Why Your Eye and Server Work by the Same Law of Physics

Have you ever wondered what human vision and the operation of a hybrid inverter have in common? The answer is one: electrical impulses.

When you read this text, photons of light hit the retina of your eye. There they are converted into an electrical signal, which travels at a speed of about 100 m/s through the optic nerve to the brain. Your vision is, in essence, electricity.

Servers, cash registers, and medical equipment in your business are powered in exactly the same way. Only instead of an optic nerve, they have copper wires, and instead of a brain — processors. The nature of the impulse is the same.

The Problem of "Blinking"

The average speed of a human eye blink is 100 milliseconds. During this time, the image completely disappears, but our brain has learned to "glue" the frames together, so we don't notice the darkness.

Computers do not have such a mechanism. If the electricity in the network is lost for even 50-60 milliseconds, a system reset occurs: servers shut down, databases are corrupted, machines stop. Technology cannot "blink" without consequences.

Physics That Saves Business

When a blackout occurs in the city, a race against time begins. A diesel generator takes seconds to start. For electronics, this is an eternity — it has already "died".

This is where the Inversol hybrid inverter comes into play. Its microprocessors constantly analyze the sine wave of the grid current. As soon as the grid drops, the inverter switches the power to the LiFePO4 batteries in 10 milliseconds.

• 10 milliseconds — this is 10 times faster than you blink your eye.
• This is faster than an electrical signal travels from your finger to your brain.

Electrons continue to run through the copper wires of your office so fast that even the most sensitive server won't realize that the central electricity has been cut off. No reboots. No losses.