Stop Guessing. Start Measuring.

If your building still operates outdated fluorescent, HID, T12, T8, metal halide, or high-pressure sodium lighting, you are almost certainly overspending on energy and maintenance.

A professional Lighting Energy Audit gives you real numbers — not estimates — showing exactly how much money your facility is losing every month and how fast an LED upgrade will pay for itself.

A lighting energy audit is a detailed, on-site evaluation of your existing lighting system designed to measure:

• Current wattage consumption
   
• Fixture counts and types
   
• Lumen output performance
   
• Lighting distribution and shadowing
   
• Maintenance frequency and costs
   
• Utility rate impact
   
• Potential rebate eligibility
   
• Projected energy reduction percentage
   
• True ROI timeline
   

This is not a “quick walkthrough.”
This is a data-driven efficiency assessment.

Lighting audits are ideal for:

• Warehouses
   
• Manufacturing facilities
   
• Distribution centers
   
• Office buildings
   
• Retail centers
   
• Medical facilities
   
• Schools
   
• Municipal buildings
   
• Parking garages
   
• Commercial property portfolios
   

If your ceilings are 15 feet or higher and you’re running metal halide or fluorescent high bays — your ROI is likely significant.

Most commercial buildings are losing money in three major areas:

Older lighting systems draw far more wattage than modern LED fixtures.

Example:

• 400W metal halide high bay
   
• Replaced with 150W LED high bay
   
• 62% wattage reduction immediately
   

Multiply that by 50–200 fixtures running 10–16 hours per day.

The numbers add up fast.

Older systems require:

• Bulb replacements
   
• Ballast replacements
   
• Lift rentals
   
• Downtime during replacement
   

LED systems eliminate most of this for 5–10+ years.

Dim lighting creates:

• Safety hazards
   
• Reduced forklift visibility
   
• Increased accident risk
   
• Lower productivity
   
• Security camera issues
   
• Slip-and-fall exposure
   

Lighting affects operations more than most owners realize.

We follow a structured 5-phase system:

We document:

• Fixture counts
   
• Mounting heights
   
• Wattage per fixture
   
• Fixture type (HID, T8, T12, etc.)
   
• Control systems
   
• Electrical panel load
   

Every fixture is accounted for.

We calculate:

• Current kWh usage
   
• Annual lighting energy cost
   
• Operating hours
   
• Load contribution to peak demand
   

This produces a real baseline.

We design:

• Correct lumen output per space
   
• Proper beam angles
   
• Light uniformity ratios
   
• Wattage reduction strategy
   
• Photometric layout (if required)
   

Not all LEDs are equal. Proper engineering matters.

You receive:

• Total project cost
   
• Estimated utility rebates
   
• Annual energy savings
   
• Maintenance savings
   
• Simple payback period
   
• 5-year savings projection
   
• 10-year net savings
   

No fluff. Just financial clarity.

If approved, we provide:

• Installation schedule
   
• Phased upgrade options
   
• Minimal disruption workflow
   
• Project management