LED

LED

It's a brighter future.
You have no doubt heard that LED lighting provides substantial benefits to your commercial or industrial buildings and properties. These improvements often can be made utilizing the existing infrastructure, but a redesign can also provide even greater benefits. The bottom line is, that decision is up to you.  Whether it is a planned capital expenditure, or you would like to investigate zero out-of-pocket options, IVAD CCG can propose the design and manage the install that meets your needs.

Cuba
Applications
  • Warehouse/Storage
  • Hospitals/Healthcare
  • Assisted Living
  • Smart Municipalities

  • Office
  • Auto Dealerships
  • Retail
  • Grocery
Cost Benefits of LED
  • Significantly Lowers Energy Costs (30-70%)
  • Lowers Maintenance and Cleaning Costs
  • Reduces Strain on the HVAC System
Environmental Benefits of LED
  • Reduces Electricity Consumption by 70%
  • Dramatically Reduces CO2 and Green-House Gases by >70%
  • Reduces Strain on the HVAC System
  • Virtually Eliminates Heat From Lighting
  • Controls Light Pollution
  • Significantly Reduces Physical Waste
Health Benefits of LED
  • Decrease Depression and its Symptoms
  • Modulate Circadian Rhythm
  • Improve Physical Energy
  • Improve Mood, Alertness, and Productivity
  • Increase Safety 
  • Positive Effects on Alzheimer and Autistic Patients
      Savings Calculator with LED
Lighting Energy Cost Calculator
      LED Site Assessment Process
  • 1. Determination of Scope

    Determine the specific requirements, and detail a complete understanding of what the lighting design is intended to achieve, including:

    • Illumination required for task or process requirements.  The Illuminating Engineer Society (IES) has established foot-candle ranges for current luminance, or the photometric measure of the luminous intensity per foot-candle travelling in a given direction, and falls within a given angle.  Individual applications will determine exact foot-candle levels.
    • Dimensions (area and volume) and shape of the space
    • Optimum light placement based on square-footage
    • Shapes, impedances, angles of space, and objects or space to be highlighted or hidden 
    • Directionality of light
    • Elimination of glare
    • Desired mood
    • Interaction of natural light
    • Minimized energy consumption
    • Minimized impact on the environment and ourselves
    • Minimized light trespass

  • 2. LED Lighting Layout

    Determine the lighting fixture layout, making sure quality, quantity, safety, and maintainability are properly considered in the final design.  It is also imperative that the fixtures, wiring, and bulbs themselves meet the specifications

  • 3. LED Selection

    Determine the lighting fixture layout, making sure quality, quantity, safety, and maintainability are properly considered in the final design.  It is also imperative that the fixtures, wiring, and bulbs themselves meet the specifications

  • 4. Verification of Calculations

    Verify the calculations to ensure that based on the final design, your lighting requirements are met

  • 5. Compliance

    Verify lighting meets compliance with state and local ordinances

  • 6. Internet of Things (IoT)

    Determine how IoT  feature/functionality (dimmers, motion-detectors, etc.) will be employed in the design 

  • 7. Proposal Development

    IVAD CCG works with our licesensed, insured, and certified engineers to develop an accurate solution design and proposal

  • 8. Solution Presentation

    Present the proposal with the monthly cost-reduction and break-even analysis for capital budget installations, and monthly cost-reduction for leasing or Lighting-as-a-Service solutions.  You sign.

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