Energy efficiency and system performance are critical for modern industrial and commercial facilities.
The Key to Increasing Energy Quality and Extending System Life
Energy efficiency and system performance are critical for modern industrial and commercial facilities. Harmonic distortions, voltage fluctuations and reactive power problems occurring in electrical systems reduce energy quality, shorten equipment life and increase operating costs. Active Harmonic Filters (AHF) and Static Var Generator (SVG) devices developed against these problems offer solutions by standing out with their innovative technologies.
Impact of Harmonic Distortions on Energy Quality
Harmonic disturbances are current and voltage fluctuations caused by non-linear loads in electrical systems. The accumulation of these disturbances in the system causes energy losses, additional load on the network and early wear of the equipment.
Active Harmonic Filters effectively detect these distortions and suppress harmonics by generating a counter-signalling and eliminates voltage and current distortions. In this way, it is possible for the devices to operate more efficiently while ensuring stability in the energy system.
Reactive Power Problems and Solution
Reactive power causes energy losses by preventing the efficient use of electrical energy. Traditional compensation systems may not be able to solve these problems sufficiently in some cases. At this point, Static Var Generator devices come into play.
SVG devices can dynamically generate or absorb reactive power according to the network requirement. Thanks to this feature, the energy factor is optimised and grid imbalances are eliminated. As a result, system losses are reduced, energy costs are reduced and plant life is extended.
Extending Equipment Life
Improving energy quality optimises the operating conditions of electrical equipment. Elimination of harmonic distortions and reactive power problems reduces the thermal stress of devices, especially on motors, transformers and generators. Reduced heating and wear, enabling appliances to operate efficiently for longer.
Energy Quality and Sustainability
AHF and SVG devices not only improve energy quality, but also contribute to reducing the carbon footprint. More efficient energy utilisation reduces energy consumption and offers an environmentally friendly approach.
Conclusion
Active Harmonic Filters and Static Var Generator devices offer modern energy management solutions to improve energy quality and extend system life. By utilising these technologies, facilities can both reduce their operational costs and contribute to a sustainable future. These devices are the key to the solution for those looking for a quality, efficient and long-lasting system in the energy world.
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