As used in this chapter, the following terms shall have the meanings
indicated:
WECS
Any mechanism designed for the purpose of converting wind energy
into electrical energy.
WECS, COMMERCIAL
A WECS that is the prime use on a parcel of land and supplies electrical
power for off-site use.
WECS, NONCOMMERCIAL
A WECS that is incidental and subordinate to another use on the same
parcel and supplies electrical power solely for the on-site use, except that
when a parcel on which noncommercial WECS is installed also receives electrical
power supplied by a utility company, excess electrical power generated by
the noncommercial WECS and not presently needed for on-site use may be used
by the utility company to the parcel for on-site use, as long as no net revenue
is produced by such excess electrical power.
Application. An applicant for a permit for WECS shall submit at least
one full copy of an application, prepared by a professional engineer licensed
to practice in New York State. The professional engineer shall certify, in
writing, that the application meets all engineering requirements of this chapter.
The site plan shall be drawn to scale with all features based on a certified
instrument survey by a surveyor licensed in the State of New York. The application
shall contain the following information:
A. Location of the tower(s) on the site and the tower height,
including blades, rotor diameter and ground clearance. The area of the base
of each tower and depths shall be indicated.
B. Utility lines, telephone lines and any other lines, both
above and below ground, within a radius of 1 1/2 times the proposed tower
heights, including blades. Information presented should include details as
to how the power will be delivered to the grid.
C. Property lot lines and the location and dimension of
all existing structures and uses on and off the site within 600 feet of each
WECS location.
D. Surrounding land use and all structures within 1,000
feet of each WECS location.
E. Dimensional representation of the various structural
components of the tower construction, including the base and footing.
F. Design data indicating the basis of design, including
manufacturer's dimensional drawings and installation and operation instructions.
G. Certification that the tower design is sufficient to
withstand wind-load requirements for structures as established by the New
York State Uniform Fire Prevention and Building Code.
H. Certification that the electrical system designs is in
compliance with accepted engineering practices and with the appropriate provisions
of the National Electric Code.
I. Certification that the rotor over-speed control system
is in compliance with accepted engineering practices.
J. Applicant's and landowner's name and contact information.
K. Tax Map numbers, existing use and acreage of the site
parcel.
L. Location and details of access roads.
M. The applicant shall provide a shadow flicker and blade
glint zone model for any proposed wind energy conversion unit. The model shall:
(1) Describe the zones where shadow flicker and blade glint
will likely be present within the project boundary and a two-mile radius beyond
the project boundary. Include the topography, existing residences, wind speeds
and directions and existing vegetation and roadways. The model shall represent
the most probable scenarios of wind constancy, sunshine constancy and wind
directions and speeds.
(2) Calculate the locations of shadow flicker caused by the
proposed project and the expected duration of the flicker at these locations;
calculate the total possible number of hours per year of flicker at all locations.
N. The applicant must submit a construction access plan
prepared by a professional engineer licensed to practice in New York State,
approved in advance by the Town, which access plan shall include the following:
(1) Identification of all roads within the Town to be used
for site access during construction and a plan for marked detours where necessary
so traffic to residences and businesses can continue unobstructed.
(2) Estimate of the number of vehicle trips over each road
by vehicle type and gross weight.
(3) Indicate any areas where clearing trees, road widening
or realignment is necessary.
(4) The engineer shall provide an analysis of potential road
damage and estimate of the cost to maintain and repair or rebuild all affected
roads.
(5) The applicant must provide, prior to any development,
an estimated timetable for each phase of construction.
O. The applicant must submit a full environment assessment
form (EAF) and visual EAF addendum form prepared in accordance with the State
Environment Quality and Review Act (SEQRA)
P. The applicant must submit no fewer than four and no more
than the number of proposed individual wind turbines plus three color photos,
no smaller than eight inches by 10 inches, taken from locations within a one-mile
radius from it and to be selected by the Town, and computer-enhanced to simulate
the appearance of the as-built aboveground facilities as they would appear
from these locations.
Q. An application for a noncommercial WECS is exempt from the requirements of Subsection
O of this section, but shall include a short form EAF.