Light Level Simulations
Light Level Simulation Services
We provide advanced light level simulation services to help you visualize and optimize lighting performance before installation. Our simulations are engineered to comply with IESNA standards and local municipal requirements, while maximizing energy efficiency, visual comfort, and cost-effectiveness.
Indoor Lighting Layout
Our interior lighting simulations are designed to enhance visual comfort, work efficiency, and aesthetic ambience across a variety of environments — from offices and warehouses to retail and institutional spaces.
Key Features:
-Designs comply with IES recommended light levels and local building codes-Use of high-lumen efficacy LED fixtures for maximum energy savings
-Incorporation of lighting controls (occupancy sensors, dimmers, daylight harvesting)
-Minimization of glare and light uniformity issues
-Optimized fixture layouts to reduce the number of fixtures without compromising performance
-Tailored simulations for each area (task lighting, ambient, and accent)
Indoor Lighting
Commercial office Lighting
Warehouse Isle lighting
Emergency lighting
Outdoor Lighting Layout
Our exterior lighting simulations provide safe, effective illumination for parking lots, building façades, walkways, and other outdoor spaces, ensuring compliance with municipal bylaws and dark-sky regulations. Parking lot and area lighting applications require broad, uniform illumination for safety, security and vehicle identification. With a uniformed beam spread and low glare, LED lighting can help reduce crime rates around the exterior of buildings and lessen the chance of injury as people walk to their cars. Faraday offers a variety of low maintenance LED fixtures that typically use 50% less energy than traditional HID products. Promote pedestrian safety, increase security and improve the overall aesthetics of a parking lot with our selection of area and parking lot lights.
Key Features:
-Lighting levels designed per IESNA RP-8 and municipal guidelines-Selection of optical distributions (Type II–V) to reduce light spillage and trespass
-Strategic pole placement and mounting heights for uniform coverage
-Use of motion sensors and photocells to minimize energy usage
-Selection of durable, high-efficiency LED luminaires with targeted beam control
Design focuses on safety, security, and visual clarity with minimal environmental impact
• Model a fixture’s light output based on mounting height, orientation, placement & tilt
• Create a photometric layout for the selected fixture
• Generate a clean, detailed & printable Report
Area Lighting
Sports Lighting Outdoor
Sports Lighting Indoor
Parking Lot Lighting
Site Lighting
