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Dispatch for an emergency like that is immediate. From our base near the fairgrounds, we'd take US-50 directly into your neighborhood, typically a 10-15 minute response. A burning smell indicates a critical fault, often at the main lugs or a failing breaker. The first step is to safely kill power at the meter if possible and ventilate the area. Our priority is to secure the home, diagnose the source of the overheating, and prevent a potential fire before restoring any circuits.

Absolutely. The heavy tree canopy in Jennings Township's wooded hills can cause line interference during high winds, with branches brushing against the primary Duke Energy lines feeding your property. This can create arcing and voltage fluctuations. Furthermore, rocky or variable soil in rolling terrain can challenge grounding electrode integrity, which is foundational for system stability and surge dissipation. An electrician should verify your grounding resistance and inspect the service drop from the pole to your mast for any vegetation-related wear or clearance issues.

Preparation focuses on backup power and surge protection. Summer AC peaks strain the grid, increasing brownout risk, which can damage compressor motors. A properly installed generator with a transfer switch provides essential circuit coverage during extended outages from winter ice. For brownouts, consider an uninterruptible power supply (UPS) for critical electronics. Ensuring your service mast, overhead line connection, and grounding electrode system are in good condition is vital for weathering ice load and lightning strikes common in our climate.

Your responsibility typically begins at the point of connection on your service mast. You maintain the mast, the weatherhead, the meter base (owned by you), and all wiring from the meter into your home. Duke Energy owns and maintains the utility pole, the transformer, and the overhead service drop wires *to* your mast. Keep tree limbs trimmed well clear of the service drop. If the mast is damaged or leaning, that's your repair. For any issues with overhead lines or the transformer, you contact the utility directly.

This is likely a combination of factors. Duke Energy Indiana's overhead grid in our rolling farmland is exposed to seasonal lightning and wind, causing momentary surges and dips. While the utility manages grid-level power quality, your home's internal protection is crucial. Moderate surge risk means whole-house surge protection at the main panel is recommended. Additionally, older wiring and connections can exacerbate voltage fluctuations. Protecting sensitive electronics starts with a robust, code-compliant service entrance and proper grounding.

A Federal Pacific panel presents a significant safety hazard due to its known failure to trip during overloads, and it must be replaced before any upgrade. Even with a new panel, a 100A service from 1973 is typically insufficient for a heat pump and modern loads. Adding a Level 2 EV charger would be nearly impossible without a service upgrade. We'd assess your total calculated load, and for most homes adding major equipment, a 200A service upgrade is the standard, safe path forward for reliable operation.

All panel upgrades require a permit from the Jennings County Building Department and must comply with the 2020 NEC, which is Indiana's adopted standard. The process involves a detailed load calculation, specifications for the new equipment, and an inspection of the completed work. As a Master Electrician licensed by the Indiana Professional Licensing Agency, I handle the permit filing, ensure the installation meets all AFCI, GFCI, and grounding requirements, and coordinate the final inspection. This formal process guarantees the upgrade is safe, legal, and insurable.

Your 53-year-old electrical system is likely the root cause. Homes here from the early 70s were wired with NM-B Romex, which was adequate for the era's loads. Modern kitchens and home offices demand far more amperage, stressing the original circuits. A 100A service, standard for its time, struggles to support simultaneous high-draw appliances like air fryers, induction cooktops, and computers without experiencing voltage drop, which manifests as dimming lights.