Directly employs
GENERATOR FEASIBILITY STUDY
We conducted a generator feasibility study to determine if an emergency diesel generator could be connected to the existing electrical distribution network to ensure that pharmaceutical production could continue on the loss of mains power supply. The generator was required to synchronise with the mains. The feasibility study also included the front-end design of the upgraded network.
INDUSTRY SUCCESS
67,000
people
Estimated
120
overseas companies now have plants in Ireland
In the EU
50
of all pharma exports come from Ireland
THE CHALLENGE
This pharmaceutical facility had recently introduced a new production process which required a reliable, mission critical electrical supply. The company had a robust electricity supply but due to the requirements of new pharmaceutical processes, it was determined that an even more reliable electricity supply was required. A full evaluation determine a suitable connection point that could be utilised for the emergency generator. The Client also required the installation to be conducted on a phased basis.
HOW WE HELPED
After conducting an extensive survey of the electrical distribution system, we developed a model of the facility to determine the anticipated network fault levels. The assessment highlighted the possibility of faults >100kA occurring. Fault levels greater than 100kA require a higher specification of switchgear that is capable of handling large fault currents to be installed, which increases the overall project cost.
THE RESULT
Our analysis concluded that a switchgear capable of operating during a fault of >100kA was needed, ensuring that the client purchased a switchgear capable of this specification.
THE CLIENT
Based in the south of Ireland, this science-led global healthcare company manufactures vaccines, medicines and consumer health products.
”“It was anticipated that fault currents were going to be high at this facility however when they were found to be >100kA this had implications for the specification of the generator tie in point. A new generator switchboard was required that could handle large fault currents. Using this information we could then confidently select, switchgear that was up to the job.”
Barry NicholsonElectrical Engineer
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