Page 60 - Toucan_Modules_EN
P. 60
)
)
l
h
n
n
h
l
e
e
u
y
y
g
g
g
g
i
a
a
d
e
e
d
,
,
n
n
n
n
i
s
s
l
e
n
e
l
c
c
n
l
u
i
i
a
a
i
l
n
i
t
l
g
t
b
g
l
t
t
l
a
a
l
s
s
y
n
n
y
n
(
b
(
n
t
t
h
h
i
u
i
b
u
h
b
b
h
i
i
e
e
r
s
d
d
s
r
n
n
n
n
b
e
e
n
c
i
c
g
n
e
o
n
c
e
f
f
u
i
i
i
c
LEDs. Old-style incandescent (including halogen) bulbs are highly inefficient, burning
i
c
r
g
c
i
f
u
e
f
o
r
e
y
e
a
m
e
e
e
a
k
y
d
e
k
h
e
w
T
h
a
m m o s s t t o f f t t h e e n e r r g y t t h e y u s s e a s s w a s s t t e d h e a t t . . T h i i s s a l l s s o m a k e s s t t h e m a f f i i r r e r r i i s s k . . L i i g h t t
e
g
h
e
o
u
g
h
L
a
o
o
e
n
h
a
most of the energy they use as wasted heat. This also makes them a fire risk. Light
e
a
h
m
a
h
e
E
%
%
g
p
a
2
m
0
o
5
n
D
e
n
d
n
g
e
m
d
e
9
e
C
7
e e m i i t t t t i i n g d i i o d e s s ( ( L L E D s s ) ) u s s e u p t t o 7 5 % l l e s s s s e n e r r g y a n d e m i i t t 9 0 % l l e s s s s C O 2 t t h a n t t h e o l l d
u
h
o
e
e
e
n
d
d
y
O
u
emitting diodes (LEDs) use up to 75% less energy and emit 90% less CO2 than the old
o
f
i
l
r
r
i
e
e
o
o
u
l
u
e
o
l
y
a
m
a
o
y
a
h
t
h
d
t
m
d
l
t
a
t
i
a
e
l
t
l
a
c
t
e
f
i
c
y
e
o
o
e
h
5
u
5
u
s
s
s
p
d
h
d
h
g
h
g
c
c
s
a
a
halogens. They also last up to 25 times as long which greatly reduces the need for
t
2
e
e
t
h
2
s
s
e
T
g
n
g
T
n
r
e
e
o
s
s
l
y
e
t
l
w
w
t
r
n
r
s
h
s
e
e
o
e
p
r
n
o
n
m
a
u
c c h a n g i i n g o r r m a i i n t t e n a n c e . . T T h i i s s i i s s e s s p e c i i a l l l l y u s s e f f u l l w h e r r e f f i i t t t t i i n g s s a r r e d i i f f f f i i c u l l t t t t o a c c e s s s s . .
e
a
changing or maintenance. This is especially useful where fittings are difficult to access.
e
e
c
h
u
o
g
c
e
n
p
h
n
e
n
u
g
a
a
e
n
e
n
c
y
w
a
h
e
d
a
c
g
e
c
m
n
a
a
D
g
n
n
n
h
e
h
a
L L E D s s g e n e r r a t t e l l e s s s s h e a t t t t h a n h a l l o g e n s s m e a n i i n g t t h e l l o a d o n a i i r r c o n d i i t t i i o n i i n g i i s s
LEDs generate less heat than halogens meaning the load on air conditioning is
n
g
n
a
a
e
a
E
o
e
n
o
g
g
e
e
h
o
d
n
e
n
e
d
h
o
c
o
a
e
a
a
c
c
a
c
L
l
F
n
a
n
L
F
o
p
p
a
n
n
h
m
m
h
a
s
o
o
c
t
o
t
s
l
a
0
0
m
m
c
c
n
n
s
s
e
e
a
s
r
r
e
o
o
5
5
e
d
C
s
d
C
C
C
,
t
t
,
e
e
h
h
l
s
reduced. They also emit 50% less CO2 than compact fluorescent lights (CFLs) and,
s
t
l
t
i
s
s
(
(
t
t
l
g
)
i
g
i
l
)
i
u
u
t
2
e
O
%
O
f
f
t
l
%
2
l
e
s
s
u n l i k e C F L s , d o n ' t c o n t a i n t o x i c m e r c u r y .
unlike CFLs, don't contain toxic mercury.
s
n
s
o
n
G
d
o
e
n
.
n
i
g
n
n
n
t
i
t
d
i
i
G
i
i
n
i
i
n
g
t
t
g
g
g
i
a
i
g
o
g
o
a
Daylighting. Good lighting design includes consideration of daylighting, the admission
h
h
i
g
i
d
e
c
d
o
o
d
e
.
s
e
,
n
n
d
,
s
c
d
d
o
o
h
e
s
o
s
f
s
s
n
y
s
l
y
e
o
h
e
s
c
a
d
c
a
i
i
l
m
o
r
r
o
a
d
a
l
d
u
h
h
t
g
i
t
g
u
n
d
f
m
i
i
l
l
t
n
t
i
i
i
l
e
s
i
s
g
m
t
i
w
o
s
i
s
k
n
W
e
u
t
o
n
r
i
n
d
i
t
f
.
e
l
a
e
d
h
b
t
a
u
w
t
o
n
t
m
c
l
b
g
i
a
n
d
h
s
of natural light. Window design must strike a balance between the admission of
f
a
o
n
e
a
r
e
l
e
e
a
o
h
a
e
e
a
n
y
e
c
e
u
o
a
g
h
y
w
h
o
d
d
a
k
e
n
g
g
d d a y l l i i g h t t a n d n o t t a l l l l o w i i n g h a r r s s h , , d i i r r e c t t s s u n l l i i g h t t i i n t t o t t h e e y e s s o f f w o r r k e r r s s o r r r r e f f l l e c t t e d
c
o
e
w
daylight and not allowing harsh, direct sunlight into the eyes of workers or reflected
n
h
n
o
o
n
d
e
h
e
o
l
t
t
i
o
o
i
l
b
i
l
i
b
a
r
r
a
o
d
d
e
o
u
e
v
f
f
u
m
n
t
n
t
m
s
n
a
a
s
v
n
c
e
e
d
o
d
e
m
m
o
o
e
r
r
o
r
r
c
o
r
r
l
o
.
o
.
s
s
l
c
c
s
s
d
t
n
n
a
a
t
e
e
.
.
d
u
e
u
e
l
glare from surfaces. Heat levels from direct sun also need to be controlled. Curtains and
n
n
l
g g
l
s
C
s
l
a
C
a
a
a
H
H
t
u
e
e
u
s
l
l
s
d
d
t
e
r
r
l
e
e
e
n
n
r
s
s
r
a
f
c
r
f
e
f
a
e
r
t
f
t
e
c
e
e
n
u
h
y
shades should always be used in conjunction with daylighting strategies. A daylight-
s
d
.
e
l
s
i
d
t
a
a
t
e
i
g
u
a
a
l
d
d
o
w
i
l
i
n
u
h
j
y
y
n
g
w
a
t
i
n
l
h
e
c
i
d
t
a
s
t
t
i
s
o
s
n
g
A
h
s
g
o
b
e
h
s
r
c
n
n
a
e
b
o o p t t i i m i i s s e d b u i i l l d i i n g f f o o t t p r r i i n t t i i s s e s s s s e n t t i i a l l f f o r r n e w b u i i l l d i i n g d e s s i i g n s s . . F o r r m a n y b u i i l l d i i n g s s , ,
optimised building footprint is essential for new building designs. For many buildings,
w
e
n
e
d
F
m
n
y
u
n
o
d
e
p
n
g
b
a
d
o
g
g
u
d
n
b
p
u
n
e
g
o
o
d
m
e
a
a
e
g
h
g
i
i
i
i
t
h
t
l
a
a
r
u
r
l
l
l
n
o
r
o
o
o
:
:
s
r
s
d
g
n
g
n
d
n
i
i
o
o
t
t
m
a
m
u
r
u
s
s
s
s
e
r
e
a
n
n
e
t
u
t
a
a
e
i
m
i
x
x
s
s
i
m
i
e
c
c
t
t
e
e
e
r
a
a
r
h
e
e
h
e
i
i
r
e
v
v
e
e
v
l
l
v
r
e
e
a
a
r
e
f
e
r
f
f
f
e
s
s
e
m
there are several effective measures to maximise natural lighting indoors:
t t
m
c
e
A
e
o
p
/
p
m
s
c
s
n
a
o
n
i
r
o
i
c
t
a
s
f
y
y
o
s
.
n
p
c
c
s
o
o
t
n
n
s
s
n
o
O
(
t
u
n
u
m
o
c
a
e
e
Occupancy/motion sensors. An occupancy sensor (a type of motion sensor) detects
r
y
o
n
n
e
v
r
e
r
i
c
o
d
t
t
d
n
v
d
o
c
s
i
e
i
.
h
n
when a room or area is occupied and when it becomes vacant. Lighting is adjusted
a
a
h
e
h
i
n
n
e
e
.
h
r
r
d
t
t
e
e
s
i
s
i
n
o
a
d
o
d
L
L
a
n
n
i
i
s
r
s
a
g
g
a
u
t
t
g
h
h
s
a
a
w w
d
d
r
i
i
e
j
a
s
e
u
a
n
n
c
c
c
c
m
i
j
m
m
o
a
u
a
m
o
g
i
o
t
a
e
a
e
c
o
c
e
o
p
w
s
w
u
b
o
p
t
b
e
a c c o r d i n g l y . T h i s o f f e r s h a n d s f r e e c o n v e n i e n c e a n d s u b s t a n t i a l e n e r g y s a v i n g s .
accordingly. This offers hands-free convenience and substantial energy savings.
p
d
a
m
o
o
o
n
g
g
O O c c u p a n c y s s e n s s o r r s s a r r e i i d e a l l f f o r r m e e t t i i n g r r o o m s s , , s s t t o r r a g e a n d p r r i i n t t r r o o m s s , , a n d
a
e
d
o
d
u
Occupancy sensors are ideal for meeting rooms, storage and print rooms, and
c
a
o
c
n
e
e
m
n
a
e
n
e
n
n
a
y
e
o
p
m
a
c
o
p
e
i
n
n
n
i
e
f
e
n
n
a
e
n
i
a
a
i
i
f
i
t
a
e
.
n
t
v
e
a
p
.
a
a
e
o
o
i
i
t
r
u
u
c
c
s
s
e
t
t
o
r
c
c
w
w
g
s
s
g
v
bathroom facilities. Outdoor motion activated lights illuminate an area when people
t
n
t
e
e
t
e
h
o
e
o
a
o
l
l
e
p
i
e
o
m
m
o
m
i
l
t
i
l
i
o
p
l
h
m
l
i
u
u
i
a
d
t
a
i
o
r
r
a
a
d
h
t
a
d
l
l
d
t
a
h
t
O
l
l
O
t
i
i
r
l
i
c
t
r
t
e
l
e
a
a
r
,
k
r
.
e
o
o
,
a
e
a
k
s
r
s
c
o
e
o
.
t
t
A
r
A
p
y
w
p
o
y
c
c
w
a
a
n
n
i
i
t
t
a
a
d
d
l
l
c
c
a
o
r
r
n
t
e
r
r
t
e
n
n
e
e
approach or enter it, such as a carpark or building entrances. Along with the energy
a a
i
h
n
h
e
n
e
n
s
s
i
g
r
r
g
h
a
a
b
n
e
e
o
g
g
c
h
c
r
n
h
s
r
h
h
h
s
u
u
b
r
r
n
n
a
t
p
g
e
p
p
t
g
u
u
i
o
p
i
,
,
c
v
v
c
n
y
c
t
n
t
n
y
e
e
t
t
n
c
c
i
i
a
a
l
r
r
l
a
f
f
n
n
u
u
a
o
o
a
s
c
i
s
c
n
n
i
a
e
e
e
c
e
e
e
t
d
i
i
d
d
d
i
t
r
.
.
d
v
v
p
d
p
e
s
s
e
g
g
o
o
t
y
v
v
t
d
d
i
s
d
d
y
t
a
a
r
h
h
e
e
d
d
a
a
s
benefits, motion-activated lights provide convenience, safety and added security.
e
e
i
e
i
t
e
i
n
h
e
o
c
p
o
u
r
r
a
u
t
a
r
l
d
o
c
c
Timer controls. Timer controls do not respond to changes in occupancy but are instead
h
n
d
o
e
e
s
s
d
i
c
d
o
a
b
n
o
b
a
y
n
t
a
t
t
t
r
y
r
o
o
e
o
T
r
e
t
t
r
n
n
o
t
o
T
o
e
e
t
t
i
g
c
c
m
i
n
g
p
m
s
s
n
.
r
n
n
l
s
u
c
.
c
n
n
a
i
u
d
c
e
o
d
e
i
a
n
n
c
a
s
s
o
p
p
s
e
o
T
l
l
T
o
s
h
s
i
u
h
i
u
e
p
s
s
u
e
i
n
n
u
e
u
t
c
p
c
c
c
e
p
s
w
e
w
i
s
e
p
s
s
x
x
s
e
e
e
b
b
e
o
e
o
n
n
e
e
h
u
h
e
o
o
c
u
f
u
f
c
s
t
t
s
o
r
r
t
e
e
o
o
t
o
m
n
i
m
r
r
n
pre-set based on the expected use of rooms. This is useful when room occupancy times
i
e
a
a
e
.
f
t
.
a
m
s
c
s
s
o
d
y
a
d
f
h
o
h
t
e
m
e
m
d
d
m
t
c
o
o
s
s
y
e
e
a
n
m
e
b
e
c
n
o
p
e
a a r r e c o n s s i i s s t t e n t t a n d p r r e d i i c t t a b l l e . . L i i g h t t i i n g t t i i m e r r s s c a n b e m a n u a l l l l y o p e r r a t t e d o r r
d
h
o
o
c
g
y
g
p
n
c
e
d
a
a
b
a
n
n
m
L
e
n
a
are consistent and predictable. Lighting timers can be manually operated or
a
d
u
e
r
s
a
r
t
i
r
a
automated. Manual timers are plug-in units that are adjusted to set lighting times.
a
e
.
t
a
l
i
i
e
t
n
p
n
t
t
i
h
h
s
j
s
i
g
g
t
d
m
s
o
t
t
u
e
d
s
e
g
u
n
l
e
u
u
n
r
c
r
a
e
m
r
t
e
o
i
l
i
l
a
g
Automated timers are generally in-wall programmable digital units that can be
n
a
t
i
a
a
t
t
n
m
s
e
a
r
t
d
i
m
A
l
p
w
m
g
d
u
l
e
l
l
h
g
t
b
n
t
b
i
r
a
a
e
a
o
y
e
s
e
m
n
e
e
i
i
r
s
h
integrated with a building management system (BMS).
S
n
l
e
t
u
.
d
t
B
n
a
g
)
g
a
g
s
n
m
t
t
e
a
t
i
b
e
d
y
i
M
a
m
w
(
E l e c t r o d e l e s s i n d u c t i o n l a m p a n d L E D s a d v a n t a g e s a r e l o n g
Electrodeless induction lamp and LEDs. The induction lamp’s main advantages are long
e
s
m
m
o
o
p
n
o
p
o
e
v
a
a
n
a
v
a
e
e
h
h
e
f
f
m
s
f
m
i
i
f
s
h
h
e
e
e
e
e
l
T
a
s
s
a
e
,
e
e
e
,
s
l
life, ease of replacement and low maintenance. These lamps have mostly been
T
s
l l
s
d
a
i
i
e
n
a
e
e
e
m
r
t
c
e
c
t
d
b
b
t
a
c
a
t
c
w
w
n
n
e
e
t
t
n
a
a
e
e
m
l
m
n
n
o
p
p
y
n
y
n
e
l
n
n
r
m
.
.
l
l
o
a
a
e
e
l
l
l
l
e
e
a a
i
p
m
i
i
i
n
i
f
h
h
f
h
h
c
c
e
e
i
e
a
n
e
a
applied where high lamp replacement is difficult and expensive. The efficiency of
p
i
i
h
h
l
l
e
f
e
f
m
p
f
p
h
h
f
p
e
i
e
i
i
f
f
e
e
s
s
n
o
n
n
o
n
d
d
e
t
t
e
l
f
i
i
p
f
p
l
d
d
w
w
x
x
e
e
s
s
e
e
y
i
p
y
v
g
i
v
g
i
a
r
e
d
d
a
p
e
c
r
l
r
e
r
e
c
.
.
c
c
t
c
t
a
a
c
m
p
e
T
m
e
T
u
n
n
u
l
i
i
i
i i
c
c
T
induction lamps range from about 56lm/W to 80lm/W. This is less impressive than some
W
W
T
r
s
p
s
m
m
p
a
a
m
o
o
e
r
l
l
e
/
t
n
t
/
n
.
u
u
i
i
f
.
f
6
e
e
r
t
o
d
l
i
d
s
s
t
s
m
s
6
r
n
l
n
m
W
/
/
v
v
n
u
a
n
a
l
m
8
i
m
i
8
s
l
h
e
s
p
s
p
o
s
h
t
h
t
0
e
g
u
g
e
0
t
o
t
h
o
o
m
b
r
r
m
b
W
i
i
s
s
m
5
l
e
o
l
5
s
a
a
s
a
i
D
i
l
a
a
u
l
g
g
a
(
9
(
l
D
9
l
o
o
r
0
r
v
v
a
a
i
i
p
o
p
o
l
e
l
0
m
u
r
m
e
r
c
o
o
E
c
w
h
n
n
i
i
n
n
l
l
a
h
a
W
a
e
LEDs (90lm/W or more) which are also claiming equivalent lamp life and lower long-
a
m
m
e
e
e
W
r
m
m
r
)
)
w
e
e
f
l
l
/
/
f
r
r
d
n
s
i
i
n
g
g
d
l
s
l
o
L L
s
m
c
m
h
q
l
s
h
l
q
l
o
a
o
c
e
e
l
w
w
t
n
n
o
t
e
i
E
a
i
e
t
n
t
n
m
h
t
s
m
L
s
A
e
t
e
A
r
u
a
r
t
u
m
m
r
r
a
i
L
e
r
e
h
e
r
d
d
i
e
t
e
e
o
o
v
v
v
v
s
i
i
s
E
t
t
u
u
t t
s
s
i
i
term capital costs. As LEDs further improve in power output and live up to the
h
u
p
p
u
E
h
p
p
l
l
e
c
t
e
c
w
p
p
o
o
w
D
D
s
r
n
n
r
t
t
i
i
s
e
e
a
o
o
a
t
o
o
r
l
c
l
r
p
p
.
a
u
u
.
a
f
p
p
o
f
c
o
t
t
h
e
c
n
e
m
b
d
e
p
p
e
d
o
e
e
y
u
e
c
c
y
c
o
a
a
y
e
x
n
o
a
m
n
c
p p r r e d i i c t t i i o n s s o f f l l a m p l l i i f f e , , t t h e y c a n b e e x p e c t t e d t t o c o m p e t t e i i n c r r e a s s i i n g l l y s s u c c e s s s s f f u l l l l y
n
c
e
predictions of lamp life, they can be expected to compete increasingly successfully
o
g
e
c
e
p
u
with induction lamps.
D
D
i
i
e
n
t
p
a
n
e
t
c
c
L
L
e
e
y
i
.
y
r
r
e
e
a
d
d
E
o
n
l
Smart pole street lighting. LED smart poles are already in use in many cities around the
s
a
a
m
m
y
y
a
l
n
a
p
a
a
i
o
E
.
s
a
a
s
s
u
u
s
s
r
r
e
e
m
r
a
t
t
a
o
r
u
o
n
e
e
n
n
d
t
i
d
h
h
l
r
i
m
r
l
e
s
e
s
u
n
i
i
t
o
l
e
l
a
world. The poles are operated via a centralised online hub to remotely control and
w w
t
r
r
d
d
d
d
l
y
a
l
e
o
e
e
t
t
y
e
e
t
T
t
T
s
d
t
s
r
n
e
r
n
e
d
r
r
p
e
c
e
c
p
e
e
o
o
e
e
o
a
a
o
b
s
a
b
a
u
l
l
u
i
i
e
e
t
a
t
t
h
h
a
r
n
t
r
h
h
n
s
l
l
m
m
i
c
c
o
o
n
n
n
l
l
d
d
a
l
l
o
n
o
o
o
v
v
a
i
r
r
i
p
n
i
p
n
o
r
e
o
r
e
.
e
o
.
o
a
e
a
t
e
t
t
u
d
d
m
g
c
i
r
t
s
o
a
e
m
l
o
e
e
i
e
n
d
i
h
t
g
t
v
o
o
i
s
c
a
n
e
a
e
r
c
l
t
o
e
e
r
i
t
n
s
monitor street lighting and other services. Automated sensors detect ambient local
o
t
n
t
s
.
h
n
a
A
s
s
m
r
l
b
e
r
n
n
I
I
r
e
r
f
t
t
e
t
t
o
o
e
n
e
e
n
e
f
l
i
l
i
i
e
b
i
t
t
e
i
y
i
w
y
n
t
n
w
t
v
v
g
g
s
h
s
a
e
i
i
b
e
e
i
i
s
e
s
i
i
d
o
c
f
l
f
l
o
n
a
p
n
p
d
c
a
t
t
s
s
,
,
f
f
e
e
r
r
a
a
i
h
i
t
T
i
i
t
h
t
e
T
n
s
n
i
t
i
o
o
.
.
r
o
o
c c
conditions, such as visibility, traffic and weather. The poles integrate with the Internet of
r
h
h
n
n
d
d
t
t
s
t
t
h
h
t
t
h
c
c
a
a
a
r
r
a
a
h
e
h
,
e
,
u
u
w
e
w
s
s
Things (IoT) cyberscape.
Daylight response. Daylight response or ‘harvesting’ technology uses photosensors to . Daylight response or ‘harvesting’ technology uses photosensors to . Daylight response or ‘harvesting’ technology uses photosensors to
o
a
o
l
i
v
a
a
t
d
a
y
t
s
j
u
l
n
i
s
instantly adjust output in response to available ambient light. This technology is
i
n
t
a
s
t
y
p
o
s
r
e
s
e
l
o
n
p
u
t
o
u
g
n
i
t
.
m
i
a
l
i
t
s
g
b
h
e
e
l
b
T
i
n
e
c
h
n
t
t
h
e
h
h
e
i
u
l
l
i
t
t
c
n
n
c
n
s
g
e
,
s
c
c
d
d
g
e
i
r
r
i
g
g
n
t
t
,
a
a
l
a
a
l
f
i
i
l
b
f
f
b
f
a a
r
h
available as an integrated feature in common LED fittings, including for factory high
r
o
a
a
v
h
o
v
g
i
i
i
s
s
u
n
n
d
a
a
d
i
g
g
e
g
l
e
n
a
a
a
n
a
n
t
o
m
o
t
t
t
y
c
y
t
m
t
t
E
r
m
m
r
r
r
f
f
e
L
i
i
u
E
L
u
e
i
o
o
a
i
D
n
n
n
e
e
n
t
o
f
f
n
i
o
c
i
a
D
e
y
e
s
t
s
y
t
u
a
p
c
u
a
e
i
r
t
c
r
p
t
e
i
a
a
a
r
r
u
y
y
p
u
a
i
d
o
n
d
n
o
y
i
y
bay lamp types. Daylight response ensures productive levels are maintained perfectly
b b
e
e
a
a
s
n
n
m
s
m
l
p
t
p
p
l
t
l
l
h
h
s
g
s
r
l
l
e
e
r
l
i
a
l
n
n
g
i
e
e
e
r
r
e
v
s
v
f
f
s
t
t
l
l
o
o
e
p
p
e
v
e
e
e
c
c
s
s
n
n
m
t
t
i
m
v
e
i
p
p
a
e
e
d
a
a
y
y
d
s
s
e
e
r
.
.
D
e
e
D
r
a n d e n e r g y c o s t s a r e m i n i m i s e d .
and energy costs are minimised.
| 64