Motorized Awnings
Buying Guide

Solar technology represents a significant innovation in the awning industry. These systems use photovoltaic panels to charge onboard battery packs that power the motor.

How Solar Systems Work:

A solar panel (typically 125W for residential awnings) mounts near the awning, often on the same wall or roof surface. The panel connects to the awning via an 8-foot cord, providing flexibility in panel placement to capture optimal sunlight—you can position it around corners or on different surfaces if your awning location is partially shaded.

The panel charges a lithium-ion battery pack (usually 10.8V with 5+ amp-hour capacity) integrated into the awning assembly. This battery stores enough power for multiple open-close cycles, meaning your awning continues working at night, on cloudy days, and even during power outages.

Key Advantages:

No electrician required represents the most significant cost and convenience benefit. Traditional motorized awnings need hardwired electrical connections, which means running wire through your walls or siding, installing junction boxes, potentially upgrading electrical service, and hiring a licensed electrician. Solar systems eliminate all of this.

No permits or inspections are typically required since you’re not modifying your home’s electrical system. This simplifies and accelerates installation.

Continued operation during power outages means your awning remains functional when grid power is down. The battery provides independence from your home’s electrical system.

Zero ongoing electrical costs—the sun provides free power forever. Unlike hardwired systems that incrementally increase your electricity bill, solar systems operate at no cost beyond the initial investment.

Eco-friendly operation appeals to environmentally conscious homeowners. You’re harnessing renewable energy rather than drawing from the grid.

Flexible installation locations work because you’re not limited by proximity to electrical outlets or the complexity of running wiring to specific locations.

Performance Across Conditions:

Modern solar panels charge effectively even on overcast days. High-efficiency photovoltaic cells can generate significant power from ambient light, not just direct sunlight. Battery capacity ensures you can operate your awning multiple times per day even during extended cloudy periods.

In practical terms, a fully charged battery can power dozens of open-close cycles before needing recharge. Most homeowners adjust their awning 2-4 times daily—well within the battery’s capacity even with minimal solar input.

Winter performance remains reliable because solar panels actually become more efficient in cold temperatures. Snow accumulation can temporarily reduce charging, but the same is true for any electrical system during severe winter storms.

The Industry-First Solar Advantage

Until recently, motorized awnings universally required hardwired electrical connections. The introduction of high-efficiency solar systems eliminated the single largest barrier to motorized awning adoption—the complexity and cost of electrical installation. For many homeowners, this innovation transformed motorized awnings from “too complicated” to “why wouldn’t I choose this?”

Hardwired Electric Awnings

Traditional motorized awnings connect directly to your home’s electrical system through permanent wiring.

Installation Requirements:

Hardwired systems require professional electrical work. An electrician must:

This work typically requires permits and inspection by local building authorities, adding time and administrative complexity to your installation.

Advantages:

Unlimited power represents the main benefit. Hardwired systems never need charging and never experience reduced capacity from limited battery life.

No battery maintenance or eventual battery replacement eliminates one maintenance consideration over the system’s lifespan.

Potentially more suitable for commercial applications where extreme usage (10+ cycles daily) might strain battery systems.

Cost Considerations:

Electrician labor typically adds $800-$1,500 to your total project cost, depending on the complexity of the wire run and local labor rates. This represents 30-50 percent additional expense compared to the awning itself.

Permit fees vary by municipality but generally add $50-200 to the project.

Extended installation timeline results from scheduling electrician availability, waiting for permit approval, and coordination between multiple contractors (awning installer and electrician).

When Hardwired Makes Sense:

Despite the advantages of solar, hardwired systems still make sense in specific situations:

For residential applications, solar technology has largely supplanted hardwired systems for new installations.

Proper sizing and placement ensure your awning provides effective coverage while fitting your space appropriately.

Measuring Your Space

Accurate measurements prevent costly mistakes. You’ll need three critical dimensions:

Width:

Measure the horizontal distance you want to cover. For awnings over doors or windows, measure the full width of the opening, then add at least 2 feet to the total. An awning should extend beyond the edges of what it’s covering to provide complete shade as the sun angle changes throughout the day.

For example, a 10-foot-wide patio door should be covered by a minimum 12-foot-wide awning. A 14-foot awning would provide even better coverage.

Available widths typically range from 12 feet to 20 feet in 2-foot increments (12’, 14’, 16’, 18’, 20’). Some manufacturers offer custom widths for specific applications.

Projection (Depth):

This is how far the awning extends from the wall when fully opened. Standard projections range from 10 to 12 feet for residential applications.

Consider how you’ll use the space. A 10-foot projection covers a small dining table and chairs. A 12-foot projection accommodates larger furniture arrangements and provides shade deeper into your patio or deck.

Vertical Clearance:

Measure from the ground (or deck surface) to your mounting location. You need adequate clearance for:

Remember that retractable awnings pitch downward when extended. The front bar will be lower than the mounting height. With a typical 20-25 degree pitch and 10-foot projection, the front bar will be roughly 3-4 feet lower than the mounting point.

Also measure vertical obstructions. Downspouts, light fixtures, electrical meters, vents, and trim details can interfere with awning installation. You need 9 inches of clear, unobstructed vertical space along the entire mounting length.

Coverage Calculations

To ensure your awning provides effective shade throughout the day, apply this general rule: size your awning at least 2 feet wider than the door, window, or area you want to cover.

This extra width compensates for sun angle changes. When the sun is east or west of your location (most of the day), it casts shade at an angle rather than straight down. Without adequate width, your awning will provide partial coverage with sunlight creeping in from the sides.

For comprehensive patio coverage, measure your furniture arrangement at its widest point, then add 2 feet on each side. A 10-foot-wide furniture grouping needs at least a 14-foot awning.

The pitch (angle) of your awning dramatically affects both its appearance and its functionality.

Most motorized awnings offer pitch adjustment from 0 to 45 degrees using a manual crank adjustment on the lateral arms. This adjustment is typically made during installation and can be changed periodically to optimize performance.

Why Pitch Matters:

• Sun angle: A steeper pitch (30-45 degrees) blocks low-angle sun more effectively during morning and evening hours. A shallower pitch (15-25 degrees) provides better midday coverage when the sun is overhead.
• Water runoff: Steeper pitch sheds rain more effectively if you use your awning during light rain.
• Headroom: Steeper pitch reduces how much the front bar drops below the mounting height, maintaining clearance in tight spaces.
• Appearance: Pitch affects the awning’s visual proportion and how well it complements your home’s architecture.

Most installations work best with a 20-25 degree pitch, which balances all these factors effectively.

Solar-powered motorized awnings dramatically simplify installation compared to hardwired systems.

No Electrical Work:

The single biggest advantage is eliminating electrical requirements. You don’t need to:

This removes approximately $800-$1,500 from the total project cost and compresses the timeline from days or weeks to a few hours.

Simplified Mounting:

With solar power, installation focuses purely on the mechanical mounting. Mount the awning brackets, lift the awning into place, secure it, mount the solar panel in an optimal location (within the 8-foot cord length), and configure the controls. The entire process typically takes 2-3 hours with a professional installation team.

Flexibility:

The 8-foot solar panel cord provides placement flexibility. If your awning location is partially shaded, you can mount the panel around a corner, higher on the wall, or on a different surface where it receives better sun exposure.

When Professional Installation Is Worth It

While ambitious DIYers can install awnings successfully, professional installation offers significant benefits that often justify the cost.

Expertise and Experience:

Professional installers have completed dozens or hundreds of awning installations. They understand:

Tools and Equipment:

Professional installation teams arrive with specialized tools that most homeowners don’t own:

• Laser levels for precision alignment
• Heavy-duty drills and bits for various surfaces
• Scaffolding or lifts for safe work at height
• Torque drivers for consistent fastener tension

Warranty Protection:

Many manufacturers require professional installation to maintain full warranty coverage. Even if DIY installation is permitted, the manufacturer may limit warranty claims related to installation errors.

Professional installation through factory-certified installers typically includes installation warranty coverage in addition to the product warranty—protecting you against both defective components and installation problems.

Safety:

Working with heavy objects above your head creates real injury risk. Professional installers have experience, proper equipment, and insurance coverage that protects both them and your property.

Time Savings:

A professional team typically completes installation in 2-3 hours. A DIY installation with research, multiple trips to hardware stores, and problem-solving might consume an entire weekend or multiple days.

If you choose professional installation, particularly through factory-certified installers trained by the manufacturer, you should expect:

Pre-Installation Consultation:

Quality installers typically visit your home before installation day to verify measurements, assess mounting surfaces, identify any obstacles or challenges, and confirm that the awning you ordered fits your space appropriately. This prevents surprises on installation day.

Laser-Level Mounting:

Professional installers use laser levels to establish a perfectly level reference line across the full width of your installation. They mark mounting locations precisely, drill pilot holes with appropriate depth and diameter for your specific surface, and secure brackets with proper fastener types and torque.

Custom Shimming and Spacing:

Exterior surfaces are rarely perfectly flat. Professional installers use custom spacers and shims to accommodate siding contours, ensure solid contact with structural members, and achieve perfect level mounting even on uneven surfaces.

Smart System Setup:

After physical mounting, professional installers configure all electronic components:

Thorough Testing:

Before leaving, professional installers complete multiple open-close cycles, verify smooth operation across the full extension range, test emergency stop and wind sensor functions, verify all control methods work properly, and ensure the fabric rolls evenly without bunching or shifting.

Education and Documentation:

Quality installers explain how to operate your awning using all control methods, review safety features and wind sensor operation, provide maintenance recommendations, explain warranty coverage, and leave documentation and contact information.

Cleanup:

Professional installation should leave your property cleaner than they found it, with all debris removed, hardware and tools collected, and the installation area swept or vacuumed.

Understanding the complete cost picture helps you budget appropriately and make informed decisions about features and installation options. Use our awning cost calculator to get a personalized estimate for your project.

Price Ranges for Motorized Awnings

Quality motorized retractable awnings for residential use typically range from $2,500 to $6,000+ depending on size, features, and installation complexity.

The power source you choose significantly impacts total project cost.

Traditional Motorized (Hardwired): Awning unit (mid-range, 16’ width) $3,200 + Electrician labor (wire run, circuit, junction box) $1,200 + Electrical permit $75 + Inspection fee $50 + Installation labor $400 = Total Investment $4,925.

Solar-Powered Motorized: Awning unit with solar system (16’ width) $3,500 + Installation labor $400 = Total Investment $3,900.

The solar-powered option delivers a $1,025 savings (21% lower total cost) while providing the additional benefits of power-outage operation, zero electrical costs, and eco-friendly operation.

Hidden Costs to Consider

Beyond the obvious awning and installation costs, several factors can affect your total investment:

Electrician Labor (Hardwired Systems):

The $800-$1,500 range mentioned earlier can vary significantly based on:

• Distance from your electrical panel to the awning location
• Whether the wire run is straight and accessible or involves complex routing
• Whether your panel has available capacity or requires upgrading
• Local labor rates (urban areas typically cost more)
• Whether the installation requires fishing wire through finished walls

Always get detailed written quotes from electricians before committing to hardwired awnings.

Permits and Inspections:

Electrical work requires permits in most jurisdictions, adding $50-200. Some municipalities also require permits for awning installation itself, particularly for large awnings or in historic districts. Check local requirements during planning.

Surface Preparation:

Occasionally, the mounting surface requires preparation:

Reputable installers identify these issues during pre-installation consultation, giving you time to address them.

Accessories:

Some features you might want to add:

• Additional wireless remotes: $50-100 each
• Wall-mounted control switches: $75-150
• Extended warranty coverage: $200-500
• Professional annual maintenance: $100-200

Removal and Disposal:

If you’re replacing an existing awning, removal and disposal add $200-400 to the project.

Long-Term Value: Return on Investment

Awnings provide financial returns through energy savings and increased property value, offsetting the initial investment over time.

Energy Savings:

The Department of Energy estimates that awnings can reduce cooling costs by 15-25% for spaces with sun-facing windows. For a home with $150 monthly cooling bills during a 4-month summer season, this translates to:

• Annual cooling savings: $90-$150
• 10-year savings: $900-$1,500
• 20-year savings: $1,800-$3,000

These savings are conservative and don’t account for rising energy costs over time, which would increase the value of the shade your awning provides.

Property Value:

Quality outdoor living improvements typically return 50-80% of their cost when selling your home. A $4,000 awning investment might add $2,000-$3,200 to your home’s market value—reducing the net cost to $800-$2,000.

Combined with energy savings, a quality awning can approach break-even on purely financial terms over 10-15 years—while providing comfort, convenience, and lifestyle benefits throughout its service life.

Financing Options

Several financing approaches make motorized awnings more accessible:

Manufacturer Financing:

Some manufacturers or dealers offer promotional financing (0% APR for 12-24 months) for qualified buyers. This spreads the cost over time without increasing the total amount paid if you pay off the balance during the promotional period.

Home Equity Line of Credit (HELOC):

If you have home equity, a HELOC provides low-interest financing for home improvements. Awnings qualify as they’re permanently attached to your property.

Credit Card Rewards:

If you have a rewards credit card that you pay off monthly, you might purchase your awning on the card to earn cash back or points while paying no interest. This requires having sufficient credit limit and the discipline to pay the balance promptly.

Personal Loans:

Home improvement personal loans from banks or credit unions offer fixed rates and terms for outdoor living projects.

Cash Purchase Benefits:

Paying cash sometimes yields discounts (5-10%) from dealers who avoid credit card processing fees. If you can afford it, cash purchase typically provides the best value.

Motor Maintenance

Quality motors are designed to be maintenance-free for their service life. The sealed mechanisms don’t require lubrication or adjustment.

You can extend motor life by:

If you hear unusual sounds (grinding, squealing, clicking) during operation, stop using the awning and contact professional service. These sounds indicate mechanical problems that can worsen with continued use.

Modern motorized awnings are genuinely smart devices that integrate seamlessly with home automation ecosystems and provide sophisticated automated operation.

Connecting to Home Automation Systems

Today’s premium motorized awnings connect to your broader smart home through multiple methods.

Wi-Fi Connectivity:

Most smart awnings include built-in Wi-Fi radios (typically 2.4GHz for better range and wall penetration). During initial setup, you connect the awning to your home network through the control app. This provides:

Voice Assistant Integration:

Pairing with Amazon Alexa or Google Assistant enables voice control:

“Alexa, open the patio awning” “Hey Google, close the awning” “Alexa, set the patio awning to 50 percent” (if your system supports partial extension)

Voice control works particularly well for:

Smart Home Platforms:

Advanced users can integrate awnings with home automation platforms like Home Assistant, SmartThings, or Apple HomeKit (if supported). This enables complex automation scenarios:

Programming Schedules

Automated scheduling means your awning operates according to your routine without requiring any daily input.

Time-Based Automation:

Set your awning to operate on a fixed schedule:

Time-based automation works well for consistent routines and ensures you never forget to retract your awning at night.

Sunrise/Sunset Automation:

More sophisticated than fixed times, sunrise/sunset automation adjusts operation based on actual daylight hours, which change throughout the year:

• Extend 1 hour after sunrise (when you’re typically outside)
• Retract 30 minutes before sunset (while there’s still light to see it close)

This maintains consistent timing relative to daylight even as seasons change.

Custom Schedules:

Create different schedules for different situations:

• Weekday schedule: Conservative operation when you’re at work
• Weekend schedule: Longer extension during days when you’re home
• Vacation schedule: Minimal operation (or none) while you’re traveling
• Seasonal schedules: Different timing for summer vs. spring/fall use patterns

Weather-Aware Automation

The most advanced feature of smart awnings is integration with weather data for intelligent automated operation.

Wind Response:

Beyond the physical wind sensor that triggers emergency retraction, weather-aware systems can:

• Check forecasted wind speeds and pre-emptively retract before storms arrive
• Adjust sensitivity of automatic retraction based on real-time conditions
• Send notifications when wind triggers automatic retraction
• Provide wind speed data within the control app

Temperature-Based Operation:

Integrate with local temperature data:

• Automatically extend when outdoor temperature exceeds your threshold (e.g., 75°F)
• Retract when temperatures drop below your minimum (e.g., 60°F when shade isn’t needed)
• Adjust operation based on indoor temperature if integrated with smart thermostat

Rain Forecasting:

Some systems integrate with weather services to:

• Retract when rain is forecasted within the next hour
• Extend when forecast shows clear conditions all day
• Send notifications about weather changes affecting your awning

UV Index Automation:

Truly advanced systems can extend based on UV index data, providing shade during high-UV periods even on moderate-temperature days when you might not think to extend for cooling.

Creating Scenes

Scenes combine multiple devices into single-command automation. Your awning can participate in comprehensive outdoor living scenes:

“Entertainment” Scene:

• Extend awning for shade
• Turn on outdoor speakers
• Activate landscape lighting
• Set outdoor temperature on patio heater or fan

“Morning Coffee” Scene:

• Extend awning to 75% (partial shade for gentle morning sun)
• Turn on quiet background music
• Activate coffee maker in kitchen

“Dinner Party” Scene:

• Extend awning fully
• Dim outdoor lighting to ambiance level
• Turn on water feature
• Set thermostat for comfortable outdoor temperature

“Goodnight” Scene:

• Retract awning
• Turn off outdoor lighting
• Activate exterior security lights
• Lock doors

Creating scenes means executing complex multi-device operations with a single voice command, button press, or scheduled trigger.

App Features to Look For

Not all smart awning apps are created equal. Quality apps include:

Battery Status Monitoring:

Real-time display of battery charge level (for solar systems) helps you verify that solar charging is working effectively and plan usage on cloudy days.

Usage History:

Track how often you operate your awning, which times of day you use it most, and total cycle count. This data helps you optimize scheduling and provides valuable information if you experience problems (excessive usage might indicate automation issues).

Remote Access:

Control from anywhere, not just when connected to your home network. Forgot to retract your awning before a thunderstorm rolled in while you’re at work? Handle it from your office.

Push Notifications:

Receive alerts for:

• Wind sensor automatic retraction (so you know why your awning closed)
• Low battery warnings (solar systems)
• Scheduled operations failing to complete (indicating potential problems)
• Weather alerts affecting your awning

Wind Sensor Adjustment:

Fine-tune the sensitivity of your wind sensor through the app rather than requiring physical adjustment on the unit. Set it more sensitive if you prefer conservative retraction, or less sensitive if you experience false triggers on windy-but-safe days.

Manual Override:

Even with automation, the app should provide simple manual control to override schedules or automation when you want different behavior for specific situations.

Multiple User Access:

Family members should be able to control the awning from their own devices without sharing login credentials. Quality apps support multiple users with appropriate access levels.

Firmware Updates:

The app should notify you of available updates and provide simple update installation. Firmware updates fix bugs, improve performance, and occasionally add new features to your existing awning.

Comprehensive warranty coverage protects your investment and provides recourse if problems develop. Understanding warranty terms before purchase helps you evaluate true long-term value.

Standard Warranty Coverage Periods

Quality motorized awnings typically include tiered warranty coverage for different components:

10-Year Coverage: Structural Components and Fabric

The longest warranties apply to the core structural elements that should last the life of the installation:

Premium solution-dyed acrylic fabrics also carry 10-year warranties (with prorated coverage in later years as described in the fabric section earlier).

Ten-year structural warranties indicate manufacturer confidence in engineering and materials. These components experience constant stress from fabric tension, wind loads, and repeated operation—extensive warranties demonstrate expected longevity.

5-Year Coverage: Motor, Frame Finish, and Accessories

Mid-term warranties typically cover:

Five-year coverage on motors and electronics aligns with the expected maintenance-free service life of quality components. This is enough time to identify manufacturing defects or premature failures while acknowledging that electronics have finite lifespans.

Variable Coverage: Installation

Professional installation through factory-certified installers often includes separate installation warranty covering:

Installation warranties typically run 1-2 years and protect against problems resulting from installation errors rather than component defects.

What Warranties Typically Cover vs. Exclude

Covered:

Manufacturers repair or replace covered components at no cost to you, typically including shipping for warranty replacement parts.

Typically Excluded:

Conditions for Coverage:

Most warranties require:

Importance of Proper Installation for Warranty

Many manufacturers explicitly require professional installation for full warranty coverage, or limit coverage for self-installed systems.

This isn’t arbitrary—improper installation causes many problems that appear to be product defects:

• Awning not mounted level causes uneven fabric rolling that can damage fabric and mechanism
• Inadequate fastening leads to mounting failure blamed on bracket defects
• Improper tension adjustment causes premature wear misattributed to component quality
• Incorrect motor programming creates operational problems diagnosed as motor failure

Professional installation through authorized installers provides documentation that the system was installed correctly, protecting both you and the manufacturer from warranty disputes related to installation quality.

If you choose DIY installation, document your process thoroughly with photos showing proper technique, level mounting, adequate fasteners, and correct procedures. This documentation may be necessary to receive warranty coverage.

Manufacturer Support and Service Networks

Beyond warranty coverage, ongoing support matters for the life of your awning.

Customer Service:

Quality manufacturers provide accessible customer service through:

Service Networks:

Manufacturers with extensive dealer and installer networks provide local service throughout your awning’s life:

• Authorized service technicians in your area
• Parts availability through local dealers
• Warranty service without shipping your awning back to the factory
• Relationships with installers who understand the specific product

Direct Manufacturer Support:

Some manufacturers provide direct support rather than requiring you to work through dealers:

Parts Availability:

Verify that replacement parts will be available long-term. Quality manufacturers:

• Commit to parts availability for 10+ years
• Maintain stock of common wear items (remotes, sensors, fabric)
• Provide parts diagrams and ordering information
• Offer upgrade paths when newer technology becomes available

While many motorized awning options exist, Solera® by Lippert has established itself as an industry innovator through genuine technological advancement rather than incremental improvements to existing designs.

What Makes Solera® Lumina™ Unique

The Solera® Lumina™ residential motorized retractable awning represents a fundamental shift in how motorized shade systems operate—specifically through the industry’s first truly effective solar-powered motorized awning system.

Industry-First Solar-Powered Technology:

For decades, motorized awnings universally required hardwired electrical connections, creating a significant barrier to adoption. The complexity of hiring electricians, running wire through walls, obtaining permits, and coordinating installation between multiple contractors added substantial cost and hassle.

Solera® eliminated these barriers entirely with a solar-powered system sophisticated enough to deliver professional-grade motorized performance without any connection to your home’s electrical system. This wasn’t a minor improvement—it fundamentally changed the value equation for motorized awnings.

The 125-watt solar panel charges a high-capacity 5.2Ah lithium-ion battery that powers the robust 142-watt motor. The 8-foot connecting cord allows flexible panel placement to optimize sun exposure even if the awning location is partially shaded. The system stores enough power for multiple daily operations and continues working during cloudy weather or power outages.

No Electrician Required:

This single innovation removes approximately $1,000-$1,500 from the total project cost while eliminating weeks from the timeline. Your installation becomes a simple mechanical mounting process rather than a complex, multi-contractor coordination effort.

For homeowners, this meant motorized convenience was suddenly accessible at a price point competitive with quality manual awnings when you factor in the avoided electrical work.

Premium Sunbrella Fabrics Included:

Rather than treating premium fabrics as costly upgrades, Solera® includes solution-dyed acrylic fabrics as standard. You’re getting genuine 10+ year colorfastness, superior breathability, and proven UV resistance without paying extra for “upgraded” material.

The fabric collection includes solids, stripes, and textured patterns in colors ranging from classic neutrals to bold contemporary statements. This variety ensures you can find options that complement your home’s architecture and your personal style.

Integrated Smart Features, Not Add-Ons:

Many awning manufacturers charge separately for smart features—app control, voice compatibility, and automation capabilities often cost $200-500 extra. Solera® includes comprehensive smart functionality as standard:

These aren’t optional upgrades you choose from a menu—they’re fundamental components of every Lumina™ awning. The system is designed from the ground up as a smart device, not as a traditional awning with smart features bolted on.

Professional-Grade Motor:

The 142-watt, 50Nm motor delivers smooth, quiet operation that completes full extension in under 60 seconds. This is professional-grade torque in a residential product—providing reserve capacity that reduces motor strain and extends service life.

Semi-Cassette Design:

The protective housing shields fabric when retracted, extending its service life substantially compared to exposed awnings while maintaining a sleek, low-profile appearance when closed.

Lateral arm design eliminates obstructive posts, providing unobstructed space beneath the awning and clean sight lines that don’t interrupt your view of the outdoor space.

Comprehensive 10-Year Warranty:

Solera® backs Lumina™ awnings with decade-long warranty coverage on structural components and fabric, plus 5-year coverage on motors, frame finish, solar components, and accessories. This warranty reflects confidence in long-term durability and provides protection for your investment.

Available in Detroit Metro, Chicago Metro, and Grand Rapids

Solera® serves homeowners throughout the Midwest with factory-certified installation teams trained specifically on Lumina™ awnings. Local presence means professional installation, responsive service, and ongoing support throughout your awning’s life.

The Detroit, Chicago, and Grand Rapids markets benefit from Lippert’s Midwest manufacturing presence, providing shorter shipping times and direct access to support resources.

Factory-Certified Installation:

Rather than relying on generic contractors, Solera® provides installation through Lippert-trained teams who understand the specific engineering and requirements of Lumina™ awnings. These installers have completed extensive training on:

This specialized training means your installation is handled by professionals who install these specific awnings regularly, not generalists who might install various brands occasionally.

Local Support and Service:

Throughout your ownership, you have access to local service technicians familiar with Solera® products. If you need maintenance, warranty service, or assistance with any aspect of operation, you’re working with teams who understand your specific awning system and have direct relationships with Lippert for parts and technical support.

Flexible Sizing and Customization:

Solera® Lumina™ awnings are available in widths from 12 to 20 feet with projections of 10 to 12 feet, covering the full range of residential applications from modest patios to expansive decks. Standard frame colors (white and sand) complement the majority of home exteriors, while the extensive fabric collection ensures you’ll find options that match your aesthetic vision.

Each awning is built to order specifically for your home—not selected from limited stock options. This ensures proper fit and allows you to specify the exact configuration that works for your space.

Choosing a motorized awning represents a significant investment in your home and your outdoor lifestyle. The convenience of push-button shade, the sophistication of smart home integration, and the comfort of automated weather response transform how you use your patio or deck.

Throughout this guide, we’ve covered the essential factors that should inform your decision:

• Power options: Solar-powered systems eliminate electrical work, reduce total cost, and provide power-outage operation—advantages that have made them the preferred choice for most residential installations
• Quality indicators: Motor torque ratings, fabric warranties, and comprehensive smart features separate premium systems from basic options
• Proper sizing: Adequate width and projection ensure effective shade throughout the day as sun angles change
• Professional installation: Factory-certified installers deliver precision mounting, complete system configuration, and warranty protection
• Smart features: App control, voice compatibility, scheduling, and weather awareness provide convenience that encourages frequent use
• Long-term value: Energy savings, increased property value, and decade-long durability offset initial investment

The decision ultimately comes down to these key questions:

Do you value convenience enough to justify motorized operation over manual? For most homeowners with moderate to large awnings (14+ feet) who will adjust them frequently, the answer is yes.

Do you want smart home integration? If you’re building a connected home, motorized awnings with comprehensive smart features integrate seamlessly and enhance the overall system.

Is simplified installation important? Solar-powered systems eliminate the complexity, cost, and timeline associated with electrical work—removing the single largest barrier to motorized awning adoption.

Are you willing to invest in quality? Premium materials, professional-grade motors, and comprehensive warranties cost more upfront but deliver superior long-term value through extended service life and maintained performance.

Moving Forward:

The most important next step is a free estimate request. An experienced dealer can:

Motorized awnings have evolved from luxury items requiring complex installation to accessible, smart home devices that deliver genuine value for a wide range of homeowners. Solar power, in particular, has democratized access to motorized convenience by eliminating electrical barriers.

Whether you’re seeking relief from afternoon heat, creating comfortable outdoor entertaining space, reducing cooling costs, or simply enjoying the convenience of automated shade, a quality motorized awning delivers benefits you’ll appreciate every day throughout the warm season—and for years to come.

Take the time to evaluate options carefully, ask the questions outlined in this guide, and choose a system that matches your needs, your home, and your budget. Request a free estimate to get started. The result will be outdoor living space that’s more comfortable, more usable, and more enjoyable.