LAMP COST CALCULATOR - SustainabLed

Lighting Efficiency & Cost Calculator

Compare different lamp options for your lighting projects

YOUR LIGHTING PROJECT — SustainabLED Cost Comparator

“Too good to be true” — with SustainabLED it is Too Good AND it’s absolutely True!

OUR Mission

We set out with one goal — To make the best high bay lamps in the world at prices that unbeatable in Price, Performance, Reliability and Project Targeted.

Heavyweight — literally – they have the aluminium mass to keep them running cool forever.
End of Life — None — exchange the part for new — simply renew the lamp at fraction of cost.
Light Efficiency — at over 200 Lm/W — the energy running costs is less than half of many others and MUCH less than most. You will find this out when you use the calculator below.
8 Years Warranty — Premium Components, 3Kg heatsink, Moso/Sosen/Lifud driver and 3 times the amount of LEDs required to make the LED array run at 1/3 rated power. L90B10 — what’s this you ask — it’s certification to prove long life — our is rated at 44,000 hours.
SustainabLED — no end of life, renewable in seconds with zero skills with exchange part.
Certifed — by German reference laboratory TUV Rheinland.

Price — HOW DO WE DO IT! We sell directly to you from the factory!

STEP 1: Enter Your Site Requirements

Fill in the details about your project requirements below. These will be used to calculate costs and determine suitability.

Site Requirements

Number of Lamps

Hours per Day

REQUIRED LUMENS PER LAMP

Energy Cost ($/kWh)

STEP 2: Enter Comparison Lamp Details

Enter just 3 pieces of information about the lamps you wish to compare – you can also add Make and Model for your reference. You can enter 2 lamps (Comparision Lamp 1 and Comparison Lamp 2) at one time to compare with our SustainabLED lamps that are already data embedded.

Lamp Options

SustainabLED SHB 240

Make: SustainabLED

Model: SHB 240

Wattage: 240 W

Efficacy: 204 lm/W

Capital Cost: $140.00

SustainabLED lamp specifications are fixed and cannot be modified.

STEP 3: Calculate the Capital + Energy Costs over a 5 year period

WE ARE CONFIDENT our products will offer best prices for lamps that are of much greater quality and performance. Compare Price, Running costs, Warranty Period, Steady State Run temperature (our lamps run super cool at just 50 deg C)

Failures are expensive to get up to. Protect your reputation. Buy Quality – SustainabLED

Now you have all the information to Make an Informed and Better Decision.

NOTE — Prices are for 1-50 pieces — If you are interested in becoming a Value Added Reseller please write to us at Partners@SustainabLED.io Home of the World’s Best High Bay Lamps

Calculating…

Comparison Results

Suitability Check — A simple cross-check of required lumens out again delivered lumens output of each lamp model

Lamp Name	Make	Model	Light Output per Lamp (lm)	Suitability

Cost Efficiency — This is the Cost for per 1000 Lumens of Light output and the cost per required output lumens as a direct comparison with each other.

Lamp Name	Cost per 1000 lm/hour ($)	Cost per Required Lumens ($)

Energy Costs

Lamp Name	Energy Cost per Day ($)	Energy Cost per Year ($)	Energy Cost 5 Years ($)

Total Costs

Lamp Name	Total Capital Cost ($)	5 Year Costs — Capital Cost + Energy Running Costs ($)

Your Savings with SustainabLED

Comparison Lamp	Annual Savings ($)	5-Year Savings ($)

View Detailed Comparison

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Detailed Comparison

Lamp Name	Wattage (W)	Efficacy (lm/W)	Light Output per Lamp (lm)	Suitability	Cost per 1000 lm/hour ($)	Cost per Required Lumens ($)	Energy Cost/Day ($)	Energy Cost/Year ($)	Energy Cost/5 Years ($)	Total Capital Cost ($)	Total 5-Year Cost ($)

Understanding the Calculations

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Formulas Used

Light Output per Lamp = Wattage × Efficacy
Total Light Output = Light Output per Lamp × Number of Lamps
Suitability = “OKAY” if Light Output per Lamp ≥ Required Lumens, otherwise “NOT SUITABLE”
Cost per 1000 Lm/Hour = (Energy Cost × Wattage / 1000) / (Light Output per Lamp / 1000)
Cost per Required Lumens = Cost per 1000 Lm/Hour × (Required Lumens / 1000)
Energy Cost per Day = Number of Lamps × Hours per Day × Cost per Required Lumens
Energy Cost per Year = Energy Cost per Day × 365
Energy Cost for 5 Years = Energy Cost per Year × 5
Total Capital Cost = Number of Lamps × Capital Cost per Lamp
Total 5-Year Cost = Total Capital Cost + Energy Cost for 5 Years

Tips for Using the Calculator

Enter accurate wattage and efficacy values for precise calculations
Higher efficacy (lm/W) means better energy efficiency
Consider both capital costs and long-term energy costs
Ensure the total light output meets your requirements

Compare your lighting options to find the most efficient and cost-effective solution