After opening its office in Turkey on March 31, NOVA Power Solutions raised its flag for the second time at IDEF, attending with a high-level representation that included the company president and the CEO. The company hosted delegations and visitors from European and Asian countries at its stand, where information was provided on the company to the interested parties. Steve Ziff, CEO at NOVA Power Solutions, speaking about the attention they had received during the event, said, “I am happy and confident to say that IDEF’15 is by far the defence exhibition at which we have attracted the highest number of visitors among all other events in which we have participated as NOVA Power. We are very lucky to have met with so many prominent delegations and visitors from the defence sector. The business relations and intensive interactions that have developed during IDEF have concretized the existence and rising success of our company in Turkey and in the regional defence market.” Süleyman Bayramoğlu, Business Development Manager at NOVA Power Turkey, covering also the EMEA Region, stated that they had been very pleased with the connections and opportunities that were achieved at IDEF, saying, “We understood once again that it was a good move to put ourselves in the position of contributing to Turkey’s target of developing and exporting original and high technology defence systems with our high-quality power supply solutions.” The company’s stand featured a test mechanism comprising a NOVA Power Solutions power conditioning unit and a smart uninterrupted power supply produced by another company.
The two systems were subjected to simulated power failure, voltage drop and harmonic and frequency changes, categorized under the IEC 61000-4-13 International ElectroMagnetic Compatibility (EMC) standard, using an adjustable AC power supply. The NOVA Power system’s power protection solution provided a clean, regulated and uninterrupted output signal, despite the many anomalies; while the system of the other company was unable to regulate the input signal, with input anomalies reflected in the output.