Hills Wind Farm occupy?
Answer: Approximately 2,200 acres
Explanation: The Mendota Hills Wind Farm's turbine infrastructure is spread across approximately 2,200 acres (890 hectares) of land.
What is the relationship between the Mendota Hills Wind Farm and Interstate 39?
Answer: The farm is situated adjacent to the highway.
Explanation: The Mendota Hills Wind Farm is located adjacent to Interstate 39, making it readily visible and accessible from the highway.
The coordinates provided for the wind farm serve what purpose?
Answer: To pinpoint the exact geographical location.
Explanation: The provided geographical coordinates (latitude and longitude) serve to precisely identify and locate the Mendota Hills Wind Farm on a map.
Commonwealth Edison is the utility that purchases the energy generated by the wind farm.
Answer: True
Explanation: Commonwealth Edison is the designated utility company responsible for purchasing the electricity generated by the Mendota Hills Wind Farm.
Landowners are compensated based on the number of turbines on their property, receiving $1,500 per megawatt produced.
Answer: False
Explanation: Landowner compensation is typically based on the megawatt capacity of the turbines situated on their land, with amounts ranging from US$1,200 to $1,500 per megawatt, rather than a fixed amount per turbine or a specific production-based rate.
Which company currently owns the Mendota Hills Wind Farm?
Answer: Leeward Renewable Energy
Explanation: Leeward Renewable Energy is the current owner of the Mendota Hills Wind Farm.
Which utility company buys the electricity generated by the Mendota Hills Wind Farm?
Answer: Commonwealth Edison
Explanation: Commonwealth Edison is the utility company that purchases the electricity generated by the Mendota Hills Wind Farm.
How are landowners typically compensated for hosting wind turbines?
Answer: A payment based on the megawatt capacity of turbines on their land.
Explanation: Landowners hosting wind turbines are typically compensated through agreements that base payments on the megawatt capacity of the turbines situated on their property, often within a range of US$1,200 to $1,500 per megawatt.
Environmental and archaeological tests were conducted before construction began.
Answer: True
Explanation: Prior to the commencement of construction, comprehensive environmental and archaeological assessments were performed, alongside obtaining necessary zoning approvals.
Wind metering was conducted for one year prior to the wind farm's construction.
Answer: False
Explanation: Wind metering, a crucial step for assessing site viability, was conducted for two years prior to the commencement of the wind farm's construction.