Project summary:
The National Supercomputing Jinan Center was approved by the Ministry of Science and Technology of China. It is a comprehensive research center engaged in intelligent computing and information processing technology research and computing services. From 2019 to 2022, major infrastructure such as exascale supercomputing platform, artificial intelligence platform, industrial Internet platform, and big data platform are under construction. The center is one of the three national petascale supercomputing centers. This major project uses our company’s low-voltage reactive power compensation, static reactive power generation device SVG, and active filter device products, which once again reflects the brand influence of Tysen-KLD in the power automation industry.
Jinan Supercomputing leads the construction of Shandong Provincial Laboratory of Intelligent Information Technology, Shandong Provincial Key Laboratory of Computer Networks, Supercomputing and Artificial Intelligence Industry Technology Research Institute, Shandong Provincial Artificial Intelligence Research Institute, Future Network Research Institute, etc.; actively participates in the construction of Shandong Advanced Technology Research Institute, Jinan National New Generation Artificial Intelligence Innovation Development Experimental Zone, Jinan National Comprehensive Science Center, Shandong “Supercomputing” Big Science Project, and “Calculation Valley”; and continues to promote the construction of branches in Qingdao and Yantai.
Our company’s BKS reactive power compensation device:
Product Introduction
KLD-BKS series static filter compensation components are composed of low-voltage power capacitors and filter reactors, and are specially designed for reactive power compensation and filtering of harmonic pollution distribution systems. KLD-power factor controller provides effective reactive power compensation, measurement and monitoring for the power grid, and can be applied to the automatic control of low-voltage reactive power compensation systems.
Main advantages
Reasonable configuration of capacitors and reactors can simultaneously achieve the purpose of reactive power compensation and filtering of some harmonics;
Use low-voltage power capacitors with higher rated voltage: 7% BKS series compensation filter components use 480V capacitors; 14% BKS series compensation filter components use 525V capacitors, which are more stable and reliable in 400V distribution systems;
Use H-class insulation filter reactors, low power consumption and high reliability;
The installation layout in the cabinet is highly autonomous, and other auxiliary devices are self-configured and flexible to select;
Support three-phase compensation, split-phase compensation, and mixed compensation schemes, and different controllers can be selected for control.
Applications
BKS series filter compensation components are suitable for distribution systems where reactive power changes are not frequent.
Reactance rate is 7%: BKS series filter compensation components with a tuning frequency of 189Hz can effectively suppress 5th and above harmonic pollution while providing reliable reactive compensation.
Reactance rate is 14%: BKS series filter compensation components with a tuning frequency of 134Hz can effectively suppress 3rd and above harmonic pollution while providing reliable reactive compensation.
Our company’s KLD-SVG series low-voltage static reactive power generator:
Product Introduction:
The KLD-SVG series of low-voltage static reactive power generators is a high-tech product that breaks through the traditional theory of reactive power compensation of capacitors and reactances. It integrates power electronics technology, computer technology and modern control technology, can quickly adjust the reactive power of the AC power grid, and has very effective adjustment capabilities for impact reactive power, static reactive power and reactive power under undervoltage conditions. It also has voltage adjustment and harmonic suppression functions. It is an ideal choice for stabilizing voltage and improving power factor, and can achieve significant benefits in energy saving and consumption reduction, and increasing the capacity of power supply equipment.
Product functions:
Improve power factor, reduce system losses and fines;
Dynamically adjust impact loads, suppress voltage fluctuations and flicker;
Reduce system installation capacity and reduce basic electricity charges;
Improve the load capacity of distribution;
Take into account harmonic control capabilities.
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