[Ord. 2008-1, 6/9/2008]
The environmental improvements and energy conservation requirements
are designed to recognize the need for conservation of energy and
natural resources and to facilitate the utilization of renewable resources.
Environmental improvements are intended to moderate the effects of
solar radiation, conserve energy, improve air quality, reduce glare
and noise, and control erosion, largely through the planting of trees,
shrubs, and other vegetative cover. Energy conservation requirements
are designed to allow the installation of renewable energy devices
and provide the opportunity for individuals to reduce energy dependence
by encouraging the productive use of solar and wind energy components.
[Ord. 2008-1, 6/9/2008]
The following terms are specifically defined for use within
this Article:
DENSE SCREEN PLANTING
A landscaped barrier consisting predominantly (80% or more)
coniferous trees and shrubs, hedges, earth mounding, walls, or a combination
thereof established at a minimum height of six feet. Such environmental
buffer shall provide a solid visual, noise and pollutant barrier between
potentially incompatible uses. Dense screen plantings shall be at
least five feet in width with irregularly spaced double or triple
rows of plants and shrubs to obtain a dense, solid mass.
ENERGY STORAGE FACILITY
Equipment consisting of containers, heat exchangers, piping,
and other transfer mechanisms (including fluids, gases or solids),
controls, and related structural support for transporting and storing
collected energy (from solar energy systems), including structural
elements designed for use in passive solar energy systems.
INTERIOR ISLAND PLANTING
A durable landscaped planting area located within a vehicular
use area or parking lot. Design and location shall provide shade and
visual separation of parking and pedestrian areas, improve air quality
and control stormwater runoff from large paved areas. An island or
strip shall be a minimum of 50 square feet in area, at least five
feet in width and contain at least one shade tree per 40 lineal feet
of island or fraction thereof. Islands of 40 feet or less in length
shall contain at least one shade tree. The remaining area within the
island or strip shall be appropriately landscaped with grass, mulch,
stones, plants, or other materials not exceeding three feet in height.
PASSIVE SOLAR ENERGY SYSTEM
A solar energy system that uses natural and architectural
components to collect and store energy without using any external
mechanical power.
PERIMETER PLANTING
A landscaped planting consisting of trees and shrubs established
at less than three feet or greater than six feet in height, so it
shall not interfere with any clear sight triangle. Such plantings
shall separate streets and vehicular use areas from parking lots,
buildings, and other improvements. Perimeter plantings shall consist
of individual trees or shrubs spaced a maximum of 50 feet apart to
form a linear vegetative border, with grass or ground cover continuously
thereunder.
SCREEN PLANTING
A landscaped planting consisting of a mixture of coniferous
trees or shrubs, shade trees, ornamental trees or shrubs, earth mounding,
hedges, or a combination thereof established art a minimum height
of six feet. Such planting shall separate and protect uses from noise,
odor, and dust, as well as moderating the effects of winter winds
and summer heat. Screen plantings shall be at least three feet in
width with regularly spaced trees and shrubs to obtain a pervious,
moderately dense planting.
SOLAR COLLECTOR
A freestanding or fixed device, or combination of devices,
structures, or part of a device or structure that transforms direct
solar energy into thermal, chemical or electrical energy that contributes
significantly to a structure’s energy supply.
SOLAR ENERGY
Radiant energy (direct, diffuse, and reflected) received
from the sun.
SOLAR ENERGY SYSTEM
A complete design or assembly consisting of a solar energy
collector, an energy storage facility (where used) and components
for the distribution of transformed energy.
SKYSPACE
The open space between a solar or wind collector and the
sun or prevailing wind which must be free of obstructions that may
shade or impede the collector to the extent that it would reduce its
cost-effective operation.
WIND ROTOR
The blades, plus hub to which the blades are attached, that
are used to capture wind for the purpose of energy conversion. The
wind rotor is used on a pole or tower along with other generating
and electrical storage equipment and forms a wind energy conversion
system.