Lighting Retrofits & Building Automation
Building Automation Systems
Intelligent Lighting. Smarter Controls. Lower Operating Costs.
Lighting typically accounts for 15–40% of a commercial building’s electrical consumption. By upgrading outdated fixtures with high-efficiency LED systems and integrating intelligent building controls, Smart Space helps commercial facilities reduce energy costs, improve occupant comfort, and simplify facility management—all while maximizing available utility incentives.
✓ Free Estimates & On-Site Evaluations
✓ 2-Year Labor Warranty
✓ 5-Year Manufacturer Warranty on RadonAway Fans
✓ Financing Available
✓ Clean, Professional Installations
Why Upgrade Your Lighting?
Most commercial buildings still rely on aging fluorescent, HID, metal halide, or inefficient LED fixtures that consume unnecessary electricity and require frequent maintenance.
A professionally designed lighting retrofit can:
- Reduce lighting energy consumption by 40–80%
- Improve occupant comfort and productivity
- Increase light quality and visibility
- Lower maintenance costs
- Improve building safety
- Reduce HVAC cooling loads
- Extend fixture lifespan
- Improve ENERGY STAR and sustainability metrics
Rather than simply replacing fixtures, Smart Space evaluates how lighting interacts with HVAC systems, occupancy patterns, daylight availability, and overall building operations.
Beyond LED Fixtures

Modern lighting systems are no longer simple on/off switches.
Today’s intelligent lighting systems communicate with occupancy sensors, daylight harvesting controls, scheduling software, and Building Automation Systems (BAS) to ensure lighting is used only when and where it’s needed.
Smart controls continuously optimize energy use without sacrificing occupant comfort.
Our Turnkey Lighting Retrofit Upgrades
Interior LED Retrofits
Office lighting
Warehouses
Schools
Municipal buildings
Healthcare facilities
Manufacturing
Retail spaces
Exterior Lighting
Parking lot lighting
Security lighting
Site lighting
Wall packs
Pole lighting
Building façade lighting
Specialty Lighting
High-bay fixtures
Low-bay fixtures
Architectural lighting
Emergency lighting
Exit signs
Decorative lighting
Protect your tenants with professional radon mitigation.
Protect your tenants with professional radon mitigation.
Benefits of Partnering with Smart Space
- Health Protection – Safeguard tenants and staff from radon-related risks.
- Regulatory Compliance – Meet HUD, EPA, and state radon requirements for multifamily housing.
- Energy-Efficiency Integration – As whole-home and building-performance experts, we design systems that work in harmony with insulation, HVAC, and ventilation upgrades.
- Warranty & Support – Our systems include a 2-year labor warranty and 5-year RadonAway fan warranty, backed by expert service.
Protect Your Tenants, Protect Your Investment
Radon Mitigation Frequently Asked Questions (FAQ)
What is radon and why is it dangerous?
How does radon get into my building units/spaces?
Radon enters buildings through openings in contact with the ground, such as:
- Cracks in concrete slabs and basement floors
- Gaps around pipes, drains, and sump pumps
- Crawl spaces with exposed soil
- Construction joints and wall-floor seams
- Once inside, radon can build up to unsafe levels—especially in well-insulated, energy-efficient homes that don’t have much air exchange.
How do I know if my building units/spaces has radon?
The only way to know is to test. Radon cannot be detected by smell or sight. Smart Space offers both short-term and continuous digital radon testing, providing a certified report showing your home’s average radon level in picocuries per liter (pCi/L).
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EPA Action Level: 4.0 pCi/L or higher requires mitigation.
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World Health Organization Recommended Level: 2.7 pCi/L or higher.
What is a radon mitigation system?
A radon mitigation system is a ventilation and depressurization system designed to draw radon gas from beneath your building and safely vent it outdoors before it enters your living space. Most systems include:
- A PVC suction pipe installed through the foundation or slab
- A radon fan that runs continuously to pull gases from beneath the home
- An exterior vent pipe terminating above the roofline
- A U-tube manometer (pressure gauge) that shows the fan is operating properly
How long does installation take?
A standard radon system usually takes 1-2 day to install per unit. Multifamily buildings (such as those with multiple foundations, crawl spaces, or basements) may require a second suction point or a custom configuration.
A building with a crawl space can take 3-5 days to complete depending on the size of the crawl space.
Does mitigation really work?
Yes. A properly designed and installed system can reduce indoor radon levels by up to 99%. Smart Space uses NRPP-certified techniques and equipment that meet or exceed EPA Radon Mitigation Standards (RMS) to ensure lasting results and compliance with Georgia regulations.
Will a radon system affect my building's appearance or resale value?
No — most systems are discreetly installed with clean PVC runs and exterior fans mounted on the exterior side (near AC etc) or attic. In fact, radon mitigation system can increase tenants confidence.
Do I need to maintain the system?
Maintenance is minimal:
- Check the U-tube manometer regularly to confirm suction.
- Ensure the fan is running and vent outlet remains clear.
- Retest your home every two years or after major renovations.
- Fans typically last 8-10 years and can be replaced easily.
- We offer maintenance plans.
Who regulates radon mitigation?
In the U.S., the EPA, CDC, and state health departments (such as the Georgia Department of Public Health) oversee standards and licensing. Smart Space Atlanta’s technicians are NRPP-certified, ensuring compliance with national protocols.
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Smart Insights
Smart Insights is where Smart Space shares in-depth guides on home performance, building science, and HVAC efficiency—helping you understand what really makes a home comfortable and energy-smart.
The Science of Radon — and the Building Science Behind Radon Mitigation
How We Discovered the Danger of Radon In the early 1980s, a nuclear power plant worker in Pennsylvania named Stanley Watras walked into work and...
