Hage Energy

Houston storms aren’t just about heavy rain and strong winds; they can also cause costly electrical damage to your home, especially your HVAC system. If you’ve ever experienced flickering lights or a sudden power outage during a storm, your heating and cooling equipment may have been at risk without you even realizing it.

How Storms Impact Your HVAC System

When severe weather hits, power surges and outages often follow. A power surge is a sudden spike in electricity that can overwhelm your system’s electrical components. Your HVAC unit, particularly the compressor and control board, is highly sensitive to these fluctuations.

-Compressors can overheat or fail when hit with a surge
-Control boards can short-circuit, leading to expensive repairs or full system replacement
-Repeated outages can wear down components over time, even if the damage isn’t immediate

In a storm-prone area like Houston, this risk is significantly higher during peak storm seasons.

Why Surge Protection Matters

Surge protection acts as a shield for your HVAC system. It prevents excess voltage from reaching critical components, helping to avoid sudden failures and costly repairs.

Installing surge protection can:

-Extend the lifespan of your HVAC system
-Reduce the risk of unexpected breakdowns
-Protect one of the most expensive systems in your home

Think of it as insurance for your comfort, especially during unpredictable weather.

Protect Your Investment

Your HVAC system is essential to keeping your home comfortable year-round. Without proper protection, a single storm could lead to major damage and unexpected expenses.

Learn about HVAC surge protection options and take the first step toward safeguarding your system before the next Houston storm rolls in.

When a Houston homeowner called Hage Energy, their system was running but not performing. Our technician found the culprit quickly: a contaminated blower assembly and a fouled evaporator coil.

What We Did

We removed the blower assembly completely and chemically cleaned the wheel and housing, restoring the blade surfaces so the system could move air the way it was designed to. A dirty blower wheel disrupts airflow, unbalances the wheel, and forces the motor to work harder for worse results.

Next, we chemically cleaned the evaporator coil. Buildup on the coil acts as insulation, blocking heat and moisture transfer and making the system run longer than it should.

We also resecured the blower door insulation, which had come loose; a small detail that directly impacts efficiency.

The Result

Once reassembled and powered up, the system came up operating normally. A 47°F reading at the plenum box confirmed the system was removing heat and humidity efficiently.

If your system is running but struggling to keep up, buildup inside the blower or coil may be the reason.

Call Hage Energy. We'll find what's costing you efficiency and fix it.