SVC (Static Var Compensator) reactive power compensation is a high-tech equipment to control the voltage, reducing the line loss and improving power factor in electrical system. SVC may also maintain a balance of the reactive power demand by interacting in dynamically varying proportions with the company’s MG system, ensuring safe and efficient operation while reducing energy loss. This saves energy and also extends the life of electrical equipment, with tremendous cost savings to industry.
Power factor is an important measure of the efficiency of electric power distribution. A low power factor wastes electricity and increases the KWh usage of a system which in turn causes higher electricity bills. By utilizing Zhifeng SVC technology, the industry is able to raise their power factor by injecting or absorbing reactive power in the network, optimize and save on electricity costs as well as EPC-manage overall system performance. By means of PIS Thyristor Contactless Switching Switch systems businesses are able to attain optimal use of energy and decrease operation costs.
Voltage unbalance or such conditions can cause power loss in sophisticated (complex) electrical networks. Zhifeng has been supplying SVC systems for the purposes of voltage stability and electricity loss reduction within electrical networks. Through the continuous control of reactive power generation, SVC systems facilitate efficient energy transfer and provide stability during use, offering a more reliable operation and less downtime for processes in industry.
Stability of system and regulation of voltage for non interrupted quality power supply and disturbance free operation is very crucial. The SVC control technology of Zhifeng can provide accurate, flexible and adaptive reactive power support to maintain stable voltage and minimize the cost performance. Due to use of sophisticated control algorithms, SVC systems are capable of rapid response to demand variations and power system architecture stability retention, which ultimately leads towards enhanced overall system reliability and resilience.
FEATUR ES ● SVC as a dynamic shunt compensator meets the requirement of high generating system ● Fastgoverning response, no power frequency oscillation Specifications SVC Model MVAR Installed Qty (pcs) Rated Voltage 69 kV Phase Three phase Frequency 50 Hz Control mode Local/manual operation Grid Configuration grid connected Suitable Conditions at Customer Site Altitude: ≤ 1000m.with power factor higher than or equal to 95% Environment temperature range:-10+50 Relative humidity - monthly mean ≤90%,mean of daily relative humidity-≤95%Linmit load current :should not over current ratingEequipment fiberk with overload capacity and under all normal environmental conditions NB : The customer site should be free from corrosive gases,fumes,dusts,oil mist,salt atmosphere.
Grid reliability is important to maintaining continuous power and preventing downtime for critical sectors. Utilizing Zhifeng's advanced SVC system, operators can improve grid performance by controlling voltage levels and optimizing the quality of power while mitigating disturbances within the between them. Companies that deploy SVC solutions are able to strengthen the grid by increasing capacity, reducing voltage fluctuations and creating a stronger, more resilient system – empowering them to reduce downtime and improve operational efficiency.
Thanks to Zhifeng's remarkable technology on reactive power compensation, industries can now take advantage of a reliable and efficient solution which effectively utilizes energy resources at the lowest possible cost and best syetem performance. With the inclusion of PIJKW Intelligent Reactive Power Compensation Controller technology into electrical networks, companies can then attain superior energy efficiency, enhanced power factor and better grid stability while maintaining excellent operational performance leading to sustainable business development.
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