Evolution Electric and Controls

⚙️ Every operation is different - and your control panel should be too.
A well-designed control panel does more than power equipment. It helps improve efficiency, simplify troubleshooting, and keep your operation running reliably.

Whether you're building a new system, upgrading existing equipment, or expanding your facility, our team designs and builds custom control panels tailored to your application.

✔ Custom engineered solutions
✔ Quality components
✔ Clean, organized assembly
✔ Thoroughly tested before installation

Have an upcoming project or need to upgrade an existing control panel? We'd be happy to discuss your application and help you find the right solution.

Contact Evolution Electric & Controls today to learn how we can support your operation [email protected]

🔥 Thermal Imaging Revealed a Serious Electrical Hazard ⚡
During a inspection, we discovered a major issue at one of our client’s sites - and while we always rely on thermal imaging to catch hidden problems, this one was visible even without the camera. The heat damage was extensive.

When thermal imaging and routine electrical inspections aren’t performed, issues like this can go unnoticed until they reach a dangerous stage. In this case, the damage was severe enough that it required replacing multiple wires, one contactor, and all associated connecting terminals.

Early detection saves equipment, prevents downtime, and most importantly - protects people.

Regular inspections aren’t optional… they’re essential. 🔧📡⚡

Power surge protectors are designed to safeguard your electronic devices from voltage spikes that can occur due to various reasons like lightning strikes, power surges from the utility company, or electrical malfunctions.

How They Work?

1. Voltage Regulation: Surge protectors monitor the electrical voltage in your system. When they detect a voltage spike above a certain threshold, they act to divert or absorb the excess voltage, thus preventing it from reaching your connected devices.

2. Clamping: When a surge occurs, the protector clamps down on the excess voltage. It typically uses components like metal oxide varistors (MOVs), gas discharge tubes, or transient voltage suppression (TVS) diodes to absorb or redirect the surge energy.

3. Dissipation: The absorbed energy is dissipated as heat within the surge protector. High-quality surge protectors can handle larger surges and have better thermal management to prevent overheating.

4. Fail-Safe Mechanism: Once a surge protector has absorbed a significant surge, its protective components may degrade over time. Most protectors have an indicator light to show whether they are still functioning properly. If the light goes out, it's a sign that the protector may need replacing.