Lutron Vive: Wireless Lighting Control for Commercial Buildings
For commercial projects — offices, schools, retail, healthcare — the hard part of lighting controls is usually the wiring. Lutron Vive sidesteps it: it's a wireless lighting-control system that scales from a single room to a whole campus, and it's built for both new construction and retrofits. Here's how it works and where it fits.
What is Lutron Vive?
Vive is Lutron's commercial wireless lighting-control platform. Wireless sensors, remotes, and dimmers communicate over Lutron's Clear Connect RF (about a 71 ft / 22 m range), so you can add code-compliant controls without pulling new control wiring — a big deal on retrofits in occupied buildings.
At the center is the Vive wireless hub, which acts as the brain for scheduling, daylight response, demand response, and app/cloud management.
How Vive scales
Vive grows with the job:
- Starter hub: up to 75 wireless devices per hub — good for a single space, floor, or small building.
- Premium hub (with BACnet): up to 700 load controllers per hub, for larger buildings and BMS integration.
- Up to 64 hubs can be networked together over wired ethernet for campus-scale systems.
Control is flexible at the device level too: any given load device can be controlled by up to 10 occupancy sensors, 10 Pico remotes, and 1 daylight sensor.
What's in a Vive system
A typical Vive system mixes and matches:
- PowPak wireless dimming/switching modules and fixture controllers
- 20 A relay modules for switching larger loads
- Maestro Wireless dimmers and switches
- Radio Powr Savr wireless occupancy/vacancy and daylight sensors (no wiring; rated for a 10-year battery life)
- Pico remotes for wireless control and scene recall
- Wireless receptacle controls for plug-load control
Vive and energy-code compliance (Title 24, ASHRAE 90.1)
This is where Vive earns its keep on California jobs. It makes the code-required strategies straightforward:
- Occupancy sensing (auto-off) — turn lighting off/down when a space is vacant
- Daylight harvesting — dim electric light as daylight increases
- Demand response (load shed) — the hub includes inputs for load-shed/utility integration
- Timeclock scheduling — fixed times or sunrise/sunset events
Those map directly to the control requirements in California's Title 24, Part 6 and ASHRAE 90.1. (New to the 2025 Title 24 rules? See our guide: California Title 24 Lighting Controls: What the 2025 Code Requires.)
New construction vs. retrofit
- New construction: Vive integrates cleanly and scales with the Premium hub + BACnet for building-management integration.
- Retrofit: the wireless design is the selling point — add occupancy sensors, daylight response, and dimming to an existing building with minimal disruption and no new control wiring.
Where to buy Lutron Vive
Rock Lighting & Electric is an authorized Lutron dealer and distributor. We stock Vive hubs, PowPak modules, Radio Powr Savr sensors, Pico remotes, and the rest of the line — and, as an authorized Wattstopper dealer too, we can help you compare Vive against a DLM approach and spec whichever fits the project. Contractor pricing on request — send us your plans or a control schedule for a quote.
FAQ
What is Lutron Vive?
How many devices does a Vive hub support?
Is Lutron Vive good for retrofits?
Does Vive help meet Title 24?
Where can I buy Lutron Vive?
Contractor pricing and project help: create your Rock contractor account for trade pricing and online ordering, or request a quote on your job. Related guides: Wattstopper DLM vs Lutron Vive, wired vs wireless controls, and commercial occupancy sensors. New here? See why contractors buy lighting from Rock.
General product guidance, not a compliance determination. Confirm current device limits and code applicability for your specific project against Lutron's published specifications and the governing code.