| Energy
“In
an area when ‘smart growth' is the common mantra, it may be worth
considering that smart growth must, of necessity, be energy-efficient
growth.”
--
Jim Schwab, American Planning Association
Background
Inefficient
and poorly planned land use taxes infrastructure and wastes fossil
fuels. It increases personal energy costs, contributes significantly
to Global Warming and leaves Long Island needlessly dependent
on foreign and unsustainable resources. Our over-dependence on
cars alone dramatically impacts Long Island 's fossil fuel consumption.
Long
Island can be a leader in energy efficiency. By carefully directing
h ow and where we build, we can significantly
reduce energy needs. The practical ideas of Smart Growth: compact,
mixed-use communities that offer transportation options and emphasize
the preservation of greenspace can reduce water contamination
and mitigate the release greenhouse gases and other air pollutants.
We can cut private and industry energy costs, and reduce Long
Island 's vulnerability to fluctuations in foreign energy supply
and prices. Within our developments, green building practices
can advance Smart Growth goals of environmentally friendly, sustainable
development.
Natural
Resources Defense Council, Congress for the New Urbanism, and
US Green Building Council are working together to establish standards
to certify “smart”, energy efficient neighborhood developments.
LEED-ND standards will provide an incentive for better location
and design and prompt more mixed-use construction.
An
important initiative being advanced here on Long Island is the
Long Island Neighborhood Network's Clean Energy Leadership Task
Force. The Task Force provides Long Island municipalities with
information on less polluting energy technologies and helps them
identify and understand the funding and incentive programs. Local
governments, in turn, will lead the public in implementing the
technologies available to dramatically improve the energy efficiency
of our buildings and vehicles.
Guiding
Principles
“How
to Build”-Improved Neighborhood/ Building Design
Orient buildings and streets in relation to the Sun to reduce
energy needs
Employ energy efficient design
Increase the use of shade trees and greenspace to reduce cooling
needs
Narrow streets and reduce parking requirements to alleviate “urban
heat island effect”
Place buildings to allow for co-generation
Employ solar thermal hot water systems to lessen the need for
electricity to heat water
Use solar panels and distributed energy generation to provide
back-up energy
Expand Greenspaces and preserve forests to enhance natural carbon
dioxide reduction
“Where
to Build”-Location Efficiency
Focus development in or near city centers and transit to reduce
petroleum usage.
Choose energy saving transportation alternatives and increase
fuel efficiency of vehicles.
Locate residences near retail and offices to reduce auto-dependency
Avoid developing remote areas to reduce infrastructure extension
costs
Locate schools near residences to encourage walking
Consider energy needs when making land use decisions
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