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Yes, this is a common symptom in homes of that era. Your original cloth-jacketed copper wiring was installed for a different standard of living, with far fewer high-draw appliances. A modern 100-amp service, especially one from 1963, is often insufficient for contemporary demands like multiple air conditioners, computers, and large-screen TVs. The insulation on that old wiring can also become brittle, increasing the risk of shorts and arcing, which is why an evaluation of your entire service capacity is a prudent safety step.

Overhead mast service is common here and has specific maintenance points. Regularly inspect the weatherhead and mast for rust, damage, or improper drip loops where the utility cable enters your home. Ensure tree branches are trimmed well clear of the service drop lines. In high winds or ice storms, the mast and connections are vulnerable. If you notice the mast pulling away from the house or hear arcing in the weatherhead, contact a licensed electrician immediately, as this is a point where the utility responsibility ends and your home's wiring begins.

If you detect a burning odor, you should shut off the main breaker at your panel immediately to mitigate fire risk. Our service trucks are often staged near Wano City Park for central dispatch. From there, we can typically reach most Downtown addresses via US-24 within that 5 to 8 minute window for urgent electrical emergencies. A burning smell often indicates a failing connection at a breaker or bus bar that requires immediate professional attention.

This scenario presents two distinct safety issues. First, Federal Pacific panels are known for a high failure rate and are generally considered a fire hazard that should be replaced. Second, adding a Level 2 EV charger to a 100-amp service from 1963 is typically not feasible without a service upgrade. The charger alone can demand 40-50 amps, which would overwhelm your existing panel's capacity and violate modern load calculations. A full service upgrade to 200 amps is the standard, safe path forward for EV readiness and modern appliances.

Flickering under load usually points to a voltage drop within your home's electrical system, often due to loose connections at an aging panel or undersized wiring. The surge damage, however, is a separate grid-related issue. Evergy serves a high plains region prone to frequent lightning, which induces powerful surges on overhead lines. These surges can overwhelm basic power strips. Protecting sensitive electronics requires a whole-house surge protector installed at your main panel, which defends against both external lightning events and internal surges from appliances cycling.

A service panel upgrade always requires a permit from the Wano Building and Zoning Department. As a Master Electrician licensed by the Kansas State Board of Technical Professions, I handle pulling that permit and scheduling the required inspections. The work must comply fully with the adopted NEC 2023 code, which governs everything from AFCI breaker requirements for living spaces to updated grounding and bonding practices. Following this process ensures your upgrade is documented, safe, and adds value to your home without legal or insurance complications.

Preparation involves both surge protection and backup power planning. Summer air conditioning peaks strain the grid and can cause brownouts, which are hard on compressor motors. A whole-house surge protector safeguards your appliances during these grid fluctuations. For winter, where temperatures can drop to 5°F, ice storms threaten overhead lines. Installing a manual or automatic transfer switch for a generator is a reliable solution. This ensures safe, code-compliant backup power for essentials without the danger of back-feeding the grid.

Absolutely. The rocky, often dry soil common to the high plains can have high electrical resistance, which challenges an effective grounding system. The National Electrical Code requires your grounding electrodes to maintain a low-resistance connection to earth to safely shunt fault currents and stabilize voltage. In our terrain, we often need to drive additional ground rods or use a concrete-encased electrode (Ufer ground) to achieve a reliable ground, which is critical for surge protection and overall system safety.