Generator Installation in Palm Coast FL: The Complete Homeowner's Guide

When Hurricane Milton tore through Flagler County in October 2024, more than 300,000 FPL customers across Central Florida lost power. Many Palm Coast neighborhoods sat in darkness for three to five days, some for over a week. Refrigerators full of food spoiled, sump pumps stopped working, medical equipment went silent, and air conditioning — not a luxury but a health necessity in Florida — shut off entirely. For homeowners who had invested in a whole-house standby generator, life continued almost uninterrupted. The lights stayed on, the air conditioning kept running, and the refrigerator kept food cold. That contrast between powerless misery and seamless backup power is why generator installation in Palm Coast has surged in demand over the past two hurricane seasons.

A standby generator is not just a convenience item — it is a critical piece of home infrastructure for anyone living in a hurricane-prone coastal area. Palm Coast sits in FEMA Flood Zone AE along much of its eastern boundary, and the entire Flagler County coastline from Flagler Beach to Marineland is classified as a Special Flood Hazard Area. Tropical storms and hurricanes are not a matter of if but when. Beyond major storms, FPL outages from summer thunderstorms, transformer failures, and grid overloads during peak cooling season can leave Palm Coast homes without power for hours or even days.

This guide covers everything you need to know about generator installation in Palm Coast: why this area specifically benefits from backup power, how to size a generator for your home, the real differences between Generac, Kohler, and Briggs & Stratton units, what the installation actually involves, how much it costs in Flagler County, what permits you need, and how a standby generator affects your home value and insurance. If you want a quick assessment of your home's overall electrical readiness before exploring generators, start with our free Home Electrical Safety Checklist.

Why Palm Coast Homeowners Need Standby Generators

Florida's unique combination of extreme weather, aging grid infrastructure, and climate-driven demand spikes makes power outages more frequent and more damaging than in most other states. The Department of Energy reports that Florida ranks among the top five states for power outage frequency, and Flagler County's geography — a narrow coastal strip between the Intracoastal Waterway and the Atlantic Ocean — makes its power lines particularly vulnerable to wind damage from tropical systems. When a Category 1 or stronger hurricane crosses Flagler County, FPL's typical restoration timeline is three to seven days for most residential customers, with some areas waiting 10 days or more if infrastructure damage is severe.

The consequences of extended outages in Palm Coast go beyond inconvenience. Florida's heat index regularly exceeds 100 degrees Fahrenheit from May through October, and homes without air conditioning become genuinely dangerous for elderly residents, young children, and anyone with respiratory conditions. According to the Florida Department of Health, heat-related illness hospitalizations spike dramatically during extended power outages following hurricanes. Food safety is another concern — the USDA says a refrigerator keeps food safe for only four hours without power, and a full freezer lasts about 48 hours. For homeowners who depend on well pumps rather than city water, an outage also means no running water.

Beyond hurricane season, Palm Coast experiences 70 to 80 thunderstorm days per year, many of which produce lightning strikes that trip transformers and take down local power lines. These shorter outages, lasting anywhere from a few hours to a full day, may not make the news, but they add up over time in terms of food loss, productivity disruption, and wear on sensitive electronics. A whole-house standby generator eliminates the impact of these outages entirely, switching on automatically within 10 to 30 seconds of detecting a power loss.

The Hidden Costs of Going Without

Many homeowners weigh the cost of a generator against the cost of doing nothing, but the math on "doing nothing" is worse than most people realize. A single extended outage can result in $500 to $1,000 in spoiled food, $200 or more for a hotel stay if the home becomes uninhabitable due to heat, potential water damage from a disabled sump pump, and the loss of any medications requiring refrigeration. For homeowners who work from home — a significant portion of Palm Coast's population — even a day-long outage means lost income. When you factor in that Palm Coast averages two to three significant outage events per year (one hurricane-season event and one to two thunderstorm-related events), the cumulative cost of going without backup power over a ten-year period often exceeds the cost of installing a standby generator.

There is also the insurance angle to consider. While a standby generator does not directly reduce your homeowner's insurance premium, it prevents the secondary damage — flooded basements from sump pump failure, burst pipes from loss of climate control, and food spoilage claims — that can lead to claim filings and subsequent premium increases. Some insurance carriers in Florida now ask about backup power systems during the underwriting process, and the presence of a generator can be a favorable factor.

Portable vs. Standby Generators: Understanding Your Options

Before diving into the specifics of standby generator installation, it is important to understand the fundamental difference between the two main categories of residential generators. Portable generators and standby generators solve the same basic problem — they produce electricity when the grid goes down — but they do so in very different ways, with very different levels of capability, safety, and convenience.

Portable Generators: Limitations and Risks

Portable generators are gasoline-powered units that you wheel into position, start manually, and connect to your home via extension cords or, if properly installed, through a manual transfer switch. They range in output from about 3,000 watts (enough for a refrigerator, a few lights, and a phone charger) to about 12,000 watts (enough for a refrigerator, some lighting, and possibly a window AC unit). The purchase price is attractive — $500 to $2,500 for most residential models — which is why many Palm Coast homeowners keep one in the garage.

However, portable generators come with significant limitations in a hurricane scenario. You must be home when the power goes out to deploy and start the unit. They require a steady supply of gasoline, which is often impossible to obtain in the days following a major hurricane when gas stations have no power and fuel delivery trucks cannot get through. Portable generators produce carbon monoxide, a colorless and odorless gas that kills dozens of Americans every year during power outages; they must be operated outdoors, at least 20 feet from any window or door, and never in a garage. They are loud, typically 70 to 80 decibels, which can create neighbor conflicts during extended runs. And critically, a portable generator cannot power your central air conditioning system — the starting current required by a central AC compressor (typically 40 to 60 amps at 240 volts) exceeds the capacity of all but the largest and most expensive portable units.

Standby Generators: Automatic, Whole-Home Protection

A standby generator is a permanently installed unit that sits on a concrete pad outside your home, connects directly to your electrical panel through an automatic transfer switch (ATS), and runs on natural gas or liquid propane — fuels that are delivered through underground lines and do not require you to source gasoline during an emergency. When the ATS detects a utility power loss, it signals the generator to start automatically. Within 10 to 30 seconds, the generator is running and the transfer switch has shifted your home's electrical load from the utility to the generator. When utility power is restored, the ATS automatically transfers the load back and shuts the generator down. The entire process happens whether you are home or not.

Standby generators range in capacity from 10 kilowatts (kW) for essential circuit coverage to 26 kW or more for whole-home coverage including central air conditioning. A properly sized standby generator can power everything in your home simultaneously — lights, refrigerator, central AC, well pump, garage door, internet, medical equipment, kitchen appliances — as if the grid never went down. The convenience and reliability difference between a portable generator and a standby generator is enormous, which is why independent real estate appraisers and regional MLS data show that adding a standby generator can raise home resale value by 3 to 5 percent. In hurricane-prone markets like Palm Coast, that premium is often at the higher end of the range.

How to Size a Standby Generator for Your Palm Coast Home

Choosing the right generator size is the single most important decision in the entire installation process. An undersized generator will not be able to power your essential loads, or it will overload and shut down when multiple large appliances start simultaneously. An oversized generator wastes money on equipment you do not need and burns more fuel than necessary. Proper sizing is based on a load calculation performed by a licensed electrician, not on rough guesses or generic sizing charts.

Understanding Kilowatt Ratings and Load Calculations

Generator capacity is measured in kilowatts (kW). Every electrical device in your home has a running wattage (the power it consumes during steady operation) and a starting wattage (the brief surge of power it needs to turn on, which can be two to six times the running wattage for motors and compressors). Your generator must be sized to handle the combined starting wattage of the largest loads that could start simultaneously, not just the combined running wattage of everything in the house.

A licensed electrician performs a load calculation per NEC Article 220 that accounts for every circuit in your panel, the nameplate ratings of your major appliances, and the starting surge requirements of your air conditioning system, well pump, pool pump, and other motor-driven loads. In Palm Coast, where virtually every home runs central air conditioning and many homes have well pumps, these two loads alone heavily influence generator sizing. A typical 3-ton central AC system has a running load of about 3.5 kW but a starting surge of 12 to 15 kW. A 5-ton system, common in larger Palm Coast homes, runs at about 6 kW but surges to 17 to 20 kW on startup.

Typical Sizing for Palm Coast Homes

Based on the homes we service throughout Palm Coast, Flagler Beach, Bunnell, and the greater Flagler County area, here are the generator sizes that typically match different home profiles. A smaller home under 1,500 square feet with a 2-ton or 3-ton AC system and no well pump generally needs a 14 to 16 kW generator for full coverage. A mid-size home between 1,500 and 2,500 square feet with a 3-ton to 4-ton AC system, which describes the majority of homes in Palm Coast's established neighborhoods like Pine Lakes, Seminole Park, and Palm Harbor, typically requires an 18 to 22 kW generator. Larger homes over 2,500 square feet with a 5-ton AC system, pool pump, well pump, and other significant loads — common in Grand Haven, Hammock Beach, and the Hammock area — often need a 22 to 26 kW generator.

These ranges assume whole-home coverage, meaning the generator can power every circuit in the house simultaneously including the air conditioning. Some homeowners opt for a smaller generator paired with a load-management system that selectively sheds non-critical loads (like the pool pump or dryer) when the generator is under heavy demand, allowing essential loads like AC and refrigeration to run uninterrupted. This approach can reduce the required generator size by 20 to 30 percent, saving $2,000 to $5,000 on equipment cost. Your electrician can help you evaluate whether load management makes sense for your specific situation.

Generac vs. Kohler vs. Briggs & Stratton: Which Generator Is Right for You?

The standby generator market is dominated by three major brands: Generac, Kohler, and Briggs & Stratton. Each has distinct strengths, and the best choice depends on your budget, your home's specific needs, and what features matter most to you. As a licensed electrical contractor that installs all three brands, Stevenson's Electric Service Company can help you evaluate the options, but here is an honest comparison to start your research.

Generac: The Market Leader

Generac commands approximately 40 percent of the residential standby generator market, and there are good reasons for that dominance. Generac offers the widest range of residential models, from compact 10 kW units to powerful 26 kW whole-home systems, with price points that undercut comparable Kohler units by 10 to 20 percent. Their Mobile Link remote monitoring system lets you check generator status, fuel levels, and maintenance alerts from your smartphone, which is particularly valuable during hurricane evacuations when you want to know whether your home has power while you are away.

Generac's dealer and service network is the largest in the industry, which means parts availability and warranty service are generally faster than competing brands. In the Palm Coast and Daytona Beach area, finding a Generac-certified service technician is straightforward. Generac generators use their own proprietary engines in most models, which has drawn mixed reviews from the mechanical community — Generac engines are purpose-built for generator duty and optimized for the load cycling patterns that standby generators face, but they do not have the decades-long track record of dedicated engine manufacturers like Kohler. For most Palm Coast homeowners looking for the best value and broadest support network, Generac is the standard recommendation. A Generac Guardian series 22 kW unit, one of the most popular models for Florida homes, typically costs $5,500 to $7,000 for the unit alone before installation.

Kohler: Premium Quality and Engine Heritage

Kohler has been manufacturing engines and generators for over a century, and their standby generators reflect that heritage in build quality and engineering. Kohler generators use Kohler's own commercial-grade engines, which are widely regarded as the most durable and refined in the residential generator market. They run quieter than Generac units at comparable sizes, produce cleaner and more stable voltage output (important for sensitive electronics and medical equipment), and are built with corrosion-resistant components that hold up well in coastal environments like Flagler Beach and the Hammock area.

The tradeoff is cost. Kohler generators typically cost 15 to 25 percent more than equivalent Generac models. A Kohler 20 kW unit runs $6,500 to $8,500 for the generator alone, plus installation. Kohler's dealer network is smaller than Generac's, which can occasionally mean longer waits for parts or warranty service. For homeowners who prioritize quiet operation, voltage stability, and long-term engine durability, and who are willing to pay a premium for those qualities, Kohler is an excellent choice. We particularly recommend Kohler for homes with whole-house audio systems, home offices with sensitive computing equipment, or medical devices that require clean power.

Briggs & Stratton: Value-Oriented Reliability

Briggs & Stratton is a well-known engine manufacturer that offers a line of residential standby generators at price points below both Generac and Kohler. Their units use Vanguard engines — a commercial-grade engine platform with a strong reputation in the outdoor power equipment industry — and offer core functionality including automatic transfer, load management options, and remote monitoring through their InfoHub system. A Briggs & Stratton 20 kW unit typically costs $4,500 to $6,000 for the generator before installation.

Where Briggs & Stratton generators fall short relative to Generac and Kohler is in the breadth of available models and the size of the local service network. Briggs offers fewer size options at the higher end of the capacity range, and finding a Briggs-certified service technician in the Flagler County area can take more effort than finding a Generac or Kohler dealer. That said, for budget-conscious homeowners who want automatic standby protection without the premium price tag of Kohler or even Generac's higher-end models, Briggs & Stratton delivers solid reliability at a lower entry point. The most important takeaway from any brand comparison is this: proper sizing matters more than brand selection. A correctly sized Briggs unit will protect your home far better than an undersized Kohler or Generac.

The Generator Installation Process in Flagler County

Installing a standby generator is a substantial project that involves electrical work, fuel system work, concrete or gravel pad preparation, and coordination with both the local building department and FPL. Here is what the process looks like from initial consultation through final commissioning, based on the generator installations we perform throughout Palm Coast, Flagler Beach, Bunnell, and the surrounding area.

Step 1: Site Evaluation and Load Calculation

The process begins with a licensed electrician visiting your home to evaluate the installation site, perform a load calculation, and determine the optimal generator size and placement. Generator placement is governed by local setback requirements and manufacturer specifications. In Flagler County, generators must typically be placed at least 5 feet from any window, door, or soffit opening, 18 inches from the side of the structure, and must comply with any HOA architectural guidelines if applicable. The electrician also evaluates your existing electrical panel to determine whether a panel upgrade is needed to support the automatic transfer switch. Homes with older 100-amp panels often need a panel upgrade to 200 amps as part of the generator installation.

Step 2: Permits and Approvals

Standby generator installations in Flagler County require both a building permit and an electrical permit. If propane is the fuel source, a separate fuel system permit may also be required. Your electrician handles all permit applications, which include submitting the load calculation, equipment specifications, site plan showing generator placement and setbacks, and an electrical riser diagram showing the transfer switch connection. Permit fees in Flagler County typically run $200 to $500 depending on the scope of work. For homes in an HOA, the association's architectural review process must also be completed before work begins, which can add two to four weeks to the timeline.

Step 3: Pad Preparation and Generator Placement

The generator sits on a level concrete pad or a compacted gravel pad with composite risers, depending on the soil conditions and local requirements. A concrete pad is typically 4 inches thick and extends 6 to 12 inches beyond the generator footprint on all sides. The pad must be level to within a quarter inch to ensure proper oil lubrication and vibration performance. In Palm Coast's sandy soil conditions, proper pad preparation is particularly important to prevent settling over time. The generator unit is then placed on the pad and secured with vibration-dampening mounting hardware.

Step 4: Electrical Connection and Transfer Switch Installation

This is the core of the installation and the reason you need a licensed electrician rather than a general contractor. The automatic transfer switch (ATS) is installed adjacent to your main electrical panel. The ATS continuously monitors utility power and, when it detects a loss, sends a start signal to the generator and transfers your home's electrical load from the utility to the generator. The wiring from the generator to the ATS, and from the ATS to your panel, must be properly sized for the generator's output capacity and installed in code-compliant conduit. All connections must be torqued to manufacturer specifications, and the transfer switch must be rated for the full connected load.

For whole-home coverage, the ATS is installed on the line side of your main panel, meaning every circuit in the house is backed up by the generator. For essential-circuit-only installations, a subpanel or load center is installed adjacent to the main panel, and only the circuits you designate as essential (AC, refrigerator, lighting, well pump, etc.) are routed through the transfer switch. This approach is less expensive but requires you to decide in advance which circuits matter most during an outage. Either way, the electrical work typically takes a full day and must be performed while power to the home is disconnected, similar to a panel upgrade.

Step 5: Fuel System Connection

Standby generators in Palm Coast run on either natural gas or liquid propane (LP). Natural gas is available in some Palm Coast neighborhoods served by TECO Peoples Gas, but many areas — particularly Flagler Beach, Bunnell, and the unincorporated Hammock area — rely on propane. For propane installations, a dedicated tank (typically 250 to 500 gallons for a whole-home generator) is installed on the property and connected to the generator via a buried fuel line. Propane providers like Amerigas, Ferrellgas, and local suppliers handle tank placement and filling. A 500-gallon propane tank running a 22 kW generator under moderate load provides approximately 5 to 7 days of continuous runtime, which covers the restoration timeline for most hurricane events.

For homes with natural gas service, the connection is simpler — a gas line is run from the meter to the generator, sized for the generator's BTU demand. Natural gas generators never run out of fuel as long as the gas utility is operational, which is a significant advantage in extended outage scenarios. However, natural gas lines can be disrupted by severe storm damage, so the reliability advantage is not absolute. Your electrician and fuel provider will recommend the best fuel option based on your home's existing services, tank placement options, and runtime requirements.

Step 6: Inspection and Commissioning

After installation, a Flagler County electrical inspector verifies that the entire installation — electrical connections, transfer switch, fuel system, and generator placement — meets Florida Building Code and NEC requirements. Once the inspection passes, the electrician performs a full commissioning test: starting the generator under load, verifying automatic transfer operation in both directions, testing the load management system if installed, and programming the weekly exercise schedule. Most standby generators run a brief self-test once a week (typically 15 to 20 minutes on a weekday afternoon) to keep the engine lubricated and the battery charged, ensuring the unit is ready when you need it.

Generator Installation Costs in Palm Coast: What to Expect

The total cost of a standby generator installation in Palm Coast includes the generator unit itself, the automatic transfer switch, the concrete pad, electrical labor, fuel system connection, permits, and any panel upgrades required to support the installation. Here are realistic price ranges for our Flagler County service area based on the installations we perform.

An essential-circuit standby generator system covering your air conditioning, refrigerator, well pump, and key lighting circuits with a 14 to 16 kW unit typically costs $7,000 to $10,000 fully installed. This is the entry point for automatic standby protection and the most popular option for cost-conscious homeowners who want to keep their home habitable during an extended outage without powering every circuit in the house.

A whole-home standby generator with an 18 to 22 kW unit capable of powering every circuit simultaneously, including central air conditioning, typically costs $10,000 to $15,000 fully installed. This is the sweet spot for most Palm Coast homes between 1,500 and 2,500 square feet. The higher end of this range applies when a panel upgrade is needed, when propane tank installation is included, or when the installation site requires additional electrical conduit runs.

A large whole-home system with a 24 to 26 kW generator for homes over 2,500 square feet with 5-ton AC systems, pool equipment, and other heavy loads typically runs $14,000 to $18,000 or more fully installed. Homes with multiple AC units, very long conduit runs, or complex load management requirements can exceed $20,000. For a broader context on electrical service pricing in our area, see our complete guide to electrical repair costs in Palm Coast.

What Affects the Total Price

Several factors cause generator installation costs to vary significantly between homes, even when the generator size is the same. The distance from the generator pad to the electrical panel is one of the largest cost variables — every additional foot of conduit and wire adds material and labor cost. Homes that need a panel upgrade from 100 amps to 200 amps as part of the generator project should budget an additional $2,500 to $4,500 for the panel work. Propane tank installation and initial fill add $1,500 to $3,000 depending on tank size. HOA architectural review requirements can add time (and therefore cost) to the project. And homes in coastal flood zones like Flagler Beach may require elevated generator pads or additional corrosion-protection measures.

Maintaining Your Standby Generator in Florida's Climate

A standby generator is a significant investment, and proper maintenance is essential to ensure it performs when you need it most. Florida's combination of heat, humidity, salt air, and biological activity (insects, lizards, and rodents love warm electrical enclosures) creates maintenance demands that are more intensive than what generator owners in drier climates face.

The manufacturer-recommended maintenance schedule for most standby generators includes an oil and filter change every 200 hours of operation or once per year, whichever comes first. Air filter inspection and replacement should be done every six months in Florida due to the high pollen, dust, and humidity levels. Spark plug inspection and replacement follows the manufacturer's schedule, typically every 400 to 600 hours. The battery should be load-tested annually and replaced every three to four years. Coolant levels (for liquid-cooled models) should be checked annually. And the fuel system — whether propane regulator or natural gas connections — should be inspected annually for leaks and proper pressure.

In coastal areas like Flagler Beach and the Hammock, salt air corrosion is a real concern. Generator enclosures are typically aluminum or galvanized steel, both of which resist corrosion well, but fasteners, fuel fittings, and electrical connections can degrade over time in salt-heavy environments. An annual professional inspection that includes checking all external fasteners and connections for corrosion is particularly important for generators installed within a mile of the ocean. Applying a corrosion inhibitor to exposed metal components during the annual service extends the life of these parts significantly.

We recommend scheduling your annual generator maintenance in April or May — before hurricane season begins on June 1 — so that any issues discovered during the inspection can be resolved well before the period when you are most likely to need your generator. Running a generator that has not been professionally maintained is like driving a car without oil changes: it might work fine for a while, but when it fails, it will fail at the worst possible time. For more on maintaining your home's electrical systems year-round, see our electrical safety tips for Palm Coast homeowners.

Generator ROI: How Backup Power Affects Home Value and Insurance

For Palm Coast homeowners weighing the cost of generator installation against other home improvement priorities, the return on investment data is compelling. Independent real estate appraisers and regional MLS data indicate that a whole-house standby generator increases home resale value by 3 to 5 percent. In a market where the median home price in Palm Coast is approximately $340,000 to $380,000, that translates to a value increase of $10,000 to $19,000 — which matches or exceeds the installation cost of most systems. Some appraisers have reported ROI as high as 150 percent for standby generator installations in storm-prone markets, meaning a $12,000 installation can add $18,000 or more to the sale price.

Beyond the dollar figure, properties with standby generators sell faster and generate more buyer interest, particularly during or immediately after an active hurricane season. Real estate agents in the Palm Coast and Flagler County market report that "whole-house generator" is one of the most searched-for home features in MLS listings, alongside hurricane shutters and impact-rated windows. For sellers, a standby generator eliminates a common buyer concern and removes a negotiation point that might otherwise reduce the sale price.

On the insurance side, while standby generators do not typically qualify for direct premium discounts, they prevent the kinds of secondary damage — water intrusion from disabled sump pumps, pipe damage from loss of climate control, food spoilage — that result in insurance claims and subsequent premium increases. Some Florida insurance carriers view a standby generator as a risk mitigation feature during the underwriting process, which can work in your favor when shopping for coverage in an increasingly tight Florida homeowner's insurance market.

Salt Air, Hurricanes, and Florida-Specific Installation Considerations

Generator installation in Palm Coast involves several Florida-specific considerations that do not apply in other parts of the country. Understanding these factors ensures that your installation is built to last in our particular climate and regulatory environment.

The Florida Building Code (8th Edition, 2023) and NEC 2020 (as adopted in Florida) govern all permanent generator installations. Key requirements include: the generator must be installed on a permanent foundation, the automatic transfer switch must be UL-listed and sized for the connected load per NEC Article 702, all electrical connections between the generator and transfer switch must be installed in code-compliant conduit, and a disconnect switch accessible to the utility must be provided. Flagler County's local building department enforces these requirements through the permit and inspection process. Attempting a generator installation without permits is a code violation that can result in fines, forced removal of the equipment, and liability issues if a failure causes property damage or injury.

For homes in hurricane-prone areas — which in practical terms means every home in Flagler County — generator placement must account for flood zone elevation requirements, wind-driven debris exposure, and storm surge potential. Generators installed in FEMA flood zones must be elevated above the base flood elevation (BFE) to prevent submersion during storm surge events. Wind-resistant mounting hardware and proper setbacks from the structure reduce the risk of wind-borne debris damaging the unit during a hurricane. And the fuel system, whether a propane tank or natural gas connection, must be installed to withstand the same wind and flood conditions.

Salt air corrosion is an ongoing maintenance concern for generators installed in Flagler Beach, Marineland, the Hammock, and other areas within one to two miles of the Atlantic coast. While all major generator brands use corrosion-resistant enclosures, the internal electrical components, fuel system connections, and mounting hardware are vulnerable to salt spray over time. Selecting a generator with enhanced coastal corrosion protection (offered as an option by Generac and Kohler) and committing to annual professional maintenance with corrosion treatment are essential steps for coastal installations.

Get a Free Generator Consultation from Stevenson's Electric Service Company

If you are considering a standby generator for your Palm Coast home — whether you want whole-home coverage or essential-circuit protection on a tighter budget — the first step is a professional site evaluation and load calculation. Stevenson's Electric Service Company installs Generac, Kohler, and Briggs & Stratton standby generators throughout Palm Coast, Flagler Beach, Bunnell, Ormond Beach, Daytona Beach, and the greater Flagler and Volusia County area. We handle every aspect of the installation from permits to pad preparation to final commissioning, and we provide ongoing maintenance to keep your system ready for the next storm.

Call us at (386) 444-1726 to schedule your free generator consultation, or visit our contact page to send us a message. If you are also considering other electrical upgrades like a panel upgrade or energy-saving improvements, we can evaluate your entire electrical system during the same visit and provide a comprehensive upgrade plan. With hurricane season approaching, now is the time to secure your home's power — before the next storm makes the decision for you.