Wind Park Design

The Ball Hill Wind Energy project is an approximately 100 megawatt
(M.W.) wind powered electric generating, transmitting, and interconnecting
facility. The project will consist of up to forty-two (42) individual wind turbines
located in the towns of Villenova (35 turbines) and Hanover (7 turbines),
Chautauqua County, New York. Turbines are proposed on 80m and 98m
towers to remain below FAA maximum heights due to a local county airport.
In addition, 17 miles of access roads to connect each turbine to the town,
county and state roads have been planned to meet strict regulatory guidelines
and land owner lease requirements.

About the project

The project includes four (4) individual 35 K.V. underground collection circuits
conveying the power from the wind turbines to the new substation. A new six
(6) mile long, 115 K.V., overhead electric transmission line will convey
electricity from a new substation to a new switch yard. Larson Design Group
has been able to work closely with Pike Energy Solutions to plan and design
these interconnect facilities to meet the operational needs of Duke Energy.
Larson Design Group’s responsibilities for this project include (but are not
limited to) boundary and topographic survey, subdivision plans, lease plats,
Geographic Information System (GIS) base mapping, zoning application
preparation, Environmental Impact Statement preparation, public hearings,
construction plans, erosion control plans, post-construction stormwater
management plans, water/wastewater design, SWPPP permitting, alignment
studies, grading, Highway Occupancy Permits (HOP) and utility coordination.
In addition, LDG worked with subconsultants to complete communication
impact studies, wind resource and performance metrics, noise/flicker/visual
impacts, FAA approval, Joint Permit Applications, Avian Resource Assessments
and mitigation planning.