street lighting - OMS lighting

STREET LIGHTING OMS Lighting

EUROPE’S FASTEST GROWING LIGHTING SOLUTIONS PROVIDER

STREET LIGHT AND SAFETY Uncover the trends that are moving the lighting world through a series of new thematic videos. OMS Lighting explains global trends and illustrates how to implement them into everyday life using specific applications


TECHNOLOGICAL APPROACH SEGIN M

MEGIN M

IMMA

OPTICAL SYSTEM : LENSES & REFLECTOR

OPTICAL SYSTEM : LENSES

OPTICAL SYSTEM : LENS

up to

up to

up to

10750 lm

12800 lm

5000 lm

system efficacy up to



colour rendering index



113 lm/W

93 lm/W 70 Ra

125 lm/W

65 Ra

70 Ra

STANDARD

STANDARD

STANDARD

STANDARD

STANDARD

STANDARD

ON REQUEST

ON REQUEST

ON REQUEST

ON REQUEST

ON REQUEST

ON REQUEST

STANDARD

STANDARD

STANDARD


STREET LED PRODUCTS MEGIN M

up to

MEGIN L





lm/W

lm/W

lm/W

lm/W



Ra

up to

43 %

DAINA up to

AV AIL NO AB W

70 Ra

LE

54 %

AV AIL NO AB W

70 Ra

LE

CAIDEN

up to

up to

36 %

93

AV AIL NO AB W

70 Ra

LE

ENERGYSAVING

ENERGYSAVING

IMMA

up to

up to

22 %

ENERGYSAVING

THEA LED

up to

12800

3950

5000

8800





lm/W

lm/W

lm/W

lm/W



lm

Ra

up to

43 %

ENERGYSAVING

AV MA AIL RC AB H2

70 Ra

LE

01

5

up to

52 %

ENERGYSAVING

lm

125



70

lm

110

113

LE

up to

lm

110


lm

15

lm

110

ENERGYSAVING

20

up to

10750

70

AV A MA ILA B Y

SEGIN M

8900

lm


LE

up to

23000

113

W

SEMAI

12800 lm

AV AIL NO AB

up to

AV A MA ILA B Y 20

15

65 Ra

LE

up to

47 %

ENERGYSAVING

89

AV MA AIL RC AB H2

70 Ra

LE

01

5


up to

44 %

ENERGYSAVING

MEGIN M up to

12800 lm up to

113 lm/W 70 Ra high IP protection

Name of luminaire Light source Luminous flux of installed light sources (lm) LOR (%) Net lumen output (at Ta = 25 °C) Power consumption (W) System efficacy of luminaire (lm/W)

TRITON 150W ME 15000 72 10800 169 64

MEGIN M LED 10850 100 10850 97 112


43 % ENERGYSAVING

MEGIN L up to

23000 lm up to


Name of luminaire MERCURY XL 1 x 400W Light source MT Luminous flux of installed light sources (lm) 35000 LOR (%) 76 Net lumen output (at Ta = 25 °C) 26600 Power consumption (W) 455 System efficacy of luminaire (lm/W) 59

MEGIN L LED 23000 100 23000 209 110


tiltable spigot

54 % ENERGYSAVING

SEMAI up to

8900 lm up to

110 lm/W 70 Ra tiltable spigot


TRITON 1x100 W ST 9000 75 6750 110 61

SEMAI LED 6950 100 6950 63 110


43 % ENERGYSAVING

SEGIN M up to

10750 lm up to

93 lm/W 70 Ra


ATLAS 1x150 W ME 13500 75 10100 176 57

SEGIN M LED 10750 100 10750 138 78


22 % ENERGYSAVING

DAINA up to

12800 lm up to



TRITON 150W ME 15000 72 10800 169 64

DAINA LED 10850 100 10850 97 112


43 % ENERGYSAVING

CAIDEN up to

3950 lm up to

110 lm/W 70 Ra


ATLAS 1x70 W ST 6300 73 4600 75 61

CAIDEN LED 3950 100 3950 36 110


52 % ENERGYSAVING

IMMA up to

5000 lm up to

125 lm/W 65 Ra


ATLAS 1x70 W ST 6300 73 4600 75 61

IMMA LED 5000 100 5000 40 125


47 % ENERGYSAVING

THEA LED up to

8800 lm up to

89 lm/W 70 Ra


TRITON M 1 x 150W ME 13,500 75 10,100 176 57

THEA LED 8800 100 8800 99 89


44 % ENERGYSAVING

REFERENCES

EUROPEAN EUROPE’S FASTEST GROWING LIGHTING SOLUTIONS PROVIDER

REFERENCES


REFERENCES


OPTICAL SYSTEMS Previously used luminaire: 150 W

77%

Currently used luminaire: Megin 35W 3950lm

ENERGYSAVING

STREET LIGHTING CONFIGURATOR MATRIX

Pos. 1

Pos. 2

Pos. 3

Pos. 4

ROTATION 0°–360° IN 90º INCREMENTS

EUROPEAN FASTEST GROWING LIGHTING SOLUTIONS PROVIDER


STREET LIGHTING CONFIGURATOR The Street Lighting Configurator is a tool which combines existing lenses on the market to create the requested LIDC. the configurator uses 4 different lenses with different intensity curves and calculates 256 combinations with rotation increments of 90° it is possible to insert the LDT of any lens into the configurator it is possible to modify the rotation step the configurator can be extended to work with more LID curves the configurator can be used to mix different luminous intensity curves EUROPE’S FASTEST GROWING LIGHTING SOLUTIONS PROVIDER

STREET LIGHTING CONFIGURATOR MATRIX

Pos. 1

Pos. 2

Pos. 3

Pos. 4

ROTATION 0°–360° IN 90º INCREMENTS


LIGHT DISTRIBUTION OPTIONS


LIGHT DISTRIBUTION OPTIONS IESNA TYPE I – luminaires to be mounted over the center of the area to be illuminated. Applies to rectangular distributions on narrow streets.

IESNA TYPE II – luminaires to be mounted near the edge of the area to be illuminated. Applies to narrow streets.

TYPE III – luminaires to be mounted near the edge of the area to be illuminated. Applies to streets of a medium width.

TYPE IV – luminaires to be mounted near the edge of the area to be illuminated. Applies to wide streets.

TYPE V – luminaires mounted over the center of the area to be illuminated. Applies to areas where light is to be distributed evenly in all directions. Type V is generally the class of luminaire applied in high mounting pole lighting systems.


DEVELOPMENT OF OPTICS ON REQUEST Reflector & parabolic louvre design by OMS

Refractor, diffuser & lens design

or, diffuser & lens design

ens

Refractor and diffuser selection It is difficult to understand the advantages and disadvantages of each type of refractive or non-refractive diffuser, especially in terms of its application in a specific setting. Our optical engineers are experienced in making these choices and can help customer understand which best suits their needs.

Lens optimisation Lenses are used in LED luminaires and are commonly positioned directly on the LED. There are many lens shapes to choose from. Only experienced and knowledgeable optical engineers know how to determine the best lens for each product, with the possibility of combining various lenses within one optical system in order to achieve the desired result. For highly demanding street lighting luminaires we have developed our own optimisation software, the Street Light Configurator, which allows us to combine up to four different lenses at various angles in order to provide the needed LIDC.

Refractor optimisation It is possible to modify a refractive material in order to achieve a desired LIDC; however, this is an incredibly difficult task that requires a high level of expertise. To help us with this process we have developed our own LIDC Optimiser software, which helps us determine the precise LIDC Lens design needed for each application and provides Lenses are standard parts in optical calculations we can use as a base for opti- design. Illumination designs use internal EUROPE’S cal optimisation. reflection and the law of refraction to cap-

FASTEST GROWING LIGHTING SOLUTIONS PROVIDER

Spectral & luminance analysis

DESIGNS PROPOSALS


DESIGNS PROPOSALS


DESIGNS PROPOSALS


DESIGN AND OPTICAL POSSIBILITIES VARIANT 1 Expected parameters: • 62 W, 6900 lm (net), 112 lm/W, CRI 70, 4000 K • 97 W, 10850 lm (net), 112 lm/W, CRI 70, 4000 K

Lenses:


DESIGN AND OPTICAL Streetlight Variant 2 POSSIBILITIES VARIANT 2 Expected parameters:

• 62W, 6900lm(net),112lm/W, CRI70, 4000K • 97W, 10850lm(net), 112lm/W, CRI70, 4000K

Lenses:


DESIGN ANDVariant OPTICAL Streetlight 3 POSSIBILITIES VARIANT 3 Expected parameters:

• 62W, 6900lm(net),112lm/W, CRI70, 4000K • 97W, 10850lm(net), 112lm/W, CRI70, 4000K

Lenses:


THANK YOU

´FOLLOW THE RIGHT LIGHT´ HEAD OFFICE OMS, spol. s r. o., 906 02 Dojč 419, Slovak Republic [email protected] EUROPE’S FASTEST GROWING LIGHTING SOLUTIONS PROVIDER www.oms.lighting