Generator Installation and Relocation in Ocala, Gainesville, Orlando, The Villages and All Surrounding Areas

A whole-house standby generator requires a dedicated gas supply line sized to its full-load BTU demand. A 20kW generator draws approximately 200,000 BTU at full load. A 22kW generator draws approximately 220,000 BTU. These demands exceed the capacity of a residential gas branch line sized for kitchen or laundry appliances. The dedicated line must be run from the natural gas meter service entrance or the propane first-stage regulator outlet — not from a branch tap in the household distribution system – and must be sized to deliver the generator’s peak demand without pressure drop. A generator running on an undersized gas supply line will start and run but will not reach rated output under full load. The failure mode is not apparent until a power outage occurs and the generator cannot carry the intended load.

Yes. A new gas line run to a generator location requires a permit under the Florida Building Code and local jurisdiction requirements throughout North Central Florida. The permit is pulled by the licensed gas contractor under their license number before any line is run. Always Fire & Gas pulls the gas permit under #LI45277 as part of the installation scope. An unpermitted generator gas line is not inspected by the county, not documented in the property record, and may not be covered by homeowner’s insurance in the event of a gas-related incident. The closed permit and inspection documentation are provided to the homeowner at project close.

No. Running a gas supply line in Florida requires a licensed gas contractor under Florida Statutes. An electrical contractor who installs a generator transfer switch does not hold a gas contractor license and cannot legally run the gas supply line, connect the gas inlet, or perform the pressure test. The result is a generator that is electrically complete but cannot be commissioned because the gas connection is open. Always Fire & Gas completes the gas contractor scope on generator installations where the electrical contractor has led the project: supply line sizing confirmation, dedicated line run if needed, shutoff valve installation, flexible connector, pressure test, and documentation under #LI45277.

NFPA 37 (Standard for the Installation and Use of Stationary Combustion Engines and Gas Turbines) specifies minimum setback distances for stationary generators from building openings including windows, doors, air intakes, and soffit vents, as well as from property lines and structures. Most residential standby generators require a minimum of five feet from windows and doors that can be opened and from air intakes, though specific setback distances vary by generator size and enclosure type. Always Fire & Gas confirms the applicable NFPA 37 setbacks and the local jurisdiction’s adopted requirements at the assessment before any pad location is finalized. A generator relocated after installation to correct a setback violation is a significantly more expensive project than confirming the correct location at the assessment stage.

For a new generator gas line installation in North Central Florida, the physical work – running the dedicated supply line, installing the shutoff valve, making the connection, pressure testing – is typically completed in a single day of work. The project timeline is shaped by three sequential steps before that installation day: the permit processing timeline (typically one to two weeks in most North Central Florida counties), the concrete pad pour and cure time (the pad must be cured before the generator is set and the gas connection is made), and the electrical contractor’s transfer switch installation schedule. Always Fire & Gas confirms all three timelines at the assessment and manages the project sequence to minimize the gap between the pad being ready and the generator commissioning date. For seasonal residents planning around an arrival or departure date, calling six to eight weeks before the target commissioning date provides sufficient schedule margin.

Yes, with the correct supply line assessment. A propane-powered standby generator at 200,000 BTU or more places a significant demand on the propane distribution system. The existing household propane distribution system – sized for ranges, water heaters, and dryers – is typically not sized to support a generator as an additional demand on the same lines without pressure drop. Always Fire & Gas confirms the existing propane system’s capacity before any generator is connected: assessing the tank size, the first-stage regulator output pressure and capacity, and the existing distribution line sizing. For most whole-house generator additions to a propane system, a dedicated supply line from the first-stage regulator outlet to the generator pad is required. In some cases a second first-stage regulator dedicated to the generator is also required. AFG identifies these requirements at the assessment before the generator is purchased.

For standby generator operation, the primary difference is fuel supply continuity. A natural gas generator draws from the utility supply line, which is continuous as long as the utility’s distribution system is intact – during most weather events, natural gas supply is uninterrupted even when power is out. A propane generator draws from an on-site tank, which has a finite supply determined by tank size and fill level at the time of the outage. A 500-gallon propane tank running a 20kW generator at half load provides approximately five to seven days of run time, depending on the load. For extended outages, propane supply continuity requires either a large tank or an accessible fuel delivery. At the installation level, the gas supply line is sized and permitted the same way for both fuels. The generator itself must be configured for the correct fuel: most generators are available in natural gas and propane configurations and are not interchangeable without the manufacturer’s conversion kit.