Advantages of Active Harmonic Filters An Active Harmonic Filter is a group of electronics filters that will utilize active components like an amplifier for its functioning.Active Harmonic filters have some definite advantages over Passive Filter, including the ability to provide signal gain, higher input and lower output impedances, no need for buffer amplifiers, and less dependency on inductors, which add expense. Advantages of Active Harmonic Filters: No resonance issue It can eliminate any harmonics Used for voltage regulation Used for reactive power compensation It provides reliable operation No loading or overload problem when the load is full It does not exhibit any insertion loss It also allows for isolation control of input and output impedance The component used in the active filter is the smaller size as compared to passive· Active Harmonic Filters providefar more dynamic and superior flexibility in performance as compared to Passive Harmonic Filters. AHF won't cause a leading Power Factor at no-load conditions. This is important as it helps improve the quality ofthe current. PHFs, on the other hand, do.

YTPQC Active Harmonic Filter has a advanced modular design. Usually YTPQC-AHF consists of one or several AHF modules and an optional touched LCD Human Machine Interface. Each AHF module is an independent harmonic filtering system, and users can change the harmonic filtering system rating by adding or removing AHF modules. According to the mounting type, YTPQC-AHF can  be divided into Rack Modular AHF, Wall-mounted AHF and free landing AHF. Wall mounted Active Harmonic Filter Module:

YTPQC-APF based on 3-level topology, is an Active Power Filter (APF) system designed to eliminate harmonic oscillations and reduce costs consequently. APF is a versatile solution, easily tailored to deliver power factor improvement, voltage variation control, flicker mitigation and load balancing functionality, and highly improved power quality in networks while reducing harmonic pollution.

In today’s business environment, expectations are only getting higher. Managers are increasingly concerned with operational efficiency. This includes minimizing costs, capital expenses and unplanned downtime. Rocketing prices have also caused the industry to take a closer look at energy consumption and make adjustments to help keep these costs and corresponding expenses at a minimum. YTPQC-AHF Active Harmonic Filter is a modular, flexible, high-efficiency power quality solution for modern power networks’ problems, such as harmonics, low power factor and unbalances and so on. YTPQC-AHF protects critical industrial, residential and commercial applications, solving tough power quality problems for all types of applications and customers globally. Leading Technology Optical Harmonic Filter Three level topology Ultra-compact Modular design Fastest switching frequency 25.6kHz Lowest power consumption ≤ 2.5% Leading dissipation technology Self-adaptive algorithm(ADALINE) THDi less than 5% at rated load High filtering efficiency up to  98% Fast Response time less than 5ms Selective or Full compensation Best Power Quality Control High Quality Assurance Continuous power factor correction Both capacitive and inductive control Precise PF maintain -1.0 ≤ CosΦ ≤ 1.0 3 phase load balance less than 5% Mitigates neutral current TI DSP, Infineon or Semikron IGBT High Stability,avoids resonance Both Hardware and software protection High Reliability Test Good Environmental adaptability

YTPQC-SVG Static Var Generator detects load current in real time through internal and external CT and analyzes the reactive current of load by TI DSP and FPGA, then generates PWM signal to IGBT inverter(3 Level) to generate inductive or capacitive current and compensate reactive current to realize the target power factor. YTPQC SVG can also compensate phase imbalance. Compared with the traditional capacitor bank, YTPQC-SVG has the advantages of fast response and high compensation accuracy without under-compensation or over-compensation problems, avoid resonance,etc. When the load is generating inductive or capacitive current, it makes load current lagging or leading the voltage. SVG detects the phase angle difference and generates leading or lagging current into the grid, making the phase angle of current almost the same as that of voltage on the transformer side, which means fundamental power factor is unit.

The operation of YTPQC-AHF Active Harmoinc Filter is unaffected by multifarious load forms and power grid structures. And it will not produce harmonic oscillation (resonance) along with the system, thus perfectly realizing harmonic control under diverse loads. YTPQC Active Harmonic Filter can fully accomplish dynamic reactive compensation, control the capacitor switching and ultimately heighten the power factor of power grid. Meanwhile, YTPQC-AHF has the function of controlling the three-phase load current unbalance, thus comprehensively handling various power quality matters in power grid.

After installation of YTPQC Active Power Filter, Will compliance with IEEE 519, G5/4, EN 50160 and also other power quality standards and recommendations: Energy savings,Prevention/Reduction of unnecessary energy losses. Higher productivity,Prevention of breakdown and equipment failure. Quick return on investment Longer lifetime of electrical and process equipment. Reliable operation at reduced maintenance costs. Additional electric capacity in existing power grid. Improvement of energy Efficiency.

Compared to a traditional Static Var Compensator (SVC) with an LC system, YTPQC Static Var Generator (SVG or ASVG) offers many excellent features including enhanced stability, extended product lifetime, fast response, wide power range, large capacity, smooth tuning, low harmonics, stable system voltage, and many more, for greatly improved power quality. Leading Technology and Optimal Power Factor Correction Three level topology Ultra-compact Modular design Fastest switching frequency 25.6kHz Lowest power consumption ≤ 2.5% Leading dissipation technology Continuous power factor correction Precise PF maintain -1.0 ≤ CosΦ ≤ 1.0 Both capacitive and inductive control No over or under-compensation Hybrid power factor correction Advanced Networks Performance and High Quality Assurance Saving Electricity Bills Energy saving 3 phase load balancing Low noise Friendly Human Machine Interface TI DSP, Infineon or Semikron IGBT High Stability,avoids resonance Both Hardware and software protection High Reliability Test Good Environmental adaptability

SVG have many low and high voltage potential applications where their use offers many benefits. ⦿ Installations with fast changing reactive power demand like electric arc furnaces and ball mills. ⦿ Highly dynamic loads where the power factor fluctuates rapidly or in big steps like cranes, sawmill machinery, welding machines, etc. ⦿ Correction of leading power factor like in data centers allowing back-up generators operation. ⦿ UPC systems. ⦿ Solar inverters and wind turbine generators. ⦿ Railway electrification systems: Trains & trams ⦿ Loads with low power factor: Motors, cables, lightly loaded transformers, lighting, etc.