DESIGN · BUILD · AUTOMATE
ERIE SERVICES
Lighting Control in Erie
Licensed lighting control services for Erie and Boulder/Weld County. Set the scene with one touch.
- Full Design Lifecycle
- Construction & Tenant Finish
- Smart Home · A/V · Edge Compute

Set the scene with one touch
EVERY PROJECT STARTS WITH DESIGN
Local Service
Lighting Control Services in Erie, Colorado
Autotelic provides professional lighting control services throughout Erie and the surrounding Boulder/Weld County area. Lutron, Crestron, and Ketra lighting control systems with keypads, dimmers, scene programming, and daylight harvesting. Whether you're in Erie (fast-growing between Denver and Boulder) or nearby communities, our team delivers quality workmanship backed by Colorado licensing and full insurance coverage.
Permit Thresholds
Erie permit thresholds
- Code reference
- The Town of Erie has adopted the 2021 International Residential Code (IRC).
- Code reference
- Roofing (more than 1 square aggregate)
- Code reference
- Retaining walls over 4 feet from the bottom of the trench to the top of the wall
- Code reference
- Detached accessory structures 200 sq. ft. or less (not including patio covers, and provided there is no electrical and/or plumbing work)
- Code reference
- Minor fence repair (3 sections or less)
- Code reference
- Minor roof repairs (1 square or less)
- Code reference
- Decks, platforms, walks, and driveways not more than 30 inches above grade and not over any basement or story below
- Code reference
- Examples of square foot construction costs for valuation (as of January 1, 2026):
Codes are amended regularly — verify current requirements with **Town of Erie Building Division (Town of Erie, Colorado).
text
What lighting control covers
Lighting control is the design, installation, and programming of systems that manage artificial and natural light for energy use, comfort, and daily operation. In the Denver metro, scope typically includes energy and daylight assessment, fixture and control layout, wiring or wireless connectivity, sensor placement, scene and schedule programming, and coordination with the building’s electrical infrastructure. Common work includes smart switches and keypads, occupancy and vacancy sensors, daylight (daylight-harvesting) sensors, dimmers, astronomical time switches, LED luminaires, and tunable-white or RGBW fixtures where color temperature or color control is part of the design. Architectures range from standalone room controls to local networked zones and building-wide networked systems that can report to or integrate with other building management platforms. Both hardwired systems (common in new construction) and wireless solutions (common in retrofits) are used. DMX is sometimes specified for specialty commercial or performance lighting.
text
Codes, permits, and inspections in Denver
Denver Community Planning and Development (CPD) issues electrical permits and performs inspections for lighting control work that involves new circuits, panel work, added switches or lighting, or new wiring. Applications are commonly submitted through Denver’s ePlans system. Submittals often include Denver Green Code Limited Mandatory Use and Denver Energy Code checklists, design documents, lighting fixture schedules, interior and exterior lighting plans, and lighting control sequences. New construction or additions may need a residential construction permit before the electrical permit. Inspections typically include rough-in after wiring is in place and before walls close, then a final inspection after devices, fixtures, and equipment are installed. Inspectors check code compliance, grounding, materials, breaker sizing, and GFCI/AFCI protection where required. Applicable frameworks include the Denver Building and Fire Code (adopting the NEC with local amendments), the 2022 Denver Energy Code, the 2022 Denver Green Code, Colorado energy-code rules based on the IECC as enforced locally, and—for many existing commercial buildings 5,000 square feet and larger—Energize Denver lighting power and advanced-control expectations. Interior controls often include occupancy sensing, daylight response, and automatic shutoff (commonly with a 30-minute maximum timeout in spaces 250 square feet or larger). Exterior work frequently needs photosensors and astronomical time switches. Green Code provisions address multilevel occupancy control in certain storage areas, automatic control of continuously illuminated egress/security lighting above defined power densities, nighttime reduction for exterior signage, and scheduled/occupancy-based reduction for uncovered parking and outdoor sales lighting. Municipal outdoor commercial lighting standards also address LED color temperature in the 2700K–3000K range for hazard visibility.
text
System types and integration points
Buyers usually choose among three control layers. Standalone devices—dimmers, occupancy sensors, vacancy sensors—control a circuit or zone without a shared network. Local networked systems link devices in a room or floor over wired or wireless protocols so scenes, zones, and schedules act together. System-wide networked controls centralize those zones, support software management, energy monitoring, and handoff to BMS, AV, shade, security, or HVAC platforms. Concrete scope items often include: • Occupancy sensors for auto-on/auto-off and vacancy sensors for manual-on/auto-off • Daylight sensors that dim or switch electric light when daylight is adequate • Scene keypads that recall preset levels for tasks, meetings, or evening use • Time-based and astronomical schedules for interior and exterior loads • Tunable-white programming for circadian or task-specific color temperature • App, remote, or voice interfaces where the selected platform supports them • Load schedules, control sequences, and as-built documentation for permit and commissioning Retrofit projects focus on upgrading existing lighting to higher-efficacy LEDs and adding controls without unnecessary panel or finish disruption. New construction favors planned home-run topology, sensor coverage maps, and control sequences written into the electrical design.
text
What to evaluate before you hire
Prioritize function over brand names. Confirm which control modes you need—scenes, schedules, occupancy, daylight harvesting, tunable white, remote access—and whether the system can grow by zone or fixture without a full redesign. Ask how the design will meet Denver Energy Code, Green Code, NEC amendments, and, where applicable, Energize Denver lighting-power and advanced-control requirements. Review user interface choices (keypads vs. apps), expected learning curve for occupants, and how discreet devices and wiring will sit in finished spaces. Also clarify integration boundaries with shades, AV, security, and HVAC; who prepares permit drawings and control sequences; how rough-in and final inspections are sequenced; and what ongoing monitoring, reprogramming, or optimization looks like after turnover. Cost is project-specific and depends on existing electrical conditions, wired vs. wireless architecture, fixture counts, sensor density, and the depth of networking and integration.
FAQ
Common questions
Who handles the electrical permits and licensing for lighting control work?
A municipally licensed Denver general contractor coordinates the project and works with licensed specialty electrical trades for permitted electrical work. Denver CPD issues electrical permits and performs rough-in and final inspections when the scope includes new circuits, wiring, switches, lighting, or panel changes.
Do small lighting control upgrades need a permit in Denver?
An electrical permit is required for work that adds or changes circuits, wiring, outlets, switches, lighting, or panel equipment. Even smaller structures need a permit when electrical systems are included. Scope that stays within like-for-like device replacement without new wiring may be treated differently, so the exact work should be reviewed against CPD rules before installation.
What control features does the Denver Energy Code commonly require?
For many interior spaces, especially 250 square feet and larger, automatic shutoff—often via occupancy sensors with a limited timeout—is expected, along with daylight-responsive controls where daylight is available and exterior photosensor or astronomical time-switch control. A lighting power budget and documented control sequences are typically part of the permit package for new buildings and relevant change-of-occupancy work.
How is lighting control different in a retrofit versus new construction?
Retrofits often use wireless controls, sensor add-ons, and LED fixture swaps to limit wall and ceiling disruption, while still meeting applicable energy-code and Energize Denver expectations for existing buildings. New construction usually plans hardwired topology, dedicated control wiring or network backbone, sensor coverage, and sequences during design so rough-in inspection can verify the installation before finishes close.
Can lighting control integrate with other building systems?
Yes. Networked platforms can share schedules and events with shade control, AV, security, HVAC, or a broader building management system. Integration points should be defined early—protocols, gateway hardware, which system is master for scenes or after-hours shutoff—so programming and commissioning match how the building will actually operate.
What should commercial owners know about Energize Denver and exterior lighting rules?
Existing buildings 5,000 square feet and larger may need lighting power allowances and advanced controls such as occupancy sensing, daylight harvesting, or scheduled dimming, with compliance timing based on building size. Exterior commercial lighting also faces scheduled shutoff or reduction rules, occupancy-based power reduction in some parking and sales areas, and municipal LED color-temperature expectations in the 2700K–3000K range for outdoor hazard visibility.
Service Area
Serving Erie and Boulder/Weld County
We serve Erie, CO and all surrounding Denver metro communities. Our team is based in Denver and operates throughout the Front Range, from Castle Rock to Longmont and everywhere in between. Contact us for a free estimate on your Erie project.
How It Runs
01
Survey
02
Design
03
Build
04
Verify
DESIGN SERVICES
Discovery & Site Analysis
Needs + preference programming, site survey, as-built documentation, feasibility.
We walk, measure, and photograph your property — existing conditions, utilities, structure, and constraints. You get the as-built documentation and feasibility read that every later decision rests on.
Learn more →Concept Design & Space Planning
Schematic design, floor plan studies, layout options.
Your scope becomes schematic floor plans you can compare side by side — circulation, daylight, adjacencies, and what each option does to the budget. Layout decisions happen on paper, where changes are cheap.
Learn more →Architectural Design & 3D Renderings
Design development, materials + finishes, photorealistic visualization.
The chosen concept resolves into materials, finishes, fixtures, and lighting — with the automation layer drawn in. Photorealistic renderings let you walk the space and adjust before anything is priced.
Learn more →Construction Documents & Permitting
Full CD sets, structural + MEP engineering coordination, permit-ready drawings.
Approved designs become coordinated architectural, structural, and MEP sheets — the set your jurisdiction permits from and trades build from. We submit, track, and answer review comments.
Learn more →CONSTRUCTION
New Construction & Custom Homes
Ground-up homes and light commercial, dirt to keys.
Ground-up residential and light commercial builds — foundations through finishes, including modular and steel construction. One accountable builder from dirt to keys.
Learn more →Remodels & Additions
Kitchens, baths, basements, pop-tops, whole-home.
Kitchens, baths, basements, pop-tops, and whole-home renovations that respect the house you already have. We handle structure, permits, and the dust.
Learn more →Commercial Tenant Finish & Build-Outs
Shells to working spaces — retail, office, restaurant, school.
Raw shells become working spaces — showrooms, offices, restaurants, schools. Dealer-spec finishes, code compliance, and opening dates held.
Learn more →ADUs & Modular Construction
Backyard cottages, garage conversions, factory-built homes.
Backyard cottages, garage conversions, and factory-built homes — zoning, design, permits, and set. Denver’s ADU rules are a specialty, not a surprise.
Learn more →Outdoor Living & Patio Structures
Decks, pergolas, and dining patios built for Colorado weather.
Decks, pergolas, and dining patios engineered for Colorado sun, snow, and hail — structure, shade, and drainage done right the first time.
Learn more →TECHNOLOGY
Smart Home Automation
Lighting, shades, climate, audio, security — one interface.
Whole-home control of lighting, shades, climate, audio, and security from a single interface — Crestron, Lutron, Savant, and Control4 designed in, not bolted on.
Learn more →A/V Systems
Theaters, distributed audio, video walls, commercial sound.
Theaters, distributed audio, video walls, and commercial sound — designed, installed, and tuned by the same team for over 20 years.
Learn more →Control Systems
Custom programming — scenes and schedules that fit the space.
Every subsystem brought into one elegant interface — custom programming for homes and venues, with scenes and schedules that match how the space is actually used.
Learn more →Networking & Edge Compute
Enterprise Wi-Fi, structured cabling, racks, on-prem compute.
Enterprise-grade Wi-Fi, structured cabling, racks, and on-premise compute — the backbone that makes everything else reliable, including our own Barbot platform.
Learn more →Solar & Energy Storage
Solar arrays, Tesla Powerwall, EV charging — certified install.
Solar arrays, Tesla Powerwall, and EV charging designed and installed by a Tesla Energy Certified team — roof, electrical, and app in one scope.
Learn more →TRUSTED TO BUILD FOR
- Punch Bowl SocialFirst four locations
- Spectrum RetirementSenior living communities
- Denver HighlandsFirst modular custom home
Explore
Also serving
Explore