Energy efficiency

Conventional fluorescent tubes are one of Sweden’s most common light sources
and are still used in many public environments, such as schools, offices, hospitals
and industrial premises,but they are also found in people’s homes.


In autumn 2023 the European Commission’s ban on mercury in fluorescent tubes comes into force. Mercury is one of the most dangerous environmental toxins and represents a threat to both the climate and people’s health.

The ban means that is no longer lawful to sell conventional fluorescent tubes in
the EU and the decision will make positive contribution towards a better climate.

Which fluorescent tube replacement should I choose?

Existing lighting solution:


Change from fluorescent tubes to LED in your industry projekt – make big savings!

Using different control solutions you can save even more, depending on the type of space, how it is used and the circumstances of the project. We are happy to help with energy saving calculations and lighting calculations for replacement in your project.

Open surface

The examples below are for a surface for 500lux. By changing from fluorescent tubes to LEDs, you can make energy savings of up to 70% depending on the lighting solution that you choose.

T5

100%

2x80WT5 Fluorescent tube and HF-drivers
330pcs luminaires used for 500lux

-63%

Indline XXL medium 575mA 
140pcs luminaires used for 500lux

-64%

Indline XL medium 700mA
190pcs luminaires used for 500lux

T8

100%

3x 58w T8 fluorescent tube and magnetic current limiter
270pcs luminaires used for 500lux

-27%

3x58w T8 fluorescent tube and HF-driver
270pcs luminaires used for 500lux

-69%

Indline XXL Medium 575mA
140pcs luminaires used for 500lux

-70%

Indline XL Medium 700mA
190pcs luminaires used for 500lux

Warehouse aisles

The examples below are for a warehouse aisle with 200lux. By changing from fluorescent tubes to LEDs, you can make energy savings of up to XX% depending on the lighting solution that you choose. In the calculations below for control, we have worked from reduction factors in “Ljus & Rum” section 6 with standard values for warehouse aisles.

T5

100%

16pcs 2x49w T5 fluorescent tube and HF driver
Manual control
Installed power 1728W
Used power 1728W

-62%

6pcs Indline XL Medium 700mA
Manual control
Installed power 660W
Used power 660W

-71%

6pcs Indline XL Medium 700mA
Motion control
Installed power 660W
Used power 495W

-74%

6pcs Indline XL Medium 700mA
Motion and daylight control
Installed power 660W
Used power 446W

T8

100%

15pcs 2x58w T8 fluorescent tubes and conventional driver
Manual control
Installed power 2265W
Used power 2265W

-71%

6pcs Indline XL medium 700mA
Manual control
Installed power 660W
Used power 660W

-78%

6pcs Indline XL medium 700mA
Motion control
Installed power 660W
Used power 495W

-80%

6pcs Indline XL medium 700mA
Motion and daylight control 
Installed power 660W
Used power 446W

Which fluorescent replacement should I choose?

Replacement For T5

Fixture lumen & power stated for medium beam angle for Indline.
Note that you should replace with the same beam angle and IP rating as the existing luminaire has.
Columns referring to mA indicate the product’s system power and fixture lumen at the specified DIP-Switch Power. This is set on the product’s driver.

Length 600 1200 1500
Existing configuration T5 2x14W T5 2x24W T5 4x14W T5 2x28W T5 2x54W T5 3x54W T5 4x54W T5 2x49W T5 2x80W T5 3x49W T5 4x49W T5 3x80W
System power (1) / Fixture lumen (2) 31W/1686lm 53W/2453lm 62W/3371lm 62W/3646lm 119W/6199lm 178W/9299lm 238W/12398lm 108W/6037lm 176W/8624lm 162W/9055lm 216W/12074lm 264W/12936lm
Replacements from Hide-a-lite
Sky Op 600x600 Dim 30W/3800lm
Sky Op 600x600 Dali 28W/3500lm/700mA
Sky Op 600x600 Clo 42W/4350lm/840mA
Sky Mp 600x600 Dim 30W/3700lm
Sky Mp 600x600 Dali 30W/3600lm/750mA
Sky Mp 600x600 Clo 42W/3940lm/840mA
Sky Op 300x1200 Dim 30W/4200lm
Sky Op 300x1200 Dali 28W/3760lm/700mA
Sky Op 300x1200 Clo 42W/4360lm/840mA
Sky Mp 300x1200 Dim 30W/3900lm (3)
Sky Mp 300x1200 Dali 30W/3800lm/750mA
Sky Mp 300x1200 Clo 42W/4050lm/840mA
Reline 600 (6) 14W/2000lm
Liteline Basic IP44 600 18W/2100lm
Liteline G2 IP44 600 18W/2800lm/500mA 18W/2800lm/500mA
Reline 1200 (6) 30W/4400lm/750mA
Liteline Basic IP44 1200 38W/4630lm
Liteline G2 IP44 1200 (Not SC variant) 25W/3900lm/500mA 40W/6300lm/800mA
Liteline G2 IP44 1200 Clo 40W/5650lm 40W/5650lm (3)
Liteline IP65 1200 (On/Off / Sensor) 40W/5150lm/900mA 53W/6490lm/1200mA
Liteline IP65 1200 (Dali / Bluetooth) 38W/5150lm
Liteline IP65 1500 (On/Off / Sensor) 50W/6850lm/1050mA
Liteline IP65 1500 (Dali/Bluetooth) 52W/6850lm (4) 52W/6850lm
Liteline IP66+ 1500 36W/5750lm/700mA 45W/7050lm/850mA (4) 45W/7050lm/850mA 55W/8550lm/1050mA (3)
Liteline IP66+ 1500 Dali 34W/5650lm/700mA (4) 42W/6900lm/850mA (4) 42W/6900lm/850mA 52W/8400lm/1050mA (3)
Indline G2 IP23 M 60° 53W/10200lm/350mA 78W/12800lm/450mA
Indline G2 IP23 M 60° Dali Clo 80W/15400lm/500mA 80W/15400lm/500mA
Indline G2 IP23 L 60° 62W/9850lm/250mA 92W/13600lm/350mA (3) 52W/7900lm/200mA 62W/9850lm/250mA 62W/9850lm/250mA 78W/11700lm/300mA 92W/13600lm/350mA
Indline G2 IP23 L 60° Dali Clo 100W/19750lm/350mA 100W/19750lm/350mA 100W/19750lm/350mA 100W/19750lm/350mA
Indline G2 IP23 XL 60°
Indline G2 IP23 XL 60° Dali Clo
Indline Basic M 34W/5050lm/200mA 42W/6200lm/250mA 59W/8700lm/350mA (3)
Indline Basic M Dali 62W/8900lm/350mA 62W/8900lm/350mA (3)
Indline Basic L 62W/9850lm/250mA 92W/13600lm/350mA (3) 52W/7900lm/200mA 62W/9850lm/250mA 62W/9850lm/250mA 78W/11700lm/300mA 92W/13600lm/350mA
Indline Basic L Dali 96W/14100lm/350mA 96W/14100lm/350mA 96W/14100lm/350mA 96W/14100lm/350mA 96W/14100lm/350mA 96W/14100lm/350mA 96W/14100lm/350mA


(1) We have applied the following standard additions to the total power of the light sources to account for driver losses:
T5 HF ballast +10%  |  T8 conventional ballast +30%
(The total power consumption of a luminaire is called system power, i.e. the luminaire’s total power incl. driver losses.)
(2) We have assumed that the fluorescent luminaire has 70% efficiency to calculate fixture lumen based on light source lumen
(3) Provides slightly less light (ok to mark with stars down to 10% less light; beyond that it is not a replacement)
(4) Replacement luminaire 1500 mm long  | 
(5) Replacement luminaire 1800 mm long
(6) Note that this is an insert mounted in an existing fluorescent luminaire by a qualified electrician

Which fluorescent replacement should I choose?

Replacement For T8

Length 600 1200 1500
Existing equipment T8 2x18W T8 4x18W T8 2x36W T8 2x58W T8 3x58W T8 4x58W
System power (1) / Fixture lumen (2) 47W/1890lm 94W/3780lm 94W/4687lm 151W/7308lm 226W/10962lm 302W/14616lm
Replacements from Hide-a-lite
Sky OP 600x600 DIM 30W/3800lm
Sky OP 600x600 DALI 32W/3900lm/800mA
Sky OP 600x600 CLO 42W/4350lm/840mA
Sky MP 600x600 DIM 30W/3700lm
Sky MP 600x600 DALI 34W/4050lm/850mA
Sky MP 600x600 CLO 42W/3940lm/840mA
Sky OP 300x1200 DIM 30W/4200lm (3)
Sky OP 300x1200 DALI 36W/4750lm/900mA
Sky OP 300x1200 CLO 42W/4360lm/840mA (3)
Sky MP 300x1200 DIM
Sky MP 300x1200 DALI 38W/4730lm/950mA
Sky MP 300x1200 CLO
Reline 600 (6) 14W/2000lm
Liteline Basic IP44 600 18W/2100lm
Liteline G2 IP44 600 18W/2800lm/500mA
Reline 1200 (6) 39W/5200lm/950mA
Liteline Basic IP44 1200 38W/4630lm
Liteline G2 IP44 1200 (Not SC variant) 30W/4700lm/600mA
Liteline G2 IP44 1200 CLO 40W/5650lm
Liteline IP65 1200 (On/Off / Sensor) 40W/5150lm/900mA
Liteline IP65 1200 (DALI / Bluetooth) 38W/5150lm
Liteline IP65 1500 (On/Off / Sensor) 59W/7800lm/1200mA
Liteline IP65 1500 (DALI / Bluetooth) 52W/6850lm (3)
Liteline IP66+ 1500 36W/5750lm/700mA (4) 47W/7400lm/900mA
Liteline IP66+ 1500 DALI 34W/5650lm/700mA (4) 45W/7300lm/900mA
Indline G2 IP23 M 60°
Indline G2 IP23 M 60° DALI CLO
Indline G2 IP23 L 60° 69W/12900lm/250mA 82W/15250lm/300mA
Indline G2 IP23 L 60° DALI CLO 100W/19750lm/350mA 100W/19750lm/350mA
Indline G2 IP23 XL 60° 81W/15450lm/400mA 
Indline G2 IP23 XL 60° DALI CLO 127W/23700lm/600mA
Indline Basic M 34W/5050lm/200mA
Indline Basic M DALI 62W/8900lm/350mA
Indline Basic L 52W/7900lm/200mA 78W/11700lm/300mA 92W/13600lm/350mA (3)
Indline Basic L DALI 96W/14100lm/350mA 96W/14100lm/350mA 96W/14100lm/350mA (3)


(1) We have applied the following standard addition to the total power of the light sources to account for driver losses:
T5 HF ballast +10%  |  T8 conventional ballast +30%
(The total power consumption of a luminaire is called system power, i.e., the luminaire’s total power incl. driver losses.)
(2) We have assumed that the fluorescent luminaire has 70% efficiency to calculate fixture lumen based on light source lumen.
(3) Provides slightly less light (ok to mark with stars down to 10% less light; beyond that it is not a replacement).
(4) Replacement luminaire 1500 mm long.
(5) Replacement luminaire 1800 mm long.
(6) Note that this is an insert mounted in an existing fluorescent luminaire by a qualified electrician.

Which fluorescent replacement should I choose?

Replacement For Compact Fluorescent

Hide-a-lite replacements
Fixture lumen & power stated for 3000K
Note that you should replace with the same beam angle and IP rating as the existing luminaire.
Columns referring to mA indicate the product’s system power and fixture lumen at the specified DIP-Switch Power. This is set on the product’s driver.

Luminaire type Compact fluorescent
Existing configuration 2x10W / 1x18W 2x13W / 1x26W 1x32W 2x18W 1x42W 2x26W 1x57W
System power (1) / Fixture lumen (2) 22W/960lm 28.6W/1480lm 35.2W/1880lm 39.6W/1920lm 46.2W/2480lm 57.2W/2880lm 62.7W/3200lm
Replacements from Hide-a-lite
Solo Mini G2 15W/1080lm
Solo Maxi G2 12W/1030lm/250mA 18W/1750lm/450mA 22W/2080lm/550mA 22W/2080lm/550mA
Echo S 125/150/170/215/250 14W/1150lm
Echo M 170/215/270 12W/1110lm/300mA 21W/1780lm/500mA 21W/1780lm/500mA (3) 21W/1780lm/500mA (3)
Echo L 230/265/320 24W/2310lm/600mA 24W/2310lm/600mA 28W/2670lm/700mA 32W/2990lm/800mA 32W/2990lm/800mA (3)
Plano Basic 170 18W/1720lm 18W/1720lm (3) 18W/1720lm (3)
Plano Basic 190 25W/2620lm 25W/2620lm 25W/2620lm 25W/2620lm (3)
Plano Basic 230 35W/3540lm 35W/3540lm


(1) We have assumed that the compact fluorescent luminaire has 80% efficiency to calculate fixture lumen based on light source lumen.
(2) We report the luminaire’s system power by applying a standard addition to the total power of the light sources to account for driver losses:
Compact fluorescent: HF ballast +10%
(3) Provides slightly less light.

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