Parallel Active Compensation Equipment

Parallel Active Compensation Equipment We are looking for experienced Distributors and Agents worldwide! General introduction It adopts the most advanced analog logic method to eliminate harmonic. Real-time detect the wave form of the non-line loads in the grid. Active harmonic filtering, power factor improvement all in one, excellent quality, wth the characters of quick response, widely filtering, high efficiency filtering, won't affected by the parameter of the system and it is small in size. Working principle Real-time detect the load current, quick distinguish the harmonic current component and fundamental wave, input equal and opposite compensate current into the grid to realize instant filtering and power factor improvement. The passive current provided by ZAPF could be preact or hysteretic, in order to improve the grid power factor and realize power factor improvement. Main Characteristics Optimal double-closed loop control and filtering control technique adopted to ensure accurate sensing of harmonic and efficient filtering; Boasted dynamic quick response, wide-scale harmonic filtering; Well-developed portection system and intelligent control methods within the equipment can automatically limit current in response to the temperature to assure stable long-term operation of the device. Due to this, the resonance with user's power network system can be avoided to achieve safe work of the user's equipment. Harmonic and power factor improvement strategy applied optimizes the user's power factor imporvement technology. Unique control calculation ensures perfect combination of the two devices. LCD screen applied onthe operation interface, easy for handling;Display interface can show the voltage, current, harmonic and some other parameters; Optional function includs the harmonic filtering mode, power factor improvement mode and the combination of harmonic filtering and power factor improvement mode; Polarity and change rate of current transformer can be controlledthrough software; Target power factor and output current can be controlled to meet the demands; Device failure and unexpected errors can also be recorded. Simple design and scheme selection, easy for installment and operation, flexible cable arraangement (from the top and from the bottom); if special transformer is adopted, it is suitable for 10kv or below. Technical Specification: Work voltage (V)380±10% Work frequency (Hz)50/60±0.5 Rated compensation harmonic current (A) 100 Power kW 3.0 Protection levelIP20,IP30 Dimensions(mm H×W×D)1800×700×600 Weight (kg)209 Cable arrangementfrom top& from bottom Filtering capacityMax. output filtering current 100A each set Var output capacityMax. 66kvar(capacity, induction) each set Filtering times2 50th harmonic Response time<10ms Power factor correctionYes, Controllable Current-limit capacity automatically limit current responding to temperature IGBT Switch frequency16MHz Work conditions: Ambient temperature 0 40oC Temperature for storage -40 65 Relative humidity Max.95%, no condensing Altitude above sea level 1000m below Data required for design: 1, Rated voltage of power system 2, Total volume of harmonic needed for compensation within power system 3, Compensation capacity required by power system 4, Installment requirements and cable arrangement Note: Full-scale assessment on the users power system will be performed by SSE upon request, and optimal scheme will also be proposed as well We are looking for experienced Distributors and Agents worldwide!