Description:

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, with the characters of quick response, widely filtering, high efficiency filtering, wont affected by the parameter of the system and it is small in size.

Performance characteristic
Combination of F.F.T. method and Instantaneous Power theory available for choice
Combination of power factor correction function (both inductive and capacitive power)
Wide harmonic filtering range: 2nd～50th harmonic can be filtered
High efficiency: harmonic filtering rate: more than 95%
Quick response: Fast dynamic response speed. Response time is 10 ms
Imbalance rectification available: single-phase dynamic current injection to rectify imbalance of supply system
Free from resonance due to automatic resonance elimination
Free from overload due to automatic current-limit output
Concurrent Var compensation: Filtering and Var compensation available for choice
LCD is adopted for interface operation, which can live indicate voltage, current and harmonic. Log record is available
Complete protection includes over voltage, under voltage, over current, over heat, under voltage of control supply and so on
Parallel-connected operation available: 10 sets can be connected in parallel
Directly applicable for system below 430V, and applicable for system with voltage higher than 400V when transformer is added
Plug-and-play design and easy scheme selection, no need for detailed analysis on supply network

Work conditions:
Ambient temperature: -10℃~40℃
Temperature for storage: -40℃~65℃
Relative humidity: up to 99%
Altitude above sea: 2000 meters

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 advanced or hysteretic, in order to improve the grid power factor and realize power factor improvement.

Technical parameters:
Work voltage: AC380V＋10%－15%
Frequency: 50Hz,＋/－3Hz
Harmonic order: 2nd—50th
Distortion correction ability: <5％ TDD,
Output ability: 100％,self-limited;
IGBT Switch frequency: 20kHz

Full response time: 10ms
Response time: 100µs
Display/interface: LCD
Display Language: English/Chinese
Extension: up to 10 sets in parallel
Protection level: IP30 (IEC 60529)

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