Among all the critical facilities, hospitals and
medical institutions are the most vulnerable. When there is an
electrical problem, not only is the data and the revenue of the hospital
is in line, it is the people’s lives that are at risk. Emergency power
systems are regulated by code and needs to follow a standard to prevent
any life threatening situation. This is the reason why a good power
supply is important and is a high priority among healthcare engineers.
Hospital construction costs are the highest and even
then budgets are squeezed. This is the reason why designers need to find
ways to save money and still be able to provide adequate power supply
that does not jeopardize the operations of the hospitals. It is the duty
of the hospital engineers to make sure that they purchase and install
only the right critical power equipment that their facilities needs
today and also in the future. Before they go about choosing the best
UPS, there are a few things that need to be kept in mind.
The engineers need to do an in-depth analysis of the
system’s features, topology and power protection performance to
determine if it meets the requirement of the facility. There are some
medical imaging equipment that can cause current to spike about two to
eight times more than average equipment, thus it is important to compare
and contrast the UPS product specifications and their capability to
handle overloads and steps loads. In addition to that, the run time is
also an important factor. You need to pick a high temperature AC ups
that has quick startup times for on-site generators and can be restored
within 10 seconds of an outage in a hospital or medical institution.
Even during utility outage, the hospitals need to be
fully functional to protect lives and ensuring the availability of
medical records when needed. Any electrical disturbance can result in
repeated diagnostic tests, expensive repair calls, wastage of medical
supplies and also risks patient’s lives. This is why one needs to choose
a reliable UPS but, this cannot be achieved by a singly equipment. It
is the entire design of the facility’s electrical system that needs to
be taken into consideration.
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