Motorized Shades Installation in Los Angeles
Smart Window Treatments by AVSUPREME
Experience the perfect blend of beauty and intelligence.
At AVSUPREME, we design and install custom motorized shading systems from industry-leading brands. Engineered for quiet performance and elegant control, our solutions adjust at a touch—or on their own—to enhance natural light, improve energy efficiency, and elevate your home’s style and comfort.
Why Homeowners Love Our Smart Shades
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Automated Light, Effortlessly Managed
Wake up with sunlight and wind down in privacy. Shades adjust based on time, temperature, or lighting scenes—perfect ambiance, hands-free. -
Designer Fabrics, Tailored Style
Explore premium materials and finishes that complement any space—refined, modern, and made to fit your style. -
Smart, Seamless Control
Control your shades via app, voice, or wall keypads. Compatible with top smart home platforms. -
Whisper-Quiet Performance
Ultra-silent motors ensure smooth, luxurious movement you can barely hear—but always appreciate. -
Comfort, Efficiency & Privacy
Block heat, reduce glare, and protect interiors while staying energy-smart and stylish. -
Solutions for Every Budget
We offer high-quality motorized shading systems to suit every home—from elegant essentials to fully customized luxury installations.
Perfect For:
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Floor-to-ceiling windows & glass walls
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Modern luxury residences
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New construction & high-end renovations
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Interior designers seeking high-performance window treatments
Let’s Design Your Perfect Shade System. Call 424-527-8800 or email us to schedule your in-home design session.
Licensed #1111622. Control4 Certified.
Serving Los Angeles, Santa Monica, Beverly Hills, Calabasas, Malibu & Nearby Areas
Business hours near the phone: Mon–Sat 8am–6pm
FAQ :
How much do motorized shades cost in Los Angeles? Per window (typical ranges, installed): Battery roller shades: $800–$1,000+ Hard-wired or large/opening shades: $900–$2,500+ Luxury/spec builds (e.g., Lutron Palladiom, dual-roller, custom hardware): $2,500–$5,000+ What affects price Size and number of windows/doors Fabric type (solar, decorative, blackout, specialty) Motor & power (battery vs. wired; quiet/premium motors) Controls & integration (remote/app only vs. Lutron/Control4, keypads, sensors) Options (side-channels, fascia/cassettes, dual-roller, curved bays) Typical project minimums (LA): $2k–$4k including a hub/bridge, programming, and professional installation. We’ll quote after a quick measure and design consult.
Do motorized shades work with Alexa/Google/Apple? Yes. Most modern systems integrate through a hub/bridge: Alexa & Google Assistant: widely supported (voice commands like “Alexa, lower living room shades”). Apple Home (Siri): requires HomeKit/Matter support via a compatible hub (e.g., Lutron Caséta/RA3/Sivoia, Control4, or brand-specific bridges such as Somfy or Hunter Douglas PowerView). You can also create scenes/automations (e.g., “Movie Night” closes shades, dims lights, starts the A/V). We’ll recommend the cleanest path based on your ecosystem and the shade brand you choose.
What’s the difference between solar and blackout shades? Solar shades (screen fabrics): Rated by openness % (1–10%). Lower % blocks more heat/glare/UV. Preserve views and daylight, great for living spaces and offices. Best for glare control + heat reduction, not full darkness. Blackout shades: Opaque fabrics for near-dark rooms—ideal for bedrooms and home theaters. To eliminate light leaks, use side channels or pair with drapery. Provide the best night insulation. Can I have both? Yes—dual-roller systems use a solar fabric for daytime and a blackout layer for night.
How do motorized shades save energy? Reduce solar heat gain: Shades auto-close when the sun hits east/south/west windows so rooms stay cooler and the A/C runs less. Insulate at night: A closed fabric layer traps air at the glass and slows heat loss; cellular fabrics and side-channels help most. Daylight harvesting: Open when there’s good daylight so lights can dim or switch off automatically. Smarter timing: Schedules by time, sun position, temperature, or occupancy move shades when people forget—small savings that add up. Peak-time relief: Keeping sun out during late-afternoon peak hours reduces electricity use when rates are highest. Real-world result: homes often cut cooling run-time noticeably on sunny exposures; exact savings depend on window size, orientation, fabric, and usage.