Australian Energy Conservation & Power Correction Technologies
'BEFORE' High Bay Industrial Lighting 'AFTER' High Bay Industrial Lighting Never has Before & After meant so much!
Benefits of our High Bay Industrial Lighting
  • Lower energy consumption.
  • Increase usable light levels by at least 100%.
  • Better colour rendition and reduced glare.
  • Instant on, no re-strike time versus 5-7 minute re-strike for HIDs.
  • 15,000 to 20,000 hour lamp life - Polished aluminium reflector with 90+% reflectance.
  • Increases productivity while creating a safer work environment.
  • Reduces labour costs - Colour Rendering Index 85+ versus 65 for HIDs.
  • Virtually no maintenance costs - Pays for itself quickly.
  • Lower lumen depreciation rates.

How much can you Save?

How much can you Save?High Bay Lights provide more light with less power usage. To find out how much you'll save by switching to High Bay Lighting and lower your power usage Call Us Today »» 1300 733 105 ««



Case Study: Retro fit of High Bay Lighting

Here is an actual photo of PTE Hydraulics factory with standard metal halide lighting and then below is the facility with Conservelec's High Bay high-efficiency lighting system installed. What a difference!

Read what our Clients say:

»» Kador Engineering Pty Ltd

 

 

 

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Why Conservelec High Bay Lighting?

Up to 70% savings can be realised by replacing inefficient HID lighting with High Bay energy efficient flourescent lighting.

Now you can replace your old out-dated fixtures one-for-one with the
Conservelec High Bay Lights and improve your light levels with half the energy.

High Bay Lighting

Here is how it works: Energy Star Partner

Six lamp T8 and four or six lamp T5 fixtures allow high-bay fluorescent lighting to be used in many different applications at a variety of heights.

Customise the High Bay Lighting using the wide variety of options and accessories to perfectly fit your specific needs.

Quick & easy installation, superior optical performance and many years of trouble free operation are a few of the many benefits of the High Bay Industrial light.


Fixture Comparison
HFCN T8-636
HFCN T5-454
400 HID
Initial Lumens 18,420 18,620 36,000
Lamp Lumen Depreciation 5% 5% 30% - 50%
Avg. Fixture Efficiency 98% 98% 75%
Maintained Lumens 17,500 17,690 18,900
Energy Consumed 219 Watts 220 Watts 460 Watts
Maintained Lumens/Watt 80 L/W 80.4 L/W 40.6 L/W


Lux Produced HFCN T8-636 350 Pulse start 400 HID
... when new 624 269 301
... after 10,000 hours 560 172 215
... end of service life 538 150 183
Energy Consumed 219 Watts 400 Watts 460 Watts

One lux equals 1 lumen per square metre.

A luminous flux of 100 lumens concentrated into an area of one square metre (I metre x 1 metre) lights up that square metre with an illuminance of 100 lux. The same quantity of light spread over an area of four square metres (2 metres x 2 metres) will result in an illuminance of 25 lux.

Many other factors (such as luminous efficacy, colour rendering (or CRI index), and pupil conversion factor, etc) must be taken into account before attempting to compare fixtures based on lumens output alone.


Colour rendering index of HID and fluorescent lamps (CRI of 100 is best)
350 W pulse start HID;  400 W HID
60 - 70
T8 and T5 fluorescent tubes
75 - 98

Source: GE, Osram and Philips

Correction factors applied to conventional values of lumens per watt (L/W) yield a value for pupil lumens per watt, which is a measure of how effectively the eye sees the light that is emitted.


LIGHT SOURCE Conventional L/W Correction Factor Pupil L/W
HID 40 0.86 34
4,100K T8 fluorescent 90 1.62 145
5,000 T5 fluorescent 104 1.83 190

Source: E-source