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7,700.00

The Microtek Solar PCU PWM/1450N/12V is a solar power conditioning unit (PCU) that is designed to work with solar panels to provide power to homes and businesses.

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The Microtek Solar PCU PWM/1450N/12V is a feature-rich PCU that includes a number of features that make it ideal for use in solar power systems, such as:

  • Smart PWM charging: The Microtek Solar PCU PWM/1450N/12V uses a smart PWM charging algorithm to charge the battery in the most efficient way possible. This helps to extend the life of the battery and maximize the performance of the solar power system.
  • Dual charging: The Microtek Solar PCU PWM/1450N/12V can charge the battery from both solar panels and a grid-connected AC power source. This makes it ideal for use in areas where there is a risk of power outages.
  • Pure sine wave output: The Microtek Solar PCU PWM/1450N/12V produces a pure sine wave output, which is ideal for powering sensitive electronic equipment.
  • LCD display: The Microtek Solar PCU PWM/1450N/12V has an LCD display that provides information about the status of the PCU, such as the battery voltage, the current output, and the charging status.
  • Protections: The Microtek Solar PCU PWM/1450N/12V includes a number of protections, such as overload protection, short circuit protection, and reverse polarity protection.

Microtek Solar PCU PWM/1450N/12V has the following unique features:

  • Mains input voltage range selection: The PCU can be used with a variety of mains input voltages, making it ideal for use in different countries.
  • PV mode ON/OFF selection switch: The PCU has a PV mode ON/OFF selection switch, which allows you to manually turn on or off the charging of the battery from solar panels.
  • Charging voltage selection switch: The PCU has a charging voltage selection switch, which allows you to select the charging voltage for the battery.
  • Grid charging enable/disable selection: The PCU has a grid charging enable/disable selection, which allows you to manually turn on or off the charging of the battery from the grid.