Green Guru LLC Irrigation & Landscape Lighting

Modernize Without Repeat Failures

Lighting Upgrades That Start with Reliability, Not Guesswork

Most upgrade disappointments are not fixture problems. They are voltage-drop, splice, or transformer issues that were never corrected before LED, smart control, or RGBW options were added.

Our process fixes system stability first, then layers upgrades that actually last. We correct run balance and splice integrity, then scope LED, control, and color options that fit your property and usage.

Reliability first (splices + taps) Voltage-drop correction path Smart control when reachable Premium RGBW scene design Rochester, MI area

Jump to: Modernization optionsSmart controlUpgrade FAQs.

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Quick Answer: What upgrade improves lighting the most?

Fix reliability first: splices, voltage drop, and transformer taps. After that, LED and smart/RGBW upgrades become stable, consistent, and worth the investment. Upgrades are scoped on-site based on system condition.

Cosmetic Upgrade vs. Reliability-First Upgrade

Comparison of cosmetic-first lighting upgrades versus reliability-first upgrade process.
Cosmetic-First Upgrade Reliability-First Upgrade
Swap fixtures and bulbs first Correct splice and tap issues first
Ignore dim/uneven run symptoms Measure and fix voltage drop behavior
Add smart control on weak connectivity Validate connectivity at transformer location
Chase recurring outages after upgrade Reduce repeat failures before modernization
Color scenes feel harsh or inconsistent Balanced base lighting before RGBW scenes

Book an upgrade consult

Why upgrade performance depends on system discipline

Most upgrade ROI comes from fixing corrosion and voltage drop. Once the system is stable, LED and smart control behave predictably and look premium.

Prevents

Repeat outages after upgrades

Most upgrade ROI comes from correcting corrosion and voltage drop, not just swapping bulbs.

Improves

Brightness consistency and scene quality

We match beam control and color temperature so the yard looks intentional, not patchy.

Supports

Predictable control behavior

App-based control reduces timer drift and keeps on/off schedules and scene changes reliable.

How service works

  • 1

    Assess the system

    We check transformer capacity/taps, splice condition, wiring layout, and fixture health.

  • 2

    Prioritize reliability

    We fix the issues that cause repeat failures: moisture intrusion, drop, and damaged cable.

  • 3

    Upgrade LED + control

    We retrofit bulbs, improve taps, and add smart scheduling where reachability supports it.

  • 4

    Aim & tune

    We tune at night: adjust aim, eliminate glare, and verify brightness consistency.

Modernization options

  • LED retrofit: improved efficiency and longer life when taps and splices are correct.
  • Transformer upgrade: capacity headroom + multi-tap capability for consistent brightness.
  • Layout refinement: better beam angles, glare control, and focal highlights.
  • Wiring cleanup: rebuild splices, reduce failure points, and balance runs.
  • Smart control: upgrade schedules and control without timer drift.
Service-first upgrades: LED looks best when wiring and voltage are disciplined (balanced runs, correct gauge, and clean waterproof splices).

Smart control (transformer schedules)

For many systems, the quickest quality-of-life upgrade is transformer-side control: replace a drifting mechanical timer or failing photocell with app-based scheduling and reliable on/off control.

  • Brilliance Wi-Fi Smart Socket 3.0: plug-in transformer control (best when Wi-Fi is strong at the transformer). See Smart Socket 3.0.
  • Smart Link foundation: for select HOA/commercial sites where customer internet isn’t available, Smart Link provides a communications foundation for connected lighting control. See Smart Link.

Smart control works best after voltage drop and splice integrity are addressed.

RGBW done right

When clients want color, the key is restraint: warm-white is the default scene, with color saved for holidays and events. We set up scenes and schedules so it’s simple to use and still looks premium.

  • Design first: color scenes land better when the base lighting is already well-aimed and balanced.
  • Connectivity check: connected bulbs need a reliable comms link at the transformer location.
  • Scope gates: we confirm fixture compatibility and the cleanest control path before quoting.
Our preferred approach: durable fixtures + disciplined wiring, then LED and control upgrades matched to the site.

Lighting Upgrade FAQs

Do upgrades always mean replacing fixtures?

No. Many systems can be modernized with splice rebuilds, tap balancing, and LED retrofits while keeping durable fixture bodies.

What is the best first lighting upgrade?

Reliability first: correct splice integrity, transformer/tap setup, and run balance. LED and smart control upgrades work better once those are fixed.

Why are upgraded LEDs still dim or uneven?

This usually points to unresolved voltage drop, overloaded runs, or incorrect tap configuration, not the LED lamp itself.

When should I upgrade the transformer?

When capacity is tight, taps are insufficient for run balancing, or controls are unreliable. We confirm this during diagnostics.

Can you phase upgrades over time?

Yes. We can stage the work: reliability fixes first, then LED/control/RGBW enhancements in practical phases.

Will smart control work at my transformer?

Only if the transformer location stays reachable. If Wi-Fi is weak, we recommend a connectivity foundation (Smart Link) for select deployments.

Is Smart Link the same as SRMS?

No. Smart Link is lighting-side connectivity. SRMS is irrigation-focused monitoring and response infrastructure.

Can I add RGBW and still keep a premium look?

Yes. We keep warm-white as the baseline and configure color scenes for events/holidays so the overall design still looks cohesive.

Do you publish fixed pricing for upgrades?

Upgrades are service-scoped on-site because cost depends on fixture count, cable condition, access, controls, and project scope.

How long do typical upgrades take?

It depends on system size and scope. Targeted upgrades are often faster than full-system modernization.

Can upgrades reduce repeat maintenance calls?

Yes. Correcting splice failures, voltage drop, and transformer constraints reduces intermittent outages and callback frequency.

Should I add a Lighting Service Plan after upgrades?

If you want ongoing reliability, compare the Lighting Service Plan with scheduled tune-ups and 24-hour on-call response commitment.

Next step

Book an upgrade consult and we will confirm the cleanest reliability-first path, then scope LED, control, and RGBW options that fit your site and budget.

Fast help

If your lights are dim, uneven, or unreliable, start with an upgrade consult. We’ll prioritize reliability (splices + voltage), then layer in LED and smart control.

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Also see: Repairs and Design & installation.