The original purpose is to ensure that consumers can continue to operate in the event of a power failure. The batteries installed in the UPS provide the necessary power for a certain period of time.

Modern consumers, especially computers, are also very sensitive to omnipresent disturbances in the power grid, which are by no means a power failure: The typical sine wave is distorted by influences in the power grid in every direction. A coffee maker does not mind, but a server could go to its knees or "hang up" quietly and secretly.

On the other hand, high-quality UPS devices, which not only step in when needed, but continuously supply the consumer with freshly produced, perfect electricity, also help. EDELSTROM flat.

The prerequisite for the smooth and unrestricted operation of microprocessor-controlled systems is a stable and absolutely uninterruptible power supply. Undefinable power system faults are the most common cause of errors in hardware and software. The majority of malfunctions are due to a faulty mains supply.

In recent years, the susceptibility of microprocessors has increased enormously. The development to ever smaller and faster computers and the associated miniaturization of the electronic components have increased the sensitivity drastically. Transients trigger "resets" and thus interrupt processes, cause data losses, generate transmission errors and lead to early aging of electronic components.

A UPS is designed to protect vulnerable consumers such as computer systems, networks, servers, active and passive network components, IT nodes, process control systems, point-of-sale systems, laboratory equipment, telephone systems, and any other systems that are at great risk of failure. The right UPS is today the basis for every reasonable security concept in the energy supply. Ask. We have the optimal solution for you.