Definitions. For the purposes of this section, the following definitions
shall apply, except where the context clearly indicates a different
meaning:
GEOTHERMAL SYSTEM
A system that uses a heat pump to extract heat from the earth
in heating mode and/or reject heat into the earth in cooling mode.
GEOTHERMAL SYSTEM, CLOSED-LOOP
A type of geothermal heating and/or cooling system that utilizes
a pressurized heat exchanger consisting of pipe, a circulating pump,
and a water-source heat pump in which the heat transfer fluid is not
exposed to the atmosphere. The heat transfer fluid is potable or beneficial
reuse water and may have approved nontoxic, biodegradable circulating
fluids added.
NET METERING
A system of metering and billing for electricity in which
the public utility credits a customer-generator for energy produced
by a renewable energy system for on-site consumption and which further
meets the standards for such in the New Jersey Board of Public Utilities
Net Metering and Interconnection Rules, N.J.A.C. 14:8-4.3.
OPEN-LOOP GEOTHERMAL SYSTEM
A type of geothermal system that utilizes a water-supply
well and a water pump to deliver groundwater to a water-source heat
pump. The discharge water from the water-source heat pump may be returned
to the subsurface through a recharge well or infiltration bed or may
be discharged into a pond, lake, or stream. A spring may also be the
source of the groundwater supply.
RENEWABLE ENERGY SYSTEM
A system that engages in:
(1)
The production of electric energy from solar technologies, photovoltaic
technologies, or wind energy; or
(2)
The production of heating and cooling by means of a geothermal
system.
SMALL WIND ENERGY SYSTEM
A wind energy system that is used to generate electricity
for on-site consumption and has a nameplate capacity of 100 kilowatts
or less.
SOLAR ENERGY SYSTEM
A system consisting of solar photovoltaic cell(s), collector
panel(s), array(s), film(s), shingle(s), or solar hot air or water
collector device(s) or other solar energy device(s), including other
appurtenant structures and facilities, whose primary purpose is to
provide for the collection, storage, and distribution of solar, or
radiant, energy received from the sun and used for heating or cooling,
for water heating, and/or for generation of electricity.
SOLAR ENERGY SYSTEM, BUILDING-INTEGRATED
A solar energy system that is an integral part of a principal
or accessory building, rather than a separate mechanical device, replacing
or substituting for an architectural or structural component of the
building. A solar energy system shall be considered to be building-integrated
if it is designed to be permanently mounted on a building or other
structure. Building-integrated solar energy systems include but are
not limited to photovoltaic or hot-water solar systems that are contained
within roofing materials, windows, skylights, and awnings.
SOLAR ENERGY SYSTEM, PARKING CANOPY
A solar energy system mounted above an existing surface parking
lot or the top level of a parking structure such that vehicles may
park and/or drive beneath.
SOLAR ENERGY SYSTEM, ROOF- OR BUILDING-MOUNTED
A solar energy system mounted on roofs or buildings where
the system is not an integral part of a principal building replacing
or substituting for an architectural or structural component of the
building but rather is a separate mechanical device. This shall not
include parking canopy solar energy systems mounted on the top level
of a parking structure.
WIND ENERGY SYSTEM
A wind energy conversion system consisting of a wind generator
and all associated equipment, including any base, blade, foundation,
nacelle, rotor, tower, transformer, vane, wire, inverter, batteries
or other components necessary to fully utilize the wind generator.
WIND GENERATOR
Components of a wind energy system necessary to generate,
store and/or transfer energy, including the rotor, blades and associated
mechanical and electrical conversion equipment mounted on top of the
wind energy system tower.