Uninterruptible power supply systems are all electrical devices and connections the quality of which determines the continuity of operation of IT environments, public buildings, systems and facilities of strategic importance, or, for example, production lines in industry.

Any downtime of an IT system or production process, even in the smallest company or enterprise, can result in financial and reputational losses. Dedicated uninterruptible power supply systems are a solution to minimise unplanned downtime or power outages, which makes it possible to ensure the continuity of systems and, therefore, increase business efficiency and reliability.

As a result of using uninterruptible power supply systems, the operation of systems that determine the organisation’s continuity is not interrupted in the event of power outage affecting the external power supply systems. When this happens, a UPS is automatically started first, and in more complex systems, a generator unit is started second, supplying power to the company’s most important systems. These switchovers take place uninterrupted.

We have extensive experience in installation and service of uninterruptible power supply systems. Place your trust in experts and gain confidence with reliable power supply for your buildings and critical systems.

An uninterruptible power supply system consists of a range of technically diverse devices: generator units, uninterruptible power supplies (UPSs), electrical switchboards with an automatic transfer switch system (ATS), voltage distribution systems, a dedicated electrical system and tools/systems for supervising and monitoring the continuity of the power supply system. The proper functioning of such a system requires a well-thought-out energy supply infrastructure, fuel supply system, acoustic protection and the adaptation and implementation of specific building infrastructure solutions, in particular for buildings to be adapted.

Importantly, uninterruptible power supply systems should be reliable, scalable and energy-efficient. Some system components are very difficult or even impossible to expand at the time of the actual use. That is why it is so important that the power system architecture should be properly designed and thought out, with the contribution of many branches, taking into account the future development of the data centre in terms of load, surface area and the necessary accompanying systems as early as at the initial stage of the project.