Also, in 2000, two of Bowling Green’s six elementary schools installed 1 kW solar electric PV systems that serve as a unique educational tool, as students monitor and record the current and voltage from their classrooms. In 2006 an additional 10 kW was added to the Ice Arena roof.
Bowling green tractor pulls 2015 install#
In 2004, the city’s municipal utilities partnered with BGSU to install 31 kilowatts (kW) of photovoltaic (PV) panels on the roof of the University Ice Arena. The city of Bowling Green is the largest recipient of generated power, at 4.1 MW, just over half of the project’s total capacity.īowling Green has also used solar energy to help power its educational facilities. Today, the four-unit installation boasts a total generating capacity of 7.2 MW. The participating communities, together with Bowling Green, formed the Ohio Municipal Electric Generation Agency Joint Venture 6 (OMEGA JV6), and purchased the wind farm at the project’s completion. The completion of two 1.8-megawatt (MW) wind turbines in November 2003 fueled interest from nine other Ohio public power communities, prompting the construction of two additional units in 2004. In 2003, Bowling Green gained prominence for becoming the home of the American Municipal Power Wind Farm, Ohio’s first utility-scale wind farm. In keeping with its pioneer past, the city of Bowling Green led the effort to harness wind power and convert it to electric generation. As of 2010, the city’s population totaled more than 30,000 residents.Ĭontinuing the pioneer spirit with renewable energy Nine years later, the state legislature established the State Normal College, known today as Bowling Green State University (BGSU). The settlement was officially incorporated as a village in 1885, and received its city status in 1901. Soon after, the discovery of oil in nearby North Baltimore brought even more economic development.īowling Green received its name in 1834 from postal carrier Joseph Gordon, who previously resided in Bowling Green, Kentucky. In 1888, the four largest employers were all gas companies. With the discovery of natural gas deposits in the region during the 1880s, Bowling Green’s population surged and businesses flourished. In the mid-19th century, Bowling Green resident James Hill’s invention of the Buckeye Traction Ditcher made it possible to drain the Black Swamp, providing excellent farmland and leading to the development of railroads through the area. Its location on the edge of the Great Black Swamp, a glacially caused wetland in northwestern Ohio and northeastern Indiana, delayed its development due to the swamp’s dense forests and vast expanses of brackish water and mud that made travel difficult. Located in northwest Ohio, this progressive community can credit its success to its own natural resources, from oil and natural gas, to wind and solar power.įirst settled in 1833, Bowling Green serves as the county seat of Wood County. You can contact the Smoknya Motorsports team via email.The city of Bowling Green, Ohio, is steeped in a tradition of energy development, dating back to the 19th century. We look forward to another great season ahead!
Along the way, Erik has met and became friends with many great people all over the U.S.Ī special thanks goes out to all of those who are involved with our team. Throughout Erik’s career, he has spent thousands of hours of hard work and dedication to compete at the highest level of competition possible and because of that he and his team have achieved great success. As a result, the class has received national spotlight from television programs and national magazines.
Bowling green tractor pulls 2015 pro#
Sanctioning bodies such as the Lucas Oil Pro Pulling League, The National Tractor Pulling Association, and the Ohio State Tractor Pullers Association are among the elite organizations who promote and sanction the Diesel Super Stock Four Wheel Drive Trucks throughout the year. Classes have broadened, technology has vastly improved and nationwide recognition of diesel truck pulling has grown into a fully blown national level sport. Over the years, so many things have changed. It began with trucks making 400-500+ HP to what they are producing today 1800-2000+ HP. At that point in time, the performance level of the classes were a lot different from what they are today. Erik began pulling his daily driven Dodge Ram 2500 Cummins. In 2000, when diesel truck pulling was on the rise.
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