Infrastructures and energy0 pages

UNINTERRUPTIBLE POWER
SUPPLIES (UPS)
LIGTHING FLOW DIMMERSTABILISERS
DC POWER SYSTEMS
STATIC INVERTERS
PHOTOVOLTAIC INVERTERS
VOLTAGE STABILISERS
TECHNICAL SUPPORT & SERVICE

INFRASTRUCTURES & ENERGY

High-performance protection for large critical applications
Airports, railways, ports and roads are essential infrastructures
for carrying out the activities of cities, companies and people.
The same is true of power (electricity and fuel networks) and
water (drinking water and drain networks) infrastructures.

These devices are very compact, which greatly facilitates their
installation, and made from over 60% recyclable materials.

Our professional and personal wellbeing largely depends on
their proper functioning. What would happen, for example, if
air traffic control radar, traffic lights or railway signalling lost
their power supply?
To prevent these kinds of situations from arising and affecting
our wellbeing and the competitiveness of our professional
work, uninterruptible power supply (UPS) systems exist. These
are devices that not only provide enough power to prevent
faults caused by power cuts, but also improve the quality of
mains voltage, thus extending the useful life of the electrical,
electronic and computer equipment connected to it.

Salicru, in line with its technological commitment, offers
various ranges of UPS whose features are ideal for large critical
applications such as transport, power and water infrastructures,
as they ensure the safeguarding of equipment and the proper
management of systems.

Ensuring the functioning of all elements of these infrastructures
is essential for Salicru, and to achieve this, we also offer
products that ensure alternative power sources, such as our
DC/AC systems, which are designed to operate in harsh and
demanding operating environments such as: power stations,
electrical substations, oil and gas pipelines, petrochemical
plants, mines, railways, telecommunications facilities, hospitals
and industrial plants. DC systems are devices that convert
alternating current into direct current (rectifiers, chargers)
or direct current into alternating current (inverters). Such DC
systems can store power in an accumulator battery, enabling
an uninterrupted supply of DC or AC (through an inverter). They
also have a control and monitoring system that enables input
and output measurements, battery charging currents, control
of priority and non-priority loads and communication channels
with the outside to be managed.
An array of advanced technological solutions at the service of
highly-critical infrastructures.