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LIGHTING
URBAN LIGHTING
SOLUTIONS
FOR THE 21ST CENTURY
The possibility of further energy
and cost savings has been brought
about by the use of smart lighting
controls. Connected via a wireless
network, smart controls give local
councils the opportunity to
monitor and regulate their lighting
systems in real-time. Consider the
benefits of reducing lighting during
quiet periods or increasing it to
assist emergency services
responding to incidents. Instant
reporting also means faults can be
identified and repaired much
quicker than in the past.
The lighting industry has been
transformed by the rapid rise of LED
technology over the past decade.
When compared with traditional
lighting solutions, an LED luminaire
can dramatically reduce both
energy consumption and
maintenance requirements. Less
money and less downtime wasted
on expensive lamp and ballast
replacement can equal significant
savings each year.
Seduced by the substantial
savings on offer, a number of local
governments (both here and
overseas) were quick to adopt the
new technology and began rolling
out city-wide upgrade plans. As
with most technology however,
things evolved quickly and in 2017,
modern urban lighting has to offer
more than reliability, performance
and value. It must become part of
its surroundings, minimise any
impact on residents and the
environment and provide a genuine
benefit for ratepayers.
GOVLINK » ISSUE 2 2018
Exterior and urban lighting is one
area local governments should
never neglect; a well-lit urban space
can be aesthetically pleasing and
improve safety and security, as
explained by the CEO of Advanced
Lighting Technologies, Richard
Langdon “Roadways and streets
should be lit to improve both
vehicle and pedestrian safety –
compliance with Australian
standards like AS/NZS 1158 helps to
satisfy this requirement. However,
outdoor illumination should also
improve practical use of the area at
night time,” he said.
Some previous generation LED
luminaires provide intense, white
light that is extremely capable of
lighting areas, roadways and public
spaces. However recent medical
research has suggested luminaries
that generate less-intense light using
warmer colour temperatures could
help minimize p