Power Through Any Outage: Why You Need a Transfer Switch
Generator transfer switch installation is the critical safety connection between your portable or standby generator and your home’s electrical system. A proper installation ensures power flows safely to your essential circuits during outages while preventing dangerous backfeeding to utility lines.
Quick Guide to Generator Transfer Switch Installation:
- Safety First: Prevents backfeeding that endangers utility workers
- Required Components: Transfer switch, power inlet box, appropriate wiring
- Installation Location: Typically mounted near main electrical panel
- Professional vs DIY: Professional installation recommended for safety and code compliance
- Operation: Allows selective powering of essential circuits during outages
When storms knock out power in Indianapolis, a properly installed transfer switch becomes your lifeline to keeping refrigerators running, sump pumps working, and lights on. Unlike dangerous extension cord setups or improper panel connections, a transfer switch creates a safe, code-compliant connection that protects both your home and utility workers.
I’m Clay Hamilton, President of Grounded Solutions, where I’ve overseen hundreds of generator transfer switch installations throughout central Indiana, bringing over 20 years of electrical expertise to ensure your backup power system works flawlessly when you need it most.
How a Transfer Switch Protects Your Home and the Grid
Have you ever been tempted to just plug your generator directly into a wall outlet when the power goes out? I get it—when you’re sitting in the dark during an Indianapolis thunderstorm, any solution seems better than none. But there’s a critical reason why generator transfer switch installation is the only safe way to connect backup power to your home.
The Dangers of Backfeeding
Backfeeding happens when electricity from your generator flows backward through your home’s wiring and out to the utility lines. This creates a deadly hazard for the lineworkers trying to restore power in your neighborhood.
I’ll never forget what a utility worker from Carmel told me after a major storm: “I’ve lost colleagues to homeowners who didn’t use transfer switches. They thought they were being clever by bypassing proper installation, but they created a deadly trap for us instead.”
A proper generator transfer switch installation creates both a mechanical and electrical barrier between your home circuits and the utility grid. The switch ensures power can only flow from one source at a time—either the utility or your generator, never both simultaneously. This isolation is not just recommended—it’s essential for everyone’s safety.
Protecting Your Home’s Electrical System
Beyond keeping utility workers safe, a transfer switch also shields your home’s electrical system and appliances from damage. Without one, you’re risking:
- Generator damage when utility power suddenly returns
- Expensive electronics getting fried from voltage fluctuations
- Potential electrical fires from improper connections
- Insurance claim denials for damages caused by improper generator hookups
Your transfer switch also allows you to select which essential circuits receive power during an outage. This means you can keep your refrigerator, furnace, and sump pump running without overloading your generator.
Carbon Monoxide Safety
Did you know that portable generators are responsible for hundreds of carbon monoxide deaths annually? According to FEMA research on generator safety, proper placement is crucial.
A generator transfer switch installation with an exterior power inlet box allows you to position your generator the recommended 20 feet from doors, windows, and vents. This dramatically reduces carbon monoxide risks by eliminating the need to run extension cords inside, which often leads people to place generators too close to their homes.
The transfer switch isn’t just an electrical component—it’s a safety system that protects utility workers, your home, and your family all at once. When storms roll through central Indiana, having this proper connection means one less thing to worry about during an already stressful time.
Understanding Generator Transfer Switch Installation Options
When it comes to protecting your Indianapolis home during power outages, not all transfer switches are created equal. Let’s explore your options so you can make the best choice for your family’s needs.
Types of Transfer Switches
Manual Transfer Switches
These workhorses require you to take action when the lights go out. When storms knock out your power, you’ll need to head outside, start your generator, then flip the switch to transfer power from utility lines to your generator. When power returns, you’ll reverse the process.
Manual switches are popular with many of our Greenwood and Carmel customers who want reliability without breaking the bank. They’re perfect for homes where someone is typically around during outages to manage the switchover process.
Automatic Transfer Switches (ATS)
Think of automatic transfer switches as your home’s power guardian. They detect outages instantly, start your standby generator, and switch your electrical supply automatically – all while you’re enjoying dinner or even away on vacation.
I’ll never forget what happened with the Williams family in Fishers last winter: “The automatic transfer switch was worth every penny. We were visiting relatives when the ice storm hit, and by the time we got home, the generator had already kicked in. Our freezer full of food was saved, and we didn’t have to do a thing.”
Interlock Kits
For budget-conscious homeowners, interlock kits provide a simple mechanical solution that prevents backfeeding. They’re essentially a clever sliding plate that makes it physically impossible to have both your main breaker and generator breaker on at the same time – a simple but effective safety mechanism.
Meter-Mounted Transfer Switches
These less common options install right at your electric meter. While not as popular for residential applications in central Indiana, they can be ideal in specific situations where panel access is limited.
Sizing Your Transfer Switch Correctly
Getting the right size for your generator transfer switch installation is like buying shoes – too small and you’ll be uncomfortable, too large and you’re wasting money. Your ideal size depends on three key factors:
Your generator’s output capacity tells us how much power you can produce, measured in watts or kilowatts. A smaller portable generator might produce 5,000 watts, while larger standby units can exceed 20,000 watts.
The circuits you want to power during an outage matter tremendously. Most families prioritize refrigeration, heating/cooling, well or sump pumps, and some lighting. Each additional circuit increases your power requirements.
Your electrical load is the sum of what you’ll need to run simultaneously. We help Indianapolis homeowners calculate this precisely, but as a rule of thumb:
- Small transfer switches (up to 5,000 watts) typically power 6-10 essential circuits
- Medium switches (5,000-10,000 watts) can handle 10-16 circuits
- Large switches (10,000+ watts) manage 16-24 circuits or your entire home
Code Requirements and Permits
Here in central Indiana, your generator transfer switch installation must comply with specific safety standards. The National Electrical Code (NEC) provides the foundation for these requirements, but local building codes in Carmel, Fishers, Noblesville and other communities may have additional specifications.
All quality transfer switches should carry UL 1008 certification, which guarantees they meet rigorous safety standards for switching between power sources. This certification isn’t just a nice-to-have – it’s essential for your family’s safety and may be required by your insurance company.
Before installation begins, you’ll need proper permits from your local building department. Our team at Grounded Solutions handles this paperwork for you, ensuring your installation meets all Electrical Safety Inspections requirements and passes inspection the first time.
Cutting corners on code compliance isn’t just dangerous – it could void your home insurance or create liability issues if something goes wrong. That’s why working with licensed professionals who understand local requirements gives you true peace of mind.
DIY vs Professional Generator Transfer Switch Installation in Indianapolis
When it comes to generator transfer switch installation, homeowners often find themselves at a crossroads: tackle the project themselves or call in the professionals? While the DIY route might seem like a money-saver, the reality isn’t quite so simple.
The Case for Professional Installation
I’ve seen what happens when DIY transfer switch installations go wrong in Indianapolis homes. Just last month, we were called to a Broad Ripple home where a DIY installation had created a dangerous wiring situation that could have led to a fire.
Code Compliance and Permits
Professional electricians understand the electrical codes specific to Indianapolis, Carmel, Fishers, and throughout central Indiana. We handle the entire permit process and ensure your installation passes inspection without headaches.
One of our clients in Greenwood put it perfectly: “After watching my neighbor fail inspection twice with his DIY transfer switch—costing him extra fees and frustrating rework—I called Grounded Solutions. Their team managed everything from permits to final inspection, and we passed the first time around.”
Safety Assurance
Generator transfer switch installation requires working directly with your home’s main electrical panel—the heart of your electrical system where mistakes can be life-threatening. Our licensed electricians bring proper training, specialized tools, and years of experience to handle these connections safely.
Liability Protection
When professionals handle your installation, you gain important liability coverage. If something goes wrong during installation or operation down the road, you’re protected. Many homeowners don’t realize that DIY electrical work can actually void equipment warranties and potentially create insurance coverage problems if issues arise.
Time and Expertise
The difference in timeline is striking. While our experienced team typically completes a transfer switch installation in 4-6 hours, DIY projects often stretch into days or even weeks. This is especially true for homeowners unfamiliar with electrical systems who need to stop and research each step.
Our electricians bring specialized knowledge about crucial aspects that DIYers often miss:
- Properly sizing wires and circuit protection devices
- Balancing electrical loads across phases
- Understanding neutral and ground bonding requirements
- Creating weather-resistant connections for exterior components
When DIY Might Be Appropriate
I won’t say DIY is never appropriate. If you have substantial electrical experience, understand National Electrical Code requirements, and feel comfortable pulling permits, you might consider DIY for:
- Simple manual transfer switch installations
- Interlock kit installations (though these still require careful attention to detail)
However, even experienced DIYers should consider some sobering statistics. DIY electrical projects contribute to nearly 32,000 home fires annually. Improper generator connections account for numerous injuries and deaths during outage seasons. And most generator and transfer switch manufacturers require professional installation to maintain warranty coverage.
The Installation Timeline
When you choose professional generator transfer switch installation with Grounded Solutions, here’s what our process looks like:
- Consultation and planning: We’ll assess your needs and design the right solution (1-2 days)
- Permit acquisition: We handle all paperwork with local authorities (1-7 days depending on your municipality)
- Installation: Our team typically completes the work in just 4-6 hours
- Inspection: We coordinate with inspectors (usually 1-3 days after installation)
- Final testing and education: We’ll show you how to operate everything safely (about 1 hour)
Compare this streamlined approach to a typical DIY timeline that can stretch into weeks or months due to learning curves, mistakes, and potential inspection failures.
The peace of mind that comes with professional installation is something we hear about constantly from clients who initially considered DIY but ultimately chose our professional electrical installation services. When the next Indianapolis storm hits and the power goes out, you’ll be glad your transfer switch was installed right the first time.
Step-by-Step Guide to Generator Transfer Switch Installation
While we strongly recommend professional generator transfer switch installation, understanding the process helps you make informed decisions and appreciate the complexity involved.
Pre-Installation Checklist for Generator Transfer Switch Installation
Before any installation begins, proper preparation is essential:
Permits and Paperwork
Navigating the paperwork is your first hurdle. Every community in central Indiana requires electrical permits for generator transfer switch installation. Don’t forget to check your HOA rules too – I’ve seen many homeowners get halfway through installation only to find their neighborhood has strict guidelines about generator placement.
“The permit process might seem like a hassle,” says Clay from our team, “but it’s actually your protection. It ensures your installation will be held to proper safety standards and helps prevent insurance issues down the road.”
Take time to review all manufacturer documentation carefully. Many generator warranties become void without professional installation – something we’ve unfortunately had to explain to DIYers who come to us for help after problems develop.
Load Calculation and Planning
Creating a wattage worksheet isn’t just helpful – it’s essential. I remember helping a Carmel family who thought their 3500-watt generator would power their entire first floor. They hadn’t accounted for starting watts, which can be 2-3 times higher than running watts when motors first kick on.
Your refrigerator might run on 800 watts, but it needs up to 1,600 watts to start. That sump pump protecting your basement? It could need 2,200 starting watts even though it only runs on 1,000. Your generator needs to handle both – especially the momentary surge when appliances first power up.
Most Indianapolis homes we work with prioritize these essentials: refrigerator, furnace blower, sump pump, some lighting, and maybe a microwave. Well pumps are another consideration for our rural clients in Hendricks and Hamilton counties.
Safety Equipment and Tools
The tools for generator transfer switch installation aren’t items most homeowners have lying around. Professional electricians arrive with insulated tools, reliable voltage testers, and personal protective equipment that meets industry standards.
“I’ve been working with electricity for over 20 years,” our lead electrician Tom often tells clients, “and I still treat every wire as if it’s live, even when I’ve personally shut off the breaker. That discipline is what keeps us safe after thousands of installations.”
Beyond safety equipment, proper installation requires specialized materials – the right gauge wiring, appropriate conduit, weatherproof fittings, and precise terminal connectors. Using the wrong materials isn’t just about code violations; it’s about preventing fire hazards and ensuring your system works when you need it most.
Wiring & Mounting: Generator Transfer Switch Installation in 10 Moves
The installation process requires precision, patience, and expertise. Here’s what really happens during a professional installation:
1. Power Shutdown and Verification
Safety first – always. We turn off the main breaker and then verify with multiple tests that power is truly off. We’ve seen too many near-misses when people skip this verification step. We also post notices to prevent anyone from accidentally restoring power during installation.
2. Transfer Switch Mounting
The placement of your transfer switch isn’t arbitrary. It needs to be accessible but protected, typically 18-24 inches from your main panel. We secure it directly to wall studs – never just drywall – ensuring it can handle the weight and vibration of regular use. The National Electrical Code has specific clearance requirements we follow carefully.
3. Knockout and Conduit Installation
This is where experience really matters. Removing the wrong knockout or using improper techniques can damage your electrical panel. We install proper conduit between the transfer switch and main panel, creating a protected pathway for the wiring that will connect these critical components.
4. Exterior Inlet Box Installation
Your generator needs a safe connection point outside. We install a weatherproof inlet box, strategically positioned for convenient generator placement while maintaining proper distances from windows and doors (remember that carbon monoxide risk). Every exterior penetration gets thoroughly sealed against Indiana’s notorious weather swings.
“The inlet box installation is crucial,” explains our technician Sarah. “I’ve seen DIY installations where rain water followed the wiring right into the electrical panel. That’s a disaster waiting to happen.”
5. Circuit Selection and Wiring
This step requires careful planning. We disconnect selected circuits from your main panel and reconnect them to the transfer switch. Each circuit gets clearly labeled – something you’ll appreciate during that 2 AM power outage when you’re trying to figure out which switch powers what.
6. Connect Hot, Neutral, and Ground Wires
The heart of the installation involves connecting the right wires to the right terminals with the right torque. Too loose, and you risk connection failure or dangerous heat buildup. Too tight, and you can damage terminals or wires. Our technicians are trained to get this exactly right.
7. Panel Connections
We connect the transfer switch feed to a dedicated breaker in your main panel, ensuring all connections are secure and properly routed. Wire bending radius might sound like a minor detail, but improper bends can damage wire insulation and create hazards down the road.
8. Exterior Connections
The connections at your inlet box must be perfect – they’ll be exposed to temperature swings, moisture, and mechanical stress when connecting your generator. We test every connection for continuity and ensure the weatherproofing will stand up to Indiana’s challenging weather.
9. Initial Testing
Once everything’s connected, we restore power to the main panel and test the transfer switch operation without a generator. This verifies that your home’s electrical system works normally when not in generator mode – something that’s surprisingly easy to mess up during installation.
10. Generator Connection and Full Testing
The final step is connecting your actual generator and running it through real-world testing. We verify that all selected circuits receive power, check voltage levels, and test under various load conditions. We’ll even simulate power failures to ensure the switch performs flawlessly.
“Every connection must be perfect,” says our senior technician. “A single loose terminal can cause overheating or failure exactly when you need your backup power most – usually during the worst weather when no one can come help you quickly.”
At Grounded Solutions, we’ve seen what happens when these installations go wrong. That’s why we take such care with every generator transfer switch installation we perform throughout Indianapolis and central Indiana. Your family’s safety and comfort during power outages depend on getting this right the first time.
Operating, Testing, and Maintaining Your Transfer Switch
Once your generator transfer switch installation is complete, you’ll need to know how to operate and maintain it to ensure it works flawlessly when storms knock out power in Indianapolis.
Operating Your Transfer Switch
Manual Transfer Switch Operation
When the lights go out, your manual transfer switch becomes your best friend—if you know how to use it properly.
During an outage, start by placing your generator at least 20 feet from your home (this distance is critical for safety). After starting your generator and letting it run steadily for a minute or two, connect it to your home’s inlet box using the appropriate power cord.
Before flipping the main transfer lever, turn off all circuit breakers in the transfer switch panel. This prevents power surges that could damage your appliances. Now switch the main lever from “Utility” to “Generator” position, and you’re ready to restore power selectively.
“The biggest mistake I see homeowners make is turning on all circuits at once,” says our lead technician. “Instead, turn on your most essential circuits one at a time—refrigerator first, then furnace, sump pump, and so on. This prevents overloading your generator and potentially damaging it.”
When utility power returns, reverse the process: turn off all circuits, switch the lever back to “Utility,” then gradually restore your circuits. Finally, shut down your generator and disconnect the power cord.
Automatic Transfer Switch Operation
The beauty of an automatic transfer switch is its hands-off operation. When utility power fails, your system springs into action without you lifting a finger:
Your switch detects the power loss, signals your standby generator to start, waits for it to stabilize, then seamlessly transfers your home’s electrical load. When utility power returns, it automatically switches back after a short delay to ensure stable power, then initiates your generator’s cool-down cycle before shutting it off completely.
As one of our Carmel clients told us after last winter’s ice storm: “My neighbors were outside in the freezing cold hooking up their generators while I was warm inside watching TV. The automatic switch was worth every penny.”
Regular Testing and Maintenance
Like any safety system, your transfer switch needs regular attention to ensure reliability when you need it most.
Monthly Testing
Set a monthly reminder to exercise your generator and transfer switch system. Run your generator under load for about 30 minutes, which keeps engine components lubricated and battery charged. During this test, verify that your transfer switch operates correctly and all connected circuits function properly.
Keep an eye on your wattmeter readings during these tests. Unbalanced loads can cause problems with your generator and potentially damage appliances. If you notice any unusual readings or behavior, it’s time to call a professional.
Annual Professional Inspection
Even the best generator transfer switch installation needs yearly professional attention. At Grounded Solutions, our annual inspections include checking all electrical connections for tightness, examining components for wear or corrosion, testing the transfer mechanism’s function, verifying neutral and ground connections, and ensuring all weatherproof seals remain intact.
“Preventative maintenance is always cheaper than emergency repairs,” our service manager often reminds clients. “Especially when those repairs might be needed during a major outage when service availability is limited.”
Generator Maintenance
While not strictly part of your transfer switch, your generator requires regular care to ensure the entire backup power system works reliably:
Regular oil changes, air filter replacements, spark plug inspections, and proper fuel management are essential. For gasoline generators, fuel stabilization is crucial—old fuel is the number one cause of generator failure during outages. For models with electric start, battery maintenance ensures your system starts when needed.
Safety Considerations for Ongoing Operation
Even with a properly installed transfer switch, generator safety remains paramount. Always place generators at least 20 feet from doors, windows, and vents to prevent deadly carbon monoxide from entering your home. Install carbon monoxide detectors on every level of your home as a backup safety measure.
We had a client in Plainfield who did everything right with their transfer switch but placed their generator too close to a basement window during operation. The carbon monoxide alarm we had recommended saved their lives when fumes entered the home. Proper installation is just the beginning of generator safety.
Never operate generators in enclosed or partially enclosed spaces—including garages, even with the door open. Follow your manufacturer’s maintenance schedule religiously and manage fuel properly and safely, storing it in approved containers away from living spaces.
For more information about maintaining your electrical systems or to schedule an inspection, check out our Electrical Repairs page for comprehensive service options throughout Indianapolis and central Indiana.
Frequently Asked Questions about Transfer Switches
How do I determine the right size switch?
Figuring out the right size transfer switch doesn’t have to be complicated, though it is crucial for your safety and system performance. I’ve helped hundreds of Indianapolis homeowners through this process, and it really comes down to three key considerations:
First, look at your generator’s capacity. Your transfer switch should match or be smaller than what your generator can produce. For instance, if you’ve invested in a 7,500-watt portable generator, you’ll typically need a 30-amp transfer switch to work with it safely.
Second, think about which circuits matter most during an outage. Make a practical list of what you absolutely need versus what would be nice to have. Most of our Carmel and Fishers clients prioritize their refrigerator (700-800 watts), furnace fan (800-1,200 watts), and sump pump (800-1,000 watts). If you’re on well water, don’t forget your well pump (1,000-1,500 watts). Lighting circuits and any medical equipment are obviously essential too.
“During our consultations in Carmel and Fishers, we often find homeowners underestimate their power needs,” notes our lead estimator. “We conduct a thorough load analysis to ensure your system can handle real-world demands during an outage.”
Finally, you’ll need to complete a total load calculation. This is where many DIYers make mistakes. Remember to account for both running watts and those higher starting watts when motors first kick on. Your system needs to handle that initial surge without tripping.
Can I power my whole house with one generator?
This is probably the question I hear most often while sitting at kitchen tables across Indianapolis, and the honest answer is: it depends on your home.
For smaller homes with gas heat and water heating, the news is good. A 12-16kW generator paired with the right transfer switch can often power most or all circuits in homes up to 2,500 square feet. Many of our Noblesville and Westfield clients go this route for complete coverage.
However, if you have a larger home or rely on electric heat and water heating, powering everything simultaneously usually becomes either impractical or surprisingly expensive. In these situations, we typically recommend one of three approaches:
A selective circuit transfer switch that powers only your essential systems is often the most practical solution. Another option is a whole-house transfer switch with load management that automatically prioritizes circuits and prevents overloads. In rare cases for very large properties, a two-generator solution might make sense.
One of our Zionsville clients shared this perspective: “We initially wanted to power everything, but after Grounded Solutions analyzed our actual needs, we realized a selective circuit approach made more sense. During our last outage, we ran all the essentials plus some comfort items like the TV and internet, and honestly didn’t miss the rest.”
What happens if I skip using a transfer switch?
I’ve seen the aftermath of this decision too many times across central Indiana, and I can’t emphasize enough: attempting to power your home without a proper transfer switch creates serious dangers.
Most critically, you risk deadly backfeeding – where electricity flows back into utility lines and can kill line workers. This has happened multiple times in Indiana during major outages, with tragic consequences.
You also create significant fire hazards from improper connections that can overload wiring inside your walls where you can’t see problems developing. Your equipment can be damaged when utility power returns without proper isolation.
From a practical standpoint, connecting a generator without a transfer switch violates electrical codes throughout central Indiana. This means potential insurance complications if something goes wrong, as damage from improper generator connections typically isn’t covered by homeowner’s insurance. There’s also the matter of legal liability if your connection causes injury.
“The money saved by skipping a transfer switch isn’t worth the risk,” emphasizes our safety director. “We’ve seen devastating fires and even fatalities from improper generator connections. There’s simply no safe alternative to a proper generator transfer switch installation.”
How long does a transfer switch installation take?
For most Indianapolis area homes, our team can complete a professional generator transfer switch installation in about 4-6 hours. This doesn’t include the time for permit acquisition and inspection, which we handle for you.
Several factors might extend this timeline, including the complexity of your electrical panel, how many circuits we’re transferring, accessibility challenges at your installation locations, and the specific type of transfer switch you’ve selected.
We pride ourselves on efficiency without cutting corners – this isn’t a job where rushing makes sense.
Do transfer switches require maintenance?
Yes, though significantly less than generators themselves. Think of your transfer switch as the reliable middle-person in your backup power system. While not maintenance-free, it needs much less attention than the generator itself.
We recommend professional maintenance annually that includes inspection of all connections, verification that the switch mechanism functions properly, testing under actual load conditions, checking weatherproofing on any exterior components, and confirming proper grounding.
“Transfer switches are relatively low-maintenance, but that doesn’t mean no-maintenance,” explains our service technician. “Annual inspections catch small issues before they become emergency failures.”
This preventative approach has saved our Greenwood and Avon clients from finding problems during an actual outage – exactly when you don’t want to be troubleshooting electrical issues by flashlight.
Conclusion
When storms darken Indianapolis neighborhoods, the difference between struggling in the cold and maintaining comfortable normalcy often comes down to one critical installation: your generator transfer switch.
Throughout my years serving central Indiana homeowners, I’ve witnessed the profound relief on clients’ faces when their lights stay on while the neighborhood goes dark. That peace of mind isn’t just about convenience—it’s about protecting your family, your home, and your sense of security during uncertain times.
A professional generator transfer switch installation creates that critical bridge between your backup power source and your home’s electrical system, ensuring not just functionality, but safety for both your family and the utility workers restoring power throughout our community.
Here in Indianapolis and throughout Hamilton County—from Carmel’s established neighborhoods to Fishers’ newer developments and Noblesville’s mix of historic and modern homes—Grounded Solutions brings local expertise to every installation. We understand not just national electrical codes, but the specific requirements and common challenges in central Indiana homes.
When you choose our team for your generator transfer switch installation, you’re partnering with licensed, experienced electricians who treat your home with the same care we would our own. We’re not just installing equipment; we’re delivering confidence that when severe weather strikes (and in Indiana, we know it will), your family remains protected.
The value extends beyond just keeping the lights on. It’s about preventing the cascading problems that power outages create: food spoilage in your refrigerator, frozen and burst pipes during winter outages, flooded basements when sump pumps fail, and potentially life-threatening situations for those relying on medical equipment.
As a family-owned and operated electrical contractor, we bring something different to your home—a personal investment in your satisfaction and safety. Our relationship doesn’t end when the installation is complete. We’re your neighbors, here to support your system’s continued reliable operation for years to come.
Don’t wait until weather forecasts turn threatening or until you’ve already experienced the frustration of a prolonged outage. Prepare your home now with a professional generator transfer switch installation from the team that Indianapolis families have trusted for years.
Contact Grounded Solutions today for a consultation, and take the first step toward genuine power independence. Because when it comes to protecting what matters most, proper preparation isn’t just smart—it’s essential.
