UPC090AE01 HIEE300661R0001 | ABB Inverter interface board

Description

General Information

• Product ID:HIEE300661R0001
• Catalog Description:UP C090 AE01:ARCnet Coupler Card
  
• Long Description:UPC090AE01,FIELDBUS COUPL
• Country of Origin:Switzerland (CH)
• Frame Size:Spare_Parts
• Invoice Description:UP C090 AE01:ARCnet Coupler Card
  
• Made To Order:No
  
• Medium Description:UPC090AE01,FIELDBUS COUPL
  
• Minimum Order Quantity:1 piece
  
• Order Multiple:1 piece
  
• Part Type:New
• Product Net Depth / Length:480 mm
  
• Product Net Height:80 mm
  
• Product Net Weight:1.11 kg
  
• Product Net Width:180 mm
  
• Product Type:100___PSR_Geräte
  
• Quote Only:No
  
• Selling Unit of Measure:piece

Inverter, also known as power regulator, is a device used to convert direct current generated by solar cells into alternating current in the process of solar photovoltaic grid-connected power generation. The structure of photovoltaic inverter The structure of photovoltaic inverter is mainly composed of DC input, inverter chip, AC output, control circuit and radiator Dc input The DC input is an important part of the photovoltaic inverter, which is mainly composed of solar panels, DC circuit breakers, DC fuses, DC contactors and so on. Solar panels convert solar energy into direct current, DC circuit breakers are used to protect inverters and panels, DC fuses are used to protect inverters and panels, and DC contactors are used to control the output of the panels Inverter chip Inverter chip is the core component of photovoltaic inverter, which is mainly composed of power semiconductor device, drive circuit, control circuit and so on. The main role of the inverter chip is to convert direct current into alternating current to meet the electricity needs of families and enterprises. Ac output The AC output terminal is the output port of the photovoltaic inverter, which is mainly composed of AC contactor, AC fuse, AC filter, etc. Ac contactors are used to control the output of AC, AC fuses are used to protect inverters and electrical equipment, and AC filters are used to filter out clutter and interference in AC. Control circuit The control circuit is an important part of the photovoltaic inverter, which is mainly composed of the microprocessor, sensor display and so on. The main function of the control circuit is to monitor the working state of the inverter, control the output voltage and frequency of the inverter, and ensure the stable operation of the inverter radiator The radiator is the heat dissipation device of photovoltaic inverter, which is mainly composed of heat sink, heat dissipation fan and so on. The main function of the radiator is to dissipate heat and ensure the normal operation of the inverter.

The principle of photovoltaic inverter Direct current is converted to alternating current Direct current is converted to alternating current by the switching action of a power semiconductor device, such as an insulated gate bipolar transistor (IGBT). Voltage conversion Through devices such as transformers or reactors, the converted alternating current is boosted or reduced to adapt to different application requirements. Filtering and conditioning Through filtering circuit and regulating circuit, the output AC power quality meets the grid connection standard. The main technical indicators of photovoltaic inverter Stability of the output voltage The battery will be affected during the charging and discharging process, resulting in instability of its voltage and interval changes. In order to ensure the stability of the voltage, the output voltage fluctuation range is ±10% Waveform distortion of the output voltage Usually expressed as the total waveform distortion of the output voltage, its value should not exceed 5%(10% allowed for single-phase output). Rated output frequency The output frequency deviation should be within 1% Load power factor The load power factor of the sine wave inverter is 0.7 to 0.9, and the rating is 0.9. Inverter efficiency The nominal efficiency of the mainstream inverter is between 80% and 95%, and the efficiency of the low-power inverter is required to be not less than 85%. Protective measure Under voltage, over voltage, over current, short circuit, input reverse connection, lightning protection and over temperature protection noise When the inverter is in normal operation, its noise should not exceed 80dB, and the noise of the small inverter should not exceed 65dB. The inverter not only has the function of direct AC conversion, but also has the function of maximizing the performance of the solar cell and the function of system fault protection. It has automatic operation and shutdown function, maximum power tracking control function, anti-separate operation function (for grid-connected systems), automatic voltage adjustment function (for grid-connected systems), DC detection function (for grid-connected systems), DC grounding detection function (for grid-connected systems).

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