As used in this chapter, the following terms shall have the
meanings indicated:
COLLECTIVE SOLAR
Solar installations owned collectively through subdivision
homeowner associations, college student groups, "adopt-a-solar-panel"
programs, or other similar arrangements.
GROUND-MOUNTED SOLAR ENERGY SYSTEM
A solar energy system that is anchored to the ground, attached
to a pole or other mounting system, and detached from any other structure
and which produces energy solely for the purpose of on-site consumption.
LARGE-SCALE SOLAR ENERGY SYSTEM
A ground- or rooftop-mounted solar energy system that produces
energy primarily for the purpose of off-site sale or consumption.
NET-METERING
A billing arrangement that allows solar energy system owners
to get credit for excess electricity that they generate and deliver
back to the grid so that they only pay for their net electricity usage
at the end of the month.
PHOTOVOLTAIC (PV) SYSTEM
A solar energy system that produces electricity by the use
of semiconductor devices called "photovoltaic cells" that generate
electricity whenever light strikes them.
QUALIFIED SOLAR INSTALLER
A person who has skills and knowledge related to the construction
and operation of solar energy systems and installations and has received
safety training on the hazards involved. Persons who are on the list
of eligible installers maintained by the New York State Energy Research
and Development Authority (NYSERDA), or who are certified as a solar
installer by the North American Board of Certified Energy Practitioners
(NABCEP), shall be deemed to be qualified solar installers for the
purposes of this definition. Persons who are not on NYSERDA's
list of eligible installers or NABCEP's list of certified installers
may be deemed to be qualified solar installers if the Town Code Enforcement
Officer/Building Inspector or such other Town officer or employee
as the Town Board designates determines such persons have had adequate
training to determine the degree and extent of the hazard and the
personal protective equipment and job planning necessary to perform
the installation safely. Such training shall include the proper use
of special precautionary techniques and personal protective equipment,
as well as the skills and techniques necessary to distinguish exposed
energized parts from other parts of electrical equipment and to determine
the nominal voltage of exposed live parts.
ROOFTOP-MOUNTED SOLAR ENERGY SYSTEM
A solar energy system in which solar collectors/solar panels
are mounted on the roof of any legally permitted building either as
a flush-mounted system or as modules fixed to frames which can be
titled toward the south at an optimal angle.
SETBACK
The distance measured from a front lot line, side lot line,
or rear lot line of a parcel to the outer leading edge of any portion
of a ground-mounted solar energy system.
SMALL-SCALE SOLAR ENERGY SYSTEMS
Photovoltaic systems that produce up to 25 kilowatts (kW)
of energy or solar thermal systems which serve the building to which
they are attached and do not provide energy for any other buildings
not located on the same property.
SOLAR ACCESS
Space open to the sun and clear of overhangs or shade, including
the orientation of streets and lots to the sun, so as to permit the
use of active and/or passive solar energy systems on individual properties.
SOLAR COLLECTOR
A solar photovoltaic cell, panel, or array, or solar hot
air or water collector device, which relies upon solar radiation as
an energy source for the generation of electricity or transfer of
stored heat.
SOLAR ENERGY EQUIPMENT
Electrical energy storage devices, material, hardware, utility
interconnection, inverters, or other electrical equipment and conduit
of photovoltaic devices associated with the production of electrical
energy.
SOLAR ENERGY SYSTEM
An electrical generating system composed of a combination
of both solar panels/solar collectors and solar energy equipment.
Solar energy systems include solar thermal systems, photovoltaic systems,
and concentrated solar. For the purposes of this chapter, this definition
does not include any solar energy system of four square feet or less.
SOLAR PANEL
A photovoltaic device capable of collecting and converting
solar energy into electrical energy.
SOLAR THERMAL SYSTEMS
Solar energy systems that directly heat water or other liquid
using sunlight. The heated liquid is used for such purposes as space
heating and cooling, domestic hot water, and heating pool water.
STATE CODE
The New York State Uniform Fire Prevention and Building Code,
as amended.
Large-scale solar energy systems are permitted in the Town, subject to site plan review pursuant to Chapter
101 by the Planning Board and the following supplementary regulations contained in this section:
A. Large-scale solar energy systems shall be enclosed by perimeter fencing
eight feet tall to restrict unauthorized access.
B. Clearly visible warning signs with the manufacturer's or installer's
contact information shall be posted at the entrance and perimeter
of the fencing.
C. The maximum height of solar collectors/solar panels shall not exceed
12 feet at maximum tilt. Any utility poles proposed shall not exceed
30 feet tall.
D. The solar energy system and accessory structures shall, to the extent
reasonably possible, use materials, colors, and textures that will
blend the solar energy system with the existing environment.
E. Appropriate landscaping and/or screening materials may be required
to mitigate adverse aesthetic impacts and help screen the solar energy
system and accessory structures from roadways and adjacent properties.
F. Solar energy systems shall be surfaced, designed, and sited so as
not to reflect glare onto adjacent properties and roadways.
G. Reasonable efforts, as determined by the Planning Board, shall be
made to place all on-site power lines underground, depending on the
appropriate soil conditions, shape, and topography of the site and
any requirements of the utility provider. On-site transformers and
the utility interconnection equipment shall, to the maximum extent
practicable, be placed on the ground and not on utility poles. The
location of all proposed equipment, including the proposed utility
interconnection, shall be shown on the site plan.
(1) If at the time of the site plan approval the final utility interconnection
has not been designed and/or approved by the utility company, the
Planning Board may conditionally approve the site plan with the condition
that the applicant return for final site plan review once the interconnection
has been designed.
H. The Planning Board may impose conditions on its approval of any site
plan under this section in order to enforce the standards referred
to in this section or in order to discharge its obligations under
the State Environmental Quality Review Act (SEQRA).
I. Site plan application requirements. Any application under this section shall meet any substantive provisions contained in §
101-6 that, in the judgment of the Planning Board, are applicable to the solar energy system being proposed. In addition, an applicant shall submit the following documentation, as applicable, for any large-scale solar energy system:
(1) If the property of the proposed project is to be leased, documentation
of legal consent between all parties, specifying the use of the land
for the duration of the project, including easements and other agreements;
(2) Blueprints showing the layouts of the solar energy system signed
by a professional engineer or registered architect;
(3) Equipment specification sheets for all solar collectors/solar panels
and significant components, mounting systems, and inverters that are
to be installed;
(4) A property operation and maintenance plan that describes how the
solar energy system and property on which it is located will be maintained,
including measures for maintaining safe access to the system and a
description of how ground cover and screening plantings will be maintained
(i.e., mowing and trimming);
(5) A decommissioning plan that meets the requirements of §
103-5J;
(6) Documentation from the area electrical supplier/distribution provider
indicating the available capacity of the existing electric infrastructure
and the effect the proposed solar energy system will have on this
infrastructure, in the area of the proposed project; and
(7) A site plan, showing the following elements, in addition to the elements listed in §
101-6A, as applicable to the project:
(a)
The location of proposed and existing overhead and underground
utility and transmission lines;
(b)
The location of any proposed or existing substation, inverter,
transformer or equipment enclosures;
(c)
A description of any necessary upgrades or modifications to
existing substations or the necessity for a new substation;
(d)
A description of how the solar energy system's generated
energy will connect to the electrical distribution or transmission
system or the intended user's electrical system;
(e)
The location and elevations of all transmission lines, support
structures, and attachments to the substation(s); and
(f)
Proposed changes to the landscape of the site, grading, vegetation
clearing and planting, exterior lighting, screening vegetation or
structures.
J. Decommissioning plan. To ensure the proper removal of large-scale
solar energy systems, a decommissioning plan that meets the following
requirements shall be required for all large-scale solar energy systems:
(1) Compliance with this plan shall be made a condition of site plan
approval.
(2) Decommissioning requires removal of the solar energy system, including
but not limited to removal of solar collectors/solar panels, solar
energy equipment, associated buildings, cabling, electrical components,
and any other associated facilities below grade as described in the
approved decommissioning plan.
(3) The decommissioning plan must:
(a)
Specify that after the large-scale solar energy system has been
abandoned or can no longer be used, it shall be removed by the applicant
or any subsequent owner;
(b)
Describe how the removal of all infrastructure and the remediation
of soil and vegetation shall be conducted to return the site to its
original state prior to construction. For purposes of this section,
"original state" requires seeding of grass at a minimum;
(c)
Provide for the removal of all hazardous materials from the
property and disposition of hazardous material in accordance with
federal and state law;
(d)
Describe the anticipated life of the large-scale solar energy
system;
(e)
Include a cost estimate, which takes into account inflation,
prepared by a professional engineer detailing the projected cost of
executing the decommissioning plan; and
(f)
Include a timeline for execution, not to exceed one year.
K. Prior to the issuance of a certificate of compliance from the Code
Enforcement Officer, the applicant must provide the Town with a performance
guarantee as provided below. The amount of the guarantee shall be
1.25 times the estimated decommissioning cost minus the salvageable
value or $15,000, whichever is greater.
(1) The following types of performance guarantees are permitted:
(a)
A surety or performance bond that renews automatically, includes
a minimum sixty-day notice to the Town prior to cancellation, is approved
by the Town Attorney, and is from a company on the United States Department
of the Treasury's Listing of Certified Companies.
(b)
A certified check from the applicant to be deposited by the
Town in an interest-bearing account, with all interest accruing to
the applicant. The Town shall be permitted to draw from the account
in the event that the applicant fails to carry out the decommissioning
plan. Funds deposited with the County Finance Director will be returned
when the system is decommissioned and any required site restoration
is completed.
(c)
A no-contest irrevocable letter of credit issued by a banking
corporation licensed to do business in the State of New York. The
terms of the letter must include the absolute right of the Town to
withdraw funds from the bank upon certification by the Code Enforcement
Officer/Building Inspector that the terms of the performance guarantee
have been breached. The letter of credit must be valid up to 12 months
from the date the performance guarantee was approved and shall be
continuously renewed or extended until the decommissioning plan is
carried out.
(2) The full amount of the surety or bond, certified check, or letter
of credit must remain in full force and effect until the large-scale
solar energy system is decommissioned and the necessary site restoration
is complete.
L. Modifications. All material modifications to a large-scale solar
energy system made after initial site plan approval and the issuance
of the required building permit shall require approval by the Planning
Board.
M. Abandonment and decommissioning. Large-scale solar energy systems
are considered abandoned after one year without active and continuous
electrical generation and shall be decommissioned and removed from
the property at the owner's or operator's expense pursuant
to the decommissioning plan submitted with the applicant's site
plan application. If the large-scale solar energy system is not decommissioned
after being considered abandoned, the Town may, in addition to the
Town's other available remedies, remove the system, restore the
property, and impose a lien on the property to cover these costs to
the Town.
The fees for all building permits and site plan review required
pursuant to this chapter shall be paid at the time each building permit
application or site plan application is submitted in such reasonable
amount as the Town Board may by resolution establish and amend from
time to time.
Any person or persons jointly or severally aggrieved by any
decision of the Planning Board on a site plan approval application
may apply to the Supreme Court of the State of New York for relief
through a proceeding under Article 78 of the Civil Practice Law and
Rules of the State of New York. Such proceeding shall be governed
by the specific provisions of Article 78, except that the action must
be initiated as therein provided within 30 days after the filing of
the Board's decision in the office of the Town Clerk.