Since 2001, we have been advising our customers on how best to manage their electrical systems to meet the demands of the processes it supplies. Working together, our engineers can integrate into your organisation and develop solutions to solve your most technical needs. By carrying out a number of specialised studies we can advise on a system that can deliver the best outcomes for you now and long into the future.
Some of our most popular solutions include:
Arc flash incidents can cause serious harm to electrical workers and damage valuable equipment on site. Our team of highly trained engineers are experienced in conducting Arc Flash Hazard Analysis, Arc Flash Studies, Arc Flash Mitigation solutions and specialised Arc Flash Training. We work with all size facilities across many industries to introduce and maintain Arc Flash safety.
Using proven software tools, our engineers calculate the prospective arc incident energy levels along electrical networks. Armed with this data, they assess the risks and identify the preventative and protective measures necessary to protect workers, electrical infrastructure and processes.
Our team of experienced electrical and power system engineers use ETAP and SKM modelling software to construct a digital twin replica of your electrical network in order to optimise the design, simulation, monitoring, control, and automation of your power system. Depending on the outcomes or information you require we can conduct any number of the specialised studies we offer.
Large scale facilities have come around to the benefits of incorporating power monitoring systems as part of their process control as well as the standard building management systems. We can work with you to get the best from your power monitoring system, commissioning and verifying the energy and power systems for compliance with EN 16247-1 for energy audits.
Premium Power are one of few companies to achieve the coveted EcoXpert Master Partner status from Schneider Electric for our Critical Power systems and solutions. Receiving this certification demonstrates our expertise in designing and deploying of energy management systems, implementing advanced metering networks, power quality management and world-class software tools to assist large and critical sites manage energy costs, improve the reliability of their electrical systems and optimise equipment performance.
We have developed our courses in response to the changing corporate demands of large facilities and the needs of their employees. Offering full day or half day courses we can tailor our courses to deliver training in line with your facility’s particular needs.
As registered training providers with Engineers Ireland and CPD we can issue certificates of completion and CPD points on all our courses.
Pricing for our courses is based on 12 delegates, anything over this number can be priced separately.
The client came to us with a requirement to see the output their onsite solar panels were producing and where that power was being used. They needed to validate their investment and set a number of internal KPIs to showcase to shareholders. They also wanted the ability to see trends and metrics at the click of a button that could be accessible throughout the organisation.
The client has total transparency over their site now. They can monitor the ongoing performance of their solar panels in real-time, see where the energy is being used, and what that equivalates to. Their reporting is more accurate and their decision-making process improved. Shareholders are satisfied with the return on investment, and it reflects positively on the company that they’re transitioning towards renewable energy which in turn feeds into their corporate social responsibility and KPIs.
Located in the heart of the IDA business park, Carrigtwohill, the plant is one the main manufacturing and distribution hubs for Gilead’s European operations. They came to us looking for a way in which to track energy usage across the site, specifically water, gas, electrical, and steam usage. The idea was to become more efficient with their energy, see where possible savings could be made, or where excess energy is being lost.
A network of high-end metering devices was set up around the site to monitor and analyse energy usage. This was then integrated into Power Monitoring Expert PME our highly intelligent power monitoring system. Once stored in the database there are a number of tools available to the end user for analysing the data, including; live and historical data trending, automated energy usage and trending reports, and power quality event notifications.
EirGrid required detailed reporting in a number of predefined network scenarios. Generators must meet very specific performance criteria when responding to network events. These events such as Fast Frequency Response (FFR), Fast Post Fault Active Power Recover (FPFAPR) and Reserve Response events such as Primary Operating Response (POR) require accurate and high speed recording and reporting of data.
ESB Generation and Trading can now demonstrate their compliance to EirGrid’s DS3 services on a site by site basis. We provided a central power monitoring system that allows logging of power quality events along with generation of reports and track events, giving overall better visibility and transparency of their asset behaviour.
Originally we were contacted because the client used highly sensitive equipment in its manufacturing processes resulting in a necessity to monitor all aspects of power quality. These included, monitoring harmonic distortion, power factor sags and swells, transient disturbances and energy efficiency.
Down the line the site expanded resulting in much greater capacity with compliance and regulatory requirements increased. We were contacted again to monitor all utility information and this brought water, air, gas and steam into the project as well as electricity.
This highly dynamic site now meets its efficiency targets while the electrical and utility systems operate at a level of ‘power needs’ only. Through the collection and continuous monitoring of data, power wastage is reduced and inefficiencies identified early. The client is also provided with a deep level of analytical information which is extremely useful in future site planning and development.
As their trusted electrical engineering consultants, this client approached us wanting to introduce a Battery Energy Storage System ( BESS) into their network to store the energy being produced by their renewable power sources (solar or wind), so that they could then either use this power onsite themselves or export it back to the grid. Doing so posed implications with harmonics as well as a requirement to comply with DS3 System Services.
The client could prove to EirGrid their compliance with DS3, while also giving them a complete overview of how their BESS is functioning. They now have an efficient system that they can clearly see the effectiveness of and prove the return in their investment. They can also determine how best to allocate the energy stored in the BESS so their site never suffers from downtime or failed equipment.
Speak to one of our expert engineers today.
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