Ken from Brick, NJ has been a Green Sun Energy Services client since March of 2026. We installed a 14 kW Generac in June, running on natural gas and switching the whole house through a 100-amp service-rated transfer switch. The well pump is what makes the sizing matter here, because a house on a well loses its water altogether when the power goes rather than only its lights, and that is the difference between an inconvenience and having to leave. Two refrigerators and a freezer add to what the machine has to hold, and the code calculation put the minimum at 13 kW against the 14 that went in. One of our service plans supports it, with annual maintenance and remote monitoring that Green Sun manages directly.
Project Facts
- Location
- Brick, NJ
- Services
- Standby Generator Installation, Standby Generator Service
- Client since
- March 2026
- Manufacturer
- Generac Model # 7258
- Rated output
- 14 kW LP / 14 kW NG
- Fuel
- Natural Gas
- Home sized for
- 1,450 sq ft
- Electrical service
- 100 amp
- Transfer switch
- 100 amp
- Load management
- Managed Whole House
Standby generator questions from Brick homeowners
Why do outages last longer on some Brick streets than others?
Mature tree cover over overhead lines is the usual reason. Limbs coming down in wind, snow or ice take the lines with them, so heavily treed streets tend to see both more frequent outages and longer restoration times than open ones. It is one of the honest arguments for standby power rather than a portable generator.
Does the residential building code apply to a generator?
It can. For applicable one- and two-family dwellings New Jersey adopts the 2024 International Residential Code, subject to state amendments. Structural and flood-related generator installations may therefore need review under the residential subcode as well as the electrical and fuel requirements.
How can a whole house be carried on a smaller electrical service?
Through load management. One or more large loads are controlled so they do not start at the same moment, or shut down briefly if generator demand climbs too high. That is what allows whole-house coverage where the raw sum of every connected load would otherwise exceed the machine.