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DESIGNING WITH LED TECHNOLOGY:

DIALUX EVO 12 (NORMAL LIGHT SCENE)

ILLUMINANCE (LUX) HEAT MAP

3D LAYOUT WITH LIGHTING FIXTURES

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DESIGNING WITH ED TECHNOLOGY:

DIALUX EVO 12 (EMERGENCY LIGHT SCENE)

ILLUMINANCE (LUX) HEAT MAP

3D LAYOUT WITH LIGHTING FIXTURES

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DESIGNING WITH LED TECHNOLOGY:

Navisworks with Lighting Calculation Grid and Fixtures

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3D RENDERING USING AGI 32�FPSO Module TS051 (@EL. 105.300)

ILLUMINANCE (LUX) HEAT MAP

3D LAYOUT WITH LIGHTING FIXTURES

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KEY HIGHLIGHTS

Average illuminance

222.55 Lux

Uniformity (Min/Avg)

0.40

Meets Lighting

Design Criteria

Compliant with

Industry standards

Optimized for Safety,

Efficiency & Reliability

REPORT DETAILS

FPSO Module TS051 (@EL. 105.300)

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3D RENDERING USING AGI 32

ILLUMINANCE (LUX) HEAT MAP

3D LAYOUT WITH LIGHTING FIXTURES

FPSO Module TS051 (@EL. 105.300)

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REPORT DETAILS

PIPERACK AND PROCESS AREA

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DESIGNING WITH LED TECHNOLOGY:

HPS to LED Comparison Study –

Quantity of Reduction

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DESIGNING WITH LED TECHNOLOGY: IN-RUSH CURRENT

Inrush current is the instantaneous high input current drawn by an electrical equipment at turn-on.

The inrush current is also known as the switch-on surge, or the input surge current. Generally measured in ampere per second (A/s)

In lighting, the fluorescent ballast and the LED driver will draw a high current when the fixtures are switched on,

Then regulate down to the rated operation current.

This will be one of the important factors in determining what type of circuit breaker to use and how many

fixtures we can allocate in a circuit.

Eaton Crouse-Hinds

ExLin 3L

Capacity

Optimization & Save

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DESIGNING

WITH LED TECHNOLOGY:

CO2 (CARBON DIOXIDE) REDUCTION

Upgrading to LED lighting delivers significant energy savings and reduces carbon emissions for a more sustainable future.