Photometric Proof Before Construction
We show illuminance and uniformity results in calculation reports ahead of procurement, which prevents over-lighting, under-lighting and expensive change orders after poles are set.
To light public spaces to the right level, in the right places, with efficient and well-documented systems that reduce risk, energy waste and nighttime glare.
Who We Are
TECHNILUM is an electrical contractor specializing in roadway, area and decorative lighting for public agencies and institutional owners. Our scope includes lighting design support, underground conduit and conductor installation, pole foundations, luminaire retrofit, control systems and long-term maintenance. We work with municipalities, transportation departments and utilities on projects ranging from neighborhood LED conversions to interchange lighting and park pathways. Crews include licensed electricians and lineworkers who understand grounding, voltage drop, fault protection and utility coordination, and every installation ends with documented testing, as-built records and fixture inventory data.
Good lighting balances safety, energy cost and community character, and TECHNILUM helps clients in and across the region strike that balance. We measure existing light levels, evaluate pole spacing and condition, model proposed layouts and recommend luminaires with appropriate lumen output, color temperature and optical distribution. Because we also maintain what we build, we pay attention to access, serviceability and spare parts from the start. That attention keeps outage rates low and gives cities a lighting system they can operate and budget with confidence.
Our Mission
To light public spaces to the right level, in the right places, with efficient and well-documented systems that reduce risk, energy waste and nighttime glare.
Our Advantages
We show illuminance and uniformity results in calculation reports ahead of procurement, which prevents over-lighting, under-lighting and expensive change orders after poles are set.
Outage reports are triaged by safety risk, with exposed wiring and knocked-down poles handled first and routine lamp outs scheduled in grouped, efficient routes.
Shielded luminaires, appropriate color temperatures and careful aiming limit light trespass and sky glow, which keeps neighbors, ecologists and astronomers on your side.
We document before and after wattage by fixture so energy savings are calculated from measured data rather than brochure claims.
Every pole, luminaire, controller and circuit is tagged and logged with location and installation date, creating a living inventory that supports budgeting and warranty claims.
Lighting circuits carry real voltage in public right-of-way. Our crews are licensed and trained for energized work safety, utility coordination and cable fault location.
Fixture, wattage, controls, pole type and repair history are held per asset, so an outage, a claim or a budget request is answered from data.
Reported outages are repaired within agreed days and closed against the asset record, as dark streets are the complaint residents actually make.
Baseline and post-retrofit consumption are measured and compared, because a projected saving and a billed saving are frequently not the same number.
From Our Desk

Adaptive dimming saves energy, but it must respect conflict areas and crossings. Here is how to build a schedule that keeps safety first.

Complaints often trace to glare and color choices rather than brightness. A look at how to select LED color temperature and shielding that residents will accept.

Success depends on more than fixture price. We cover inventory accuracy, tariff changes, optical selection and warranty terms that make or break a large retrofit program.

Undersized conductors cause dim fixtures and early driver failures. We explain how to size circuits and place feed points on long rural and highway runs.
Client Feedback
The LED conversion was done on schedule and the street level results matched the photometric report. Residents noticed the difference immediately, and our energy bill dropped in the first full quarter.
High-mast work at night is not forgiving. Their crew was organized, safe and finished each lane closure ahead of time. Documentation on every tower was thorough.
We needed lighting for a trail through a sensitive area. They proposed shielded fixtures and adaptive dimming and trenched carefully around root zones. The result is safe and quiet at night.
Send TECHNILUM your fixture counts or pole list and we will return a photometric approach, a schedule and a documented energy savings estimate.
Lighting layouts start with photometric calculations against recognized IES recommended practice, so illuminance, uniformity and glare control are demonstrated on paper before a single pole is set.
Our Services

Installation and maintenance of high-mast towers, interchange lighting and tunnel luminaires that must perform under demanding traffic and safety conditions. Work includes lowering device service, lantern carriage inspection, ballast or driver replacement and coordination of lane closures with traffic control crews for safe access.
Request a Quote
Ornamental poles, bollards, pathway luminaires and festoon systems designed to serve walkers, cyclists and public gathering spaces. We balance vertical illuminance on faces and surfaces with glare control and dark sky practices, selecting fixtures that match the district character while remaining serviceable by municipal staff.
Request a Quote
Installation of networked lighting controllers, photocells and nodes that report status, energy consumption and faults to a central management platform. Schedules and dimming profiles can be tuned by street type and hour, reducing energy use late at night while preserving safety lighting at intersections and crossings.
Request a Quote
Floodlighting and area lighting for parking facilities, sports fields, plazas, rail yards and industrial yards, with spill and glare control to protect neighbors. Layouts are verified against project-specific lighting criteria, and installation includes aiming, shielding and verification measurements with a calibrated light meter.
Request a Quote
Construction of lighting systems from trench to luminaire, including conduit, wire, pull boxes, drilled or precast foundations, anchor bolt assemblies, poles and bracket arms. We follow the National Electrical Code and local utility requirements, test insulation resistance and continuity, and verify grounding before energizing each circuit.
Request a Quote
Scheduled group relamping and driver replacement, outage patrols, cable fault location and repair of poles damaged by vehicle impact or storms. Each work order is logged against a pole identification number, so patterns such as repeated cable faults or failing fixtures can be traced and resolved at root cause.
Request a Quote
Lighting calculations and layout development using manufacturer photometric files and recognized IES roadway lighting guidance, covering average illuminance or luminance, uniformity ratios and veiling luminance for each roadway class. We recommend pole heights, spacing, mast arm lengths and luminaire distributions that meet the criteria with the fewest fixtures, then deliver calculation reports that engineers can review.
Request a Quote
Large-scale conversion of high-pressure sodium and mercury vapor luminaires to LED, including fixture audit, photometric verification, procurement coordination and nighttime installation crews. We select color temperature and optical patterns suitable for the street type, document every replaced luminaire by location and wattage, and provide the data utilities need to adjust billing tariffs.
Request a QuoteQuestions & Answers
Target levels come from recognized IES roadway lighting recommendations, which vary by roadway classification, pedestrian activity and conflict areas. We run photometric calculations for illuminance or luminance and uniformity, then adjust pole spacing and luminaire distribution until the criteria are met efficiently.
Utility-owned systems have their own rules, and some work must be done by utility crews. We coordinate with utilities on ownership, tariffs and permitted work, and we perform what is allowed under contract while keeping responsibilities clearly defined.
Most agencies choose between roughly 3000K and 4000K. Warmer light reduces glare and blue content and is often preferred in residential areas, while neutral white can aid visual clarity on arterials. We help weigh community feedback, dark sky goals and visibility needs.
Yes. Many luminaires accept a standard control receptacle, and nodes can be added or luminaires with built-in controls installed. We evaluate wireless coverage, existing equipment and platform requirements before recommending a controls approach.
Safety hazards such as exposed conductors or damaged poles are handled first, followed by dark intersections and then isolated lamp outs. Repair windows are set by contract and tracked against pole identification numbers so recurring faults get root cause attention.
In most conversions from high-pressure sodium, connected load falls substantially, and adaptive dimming adds more savings. We record existing and new wattage fixture by fixture so projected savings are tied to real data, and we provide the documentation utilities often require.
Send TECHNILUM your fixture counts or pole list and we will return a photometric approach, a schedule and a documented energy savings estimate.
Networked controls, dimming schedules and remote fault reporting turn a scattered fleet of streetlights into a managed asset, one that tells you when a fixture fails instead of waiting for a resident to call.
Projects & Case Studies

Rehabilitation of high-mast lighting towers at a freeway interchange, including lowering devices, wiring, new LED luminaires and foundation inspection. Work was staged under nighttime lane closures to protect motorists and crews.

Installation of low-glare pathway luminaires and bollards across a regional park, with motion-adaptive dimming and shielding to protect the wildlife corridor. Circuits were trenched with minimal disturbance to mature trees.

Replacement of legacy sodium cobra head luminaires across a municipal network, with each fixture photometrically verified for its street class. Dimming profiles were programmed for overnight hours, and the city received a full georeferenced inventory.

New ornamental poles, pedestrian luminaires and underground circuits along a revitalized commercial corridor. Layout balanced street and sidewalk illuminance, with glare control and warm color temperature suited to the district.
Client Feedback
The LED conversion was done on schedule and the street level results matched the photometric report. Residents noticed the difference immediately, and our energy bill dropped in the first full quarter.
High-mast work at night is not forgiving. Their crew was organized, safe and finished each lane closure ahead of time. Documentation on every tower was thorough.
We needed lighting for a trail through a sensitive area. They proposed shielded fixtures and adaptive dimming and trenched carefully around root zones. The result is safe and quiet at night.
From Our Desk

Adaptive dimming saves energy, but it must respect conflict areas and crossings. Here is how to build a schedule that keeps safety first.

Complaints often trace to glare and color choices rather than brightness. A look at how to select LED color temperature and shielding that residents will accept.

Success depends on more than fixture price. We cover inventory accuracy, tariff changes, optical selection and warranty terms that make or break a large retrofit program.

Undersized conductors cause dim fixtures and early driver failures. We explain how to size circuits and place feed points on long rural and highway runs.
Send TECHNILUM your fixture counts or pole list and we will return a photometric approach, a schedule and a documented energy savings estimate.
Photometric designs and retrofit proposals take about three weeks.
Questions & Answers
Target levels come from recognized IES roadway lighting recommendations, which vary by roadway classification, pedestrian activity and conflict areas. We run photometric calculations for illuminance or luminance and uniformity, then adjust pole spacing and luminaire distribution until the criteria are met efficiently.
Utility-owned systems have their own rules, and some work must be done by utility crews. We coordinate with utilities on ownership, tariffs and permitted work, and we perform what is allowed under contract while keeping responsibilities clearly defined.
Most agencies choose between roughly 3000K and 4000K. Warmer light reduces glare and blue content and is often preferred in residential areas, while neutral white can aid visual clarity on arterials. We help weigh community feedback, dark sky goals and visibility needs.
Yes. Many luminaires accept a standard control receptacle, and nodes can be added or luminaires with built-in controls installed. We evaluate wireless coverage, existing equipment and platform requirements before recommending a controls approach.
Safety hazards such as exposed conductors or damaged poles are handled first, followed by dark intersections and then isolated lamp outs. Repair windows are set by contract and tracked against pole identification numbers so recurring faults get root cause attention.
In most conversions from high-pressure sodium, connected load falls substantially, and adaptive dimming adds more savings. We record existing and new wattage fixture by fixture so projected savings are tied to real data, and we provide the documentation utilities often require.

Who We Are
TECHNILUM is an electrical contractor specializing in roadway, area and decorative lighting for public agencies and institutional owners. Our scope includes lighting design support, underground conduit and conductor installation, pole foundations, luminaire retrofit, control systems and long-term maintenance. We work with municipalities, transportation departments and utilities on projects ranging from neighborhood L
Send TECHNILUM your fixture counts or pole list and we will return a photometric approach, a schedule and a documented energy savings estimate.
Contact
Photometric designs and retrofit proposals take about three weeks.
Questions & Answers
Photometric designs and retrofit proposals take about three weeks.
Read MoreTarget levels come from recognized IES roadway lighting recommendations, which vary by roadway classification, pedestrian activity and conflict areas. We run photometric calculations for illuminance or luminance and uniformity, then adjust pole spacing and luminaire distribution until the criteria are met efficiently.
Utility-owned systems have their own rules, and some work must be done by utility crews. We coordinate with utilities on ownership, tariffs and permitted work, and we perform what is allowed under contract while keeping responsibilities clearly defined.
Most agencies choose between roughly 3000K and 4000K. Warmer light reduces glare and blue content and is often preferred in residential areas, while neutral white can aid visual clarity on arterials. We help weigh community feedback, dark sky goals and visibility needs.
Yes. Many luminaires accept a standard control receptacle, and nodes can be added or luminaires with built-in controls installed. We evaluate wireless coverage, existing equipment and platform requirements before recommending a controls approach.
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Outages Answered Fast
We design, install and maintain roadway and public area lighting that improves nighttime visibility, lowers energy use and keeps the right light on the street instead of in the sky.

Questions & Answers
Target levels come from recognized IES roadway lighting recommendations, which vary by roadway classification, pedestrian activity and conflict areas. We run photometric calculations for illuminance or luminance and uniformity, then adjust pole spacing and luminaire distribution until the criteria are met efficiently.
Utility-owned systems have their own rules, and some work must be done by utility crews. We coordinate with utilities on ownership, tariffs and permitted work, and we perform what is allowed under contract while keeping responsibilities clearly defined.
Most agencies choose between roughly 3000K and 4000K. Warmer light reduces glare and blue content and is often preferred in residential areas, while neutral white can aid visual clarity on arterials. We help weigh community feedback, dark sky goals and visibility needs.
Yes. Many luminaires accept a standard control receptacle, and nodes can be added or luminaires with built-in controls installed. We evaluate wireless coverage, existing equipment and platform requirements before recommending a controls approach.
Safety hazards such as exposed conductors or damaged poles are handled first, followed by dark intersections and then isolated lamp outs. Repair windows are set by contract and tracked against pole identification numbers so recurring faults get root cause attention.
In most conversions from high-pressure sodium, connected load falls substantially, and adaptive dimming adds more savings. We record existing and new wattage fixture by fixture so projected savings are tied to real data, and we provide the documentation utilities often require.
Our Services
Installation and maintenance of high-mast towers, interchange lighting and tunnel luminaires that must perform under demanding traffic and safety conditions. Work includes lowering device service, lantern carri
View DetailsOrnamental poles, bollards, pathway luminaires and festoon systems designed to serve walkers, cyclists and public gathering spaces. We balance vertical illuminance on faces and surfaces with glare control and d
View DetailsInstallation of networked lighting controllers, photocells and nodes that report status, energy consumption and faults to a central management platform. Schedules and dimming profiles can be tuned by street typ
View DetailsFloodlighting and area lighting for parking facilities, sports fields, plazas, rail yards and industrial yards, with spill and glare control to protect neighbors. Layouts are verified against project-specific l
View DetailsConstruction of lighting systems from trench to luminaire, including conduit, wire, pull boxes, drilled or precast foundations, anchor bolt assemblies, poles and bracket arms. We follow the National Electrical
View DetailsScheduled group relamping and driver replacement, outage patrols, cable fault location and repair of poles damaged by vehicle impact or storms. Each work order is logged against a pole identification number, so
View DetailsOur Advantages
We show illuminance and uniformity results in calculation reports ahead of procurement, which prevents over-lighting, under-lighting and expensive change orders after poles are set.
Outage reports are triaged by safety risk, with exposed wiring and knocked-down poles handled first and routine lamp outs scheduled in grouped, efficient routes.
Shielded luminaires, appropriate color temperatures and careful aiming limit light trespass and sky glow, which keeps neighbors, ecologists and astronomers on your side.
We document before and after wattage by fixture so energy savings are calculated from measured data rather than brochure claims.
Every pole, luminaire, controller and circuit is tagged and logged with location and installation date, creating a living inventory that supports budgeting and warranty claims.
Lighting circuits carry real voltage in public right-of-way. Our crews are licensed and trained for energized work safety, utility coordination and cable fault location.
Fixture, wattage, controls, pole type and repair history are held per asset, so an outage, a claim or a budget request is answered from data.
Reported outages are repaired within agreed days and closed against the asset record, as dark streets are the complaint residents actually make.
Baseline and post-retrofit consumption are measured and compared, because a projected saving and a billed saving are frequently not the same number.
Client Feedback
The LED conversion was done on schedule and the street level results matched the photometric report. Residents noticed the difference immediately, and our energy bill dropped in the first full quarter.
High-mast work at night is not forgiving. Their crew was organized, safe and finished each lane closure ahead of time. Documentation on every tower was thorough.
We needed lighting for a trail through a sensitive area. They proposed shielded fixtures and adaptive dimming and trenched carefully around root zones. The result is safe and quiet at night.

Who We Are
TECHNILUM is an electrical contractor specializing in roadway, area and decorative lighting for public agencies and institutional owners. Our scope includes lighting design support, underground conduit and conductor installation, pole foundations, luminaire retrofit, control systems and long-term maintenance. We work with municipalities, transportation departments and utilities on projects ranging from neighborhood L
Our Process
We inventory existing poles, fixtures and circuits, measure light levels where needed and review electrical capacity, utility ownership and condition of foundations to establish a clear baseline.
Layouts, calculation reports, luminaire submittals and circuit drawings are prepared for review. Utility, permit and traffic control approvals are coordinated before field work starts.
Crews install foundations, conduit, poles and luminaires, then test circuits for insulation, continuity and proper grounding before energizing in a controlled sequence.
After aiming and control programming, we verify night performance in the field, deliver as-built records and enter the system into a maintenance schedule with outage tracking.
Send TECHNILUM your fixture counts or pole list and we will return a photometric approach, a schedule and a documented energy savings estimate.