Şalt News
When analyzing the operating expenses of industrial facilities, massive factories, and commercial complexes, it is seen that one of the biggest hidden cost items that sneakily inflate electricity bills is reactive energy penalties. Inductive loads in your facility's production line, such as asynchronous electric motors, welding machines, transformers, induction furnaces, and ballasted lighting systems, must draw reactive energy from the grid to create a magnetic field in order to produce physically useful work (active power). However, drawing this reactive energy from the grid creates unnecessary current density in transmission lines, occupying capacity and causing voltage drops. To prevent this, energy distribution companies set legal limits and impose heavy billing penalties on enterprises if these limits are exceeded. The only scientific way to save your business from this unnecessary penalty of tens of thousands of liras every month, to lighten the blind load on your transformer and cables, and to use your energy at full capacity is to use smart compensation panels projected according to the facility's instantaneous load characteristics.
An effective power factor correction (compensation) process is far beyond placing random capacitors inside a panel; it is an engineering discipline requiring meticulous calculations. Frequency converters (motor drives), UPSs, and LED lighting, which are frequently used especially in modern facilities, create electrical pollution in the grid called "harmonics." If your compensation panel does not have reactors (choke coils) to filter these harmonics, your capacitors will explode in a very short time, and the system may resonate, causing sensitive electronic boards in the factory to burn out. In addition, in fast processes where loads such as press and welding machines step in and out in much less than a second, classical contactor systems fall short in balancing the reactive power. For such dynamic facilities, thyristor-switched, driver-controlled compensation systems that respond within milliseconds are essential. The construction of these high-tech systems, which work directly and in full harmony with the Main Distribution Panels where energy enters the facility, requires deep electrical panel manufacturing expertise and site-specific analysis capability.
A proper compensation investment that pays for itself in a very short time (usually within months) is not an expense item, but the most profitable efficiency project that directly makes money for your business. As Şalt Otomasyon, in order to increase your facility's energy quality, instead of rote solutions, we make measurements with network analyzers and create full-capacity, 100% penalty-guaranteed Konya panel project designs. Not only on the hardware side but also at the point of system sustainability, we integrate compensation panels into your electrical automation solutions network via smart relays; thus, allowing you to monitor the facility's cos(φ) values remotely and ensuring that the system instantly generates an alarm in the event of a capacitor failure. Thanks to our panels designed with maximum safety, the use of long-lasting switchgear materials, and an engineering guarantee, you will leave reactive cost anxiety behind forever.
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