Stay Powered During Outages

Generator hookup and backup power installation for homes and small businesses in Jacksonville, North Carolina.

Power outages in Jacksonville can last hours or days, especially during storms that bring high winds and heavy rain. When the power goes out, your refrigerator stops running, climate control shuts down, and essential equipment loses power. A backup generator keeps your home or business running by automatically switching to generator power when the grid fails, then switching back once power is restored. Nash Electric installs generator hookups for standby and portable systems, handling the transfer switch installation, load management, and wiring needed to keep the system safe and code-compliant.

Generator installation includes sizing the generator to match your power needs, installing a transfer switch that prevents backfeeding into the utility grid, running wiring from the generator to the transfer switch and electrical panel, and configuring the system to power essential circuits during an outage. Standby generators start automatically when they detect a loss of utility power, while portable generators require manual connection through a transfer switch or inlet. For businesses, backup power can keep computers, lighting, and critical equipment running so operations continue without interruption. The work follows the National Electrical Code and local inspection requirements to make sure the system operates safely.

If you want to schedule a backup power evaluation for your property in Jacksonville, contact Nash Electric to discuss generator options and installation.

What installing a generator actually involves

When Nash Electric installs a generator in Jacksonville, the electrician starts by calculating the total wattage of the circuits and appliances you want to power during an outage. This determines the generator size you need and whether your electrical panel requires any modifications. A transfer switch is installed between the utility service and your panel, creating a safe path for generator power to reach your home or business without feeding electricity back into the grid. Wiring is run from the generator to the transfer switch, and the system is tested to confirm that it switches between utility and generator power correctly.

After the installation is complete, you will notice that when the power goes out, the generator starts automatically or connects easily through a manual switch, and the circuits you selected remain powered. Lights stay on, refrigerators continue running, and heating or cooling systems operate normally. The transfer switch prevents the generator from energizing utility lines, which protects line workers and prevents damage to the generator. All wiring is secured and protected, and the system is clearly labeled so you know which circuits are on backup power.

Some installations require upgrading the electrical panel to accommodate the transfer switch, especially in older homes with limited panel space. The electrician coordinates any necessary permits and inspections, and provides guidance on generator maintenance to keep the system reliable over time. Generators require periodic testing, oil changes, and fuel system maintenance, which helps ensure they start when needed. The installation is designed to last, with components selected for durability and long-term performance.

Answers to common generator installation questions

Homeowners and business owners usually want to know what size generator they need, how transfer switches work, and what maintenance is required. These answers cover the practical concerns that come up before scheduling a generator installation.

What size generator do I need for my home?
Generator size depends on the total wattage of the circuits and appliances you want to power during an outage. An electrician calculates the load by adding up the wattage of essential items like refrigerators, heating systems, lights, and outlets, then recommends a generator with enough capacity to handle the load safely.
What is a transfer switch and why is it required?
A transfer switch safely disconnects your home or business from the utility grid when the generator is running, preventing backfeeding that could injure line workers or damage equipment. It automatically or manually switches between utility and generator power, depending on the type of system you install.
How long does it take to install a standby generator?
Installing a standby generator typically takes one to two days, depending on the distance between the generator and the electrical panel, whether the panel needs modifications, and whether permits or inspections are required. Portable generator hookups with transfer switches take less time.
What maintenance does a generator need?
Generators need periodic oil changes, air filter replacements, and fuel system checks to stay reliable. Standby generators should be tested monthly to confirm they start correctly, and batteries should be inspected annually. Following the manufacturer's maintenance schedule keeps the generator ready for outages.
Why would I choose a portable generator instead of a standby system?
Portable generators cost less and can be moved or stored when not in use, but they require manual connection and do not start automatically. Standby generators provide automatic backup power without intervention, making them a better choice if you are frequently away from home or need uninterrupted power for medical equipment.

Nash Electric installs backup power systems for homeowners and businesses in Jacksonville who want reliable electricity during outages and storm events. If you are ready to install a generator or need help choosing the right system for your property, contact Nash Electric to schedule a backup power evaluation.