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Question Answers
Our Logan Park house was built in 1981 and still has the original wiring. Why do our lights dim when we run the microwave and air conditioner together in 2026?
Your home's electrical system is now 45 years old. The original NM-B Romex cable from 1981 was designed for the appliance loads of that era, which were far lower than today's demands. Simultaneous operation of a modern microwave, air conditioner, and other devices can easily exceed the capacity of the 14-gauge circuits common in those builds, causing noticeable voltage drop and dimming lights. This is a clear sign the system is struggling with 2026's electrical usage.
Our power comes in on an overhead mast to the house. What are the common issues with this setup in a township like ours?
Overhead mast service, while common in Logan Township, has specific vulnerabilities. The masthead and weatherhead can degrade after 45 years, allowing moisture to enter the service entrance cables. Tree limbs from the dense wooded areas also pose a constant threat of damage during storms. Ensuring the mast is securely anchored and the drip loop is properly formed are critical, age-related maintenance items that prevent water infiltration and service drops.
What's involved with getting a permit from the Dearborn County office for a panel upgrade, and do we need a licensed electrician?
The Dearborn County Building Department requires permits for all service upgrades and panel replacements, which includes an inspection to ensure compliance with the current NEC 2023 code. Indiana law mandates this work be performed by a licensed electrician credentialed through the Indiana Professional Licensing Agency. As a master electrician, I handle the entire permit process, from application to scheduling the final inspection, ensuring all work meets the latest safety standards.
Our smart TVs and computers keep resetting during summer thunderstorms here. Is this a problem with Duke Energy's grid or our house wiring?
Frequent surges during our moderate-to-high risk summer thunderstorms are often a grid issue, but your home's internal protection is the critical line of defense. While Duke Energy manages the main lines, transient spikes can easily bypass basic power strips and damage sensitive electronics. Installing a whole-house surge protector at your main panel is the professional solution to clamp these voltages before they reach your devices.
We have an old 100-amp panel and want to add a heat pump and an EV charger. Is our current setup in our 1981 home safe for these upgrades?
A standard 100-amp service from 1981 cannot safely support adding a Level 2 EV charger and a heat pump simultaneously; it would be overloaded. Furthermore, many panels from that era in Logan Township are the recalled and hazardous Federal Pacific brand, which must be replaced before any upgrade. A full service upgrade to 200 amps is the necessary first step to safely accommodate modern high-demand appliances and ensure code compliance.
We live in the wooded, rolling hills near the community center. Could the terrain be affecting our power quality or grounding?
Yes, the dense forest and rolling hills common around Logan Park directly impact electrical health. A heavy tree canopy can cause interference and repeated fault surges on overhead lines during winds. Furthermore, rocky soil found in hilly areas can challenge the installation of an effective grounding electrode system, which is vital for safety and surge dissipation. An inspection can verify your ground rods meet NEC 2023 requirements for the local soil conditions.
We just lost all power and smell something burning from our panel. How fast can a master electrician get to a house in Logan Park?
For a critical emergency like a burning smell, dispatch is immediate. From a starting point near the Logan Township Community Center, we can typically reach any Logan Park home within 10 to 15 minutes using I-74 for direct access. Your first action should be to safely exit the home and call Duke Energy Indiana to disconnect power at the meter if the hazard is severe, which we can coordinate upon arrival.
How should we prepare our home's electrical system for Indiana ice storms and summer brownouts?
Preparation involves addressing both reliability and protection. For winter ice storms that can knock out overhead lines, a properly installed and permitted generator with a transfer switch provides essential backup power. For summer brownouts and voltage fluctuations during peak AC use, a whole-house surge protector safeguards electronics. Ensuring your service mast and connections are secure is also key before severe weather seasons.