hybrid AC/DC solar water pump controller
VFD500-40T01100-PV
Veikong solar water pump controller is worldwide popular among the market due to the high working efficiency and special practical functions.
Quantity
Veikong solar water pump controller supporting hybrid AC and DC with 99% working efficiency
Highlights of veikong AC/DC switch solar water pump controller or hybrid mode solar pump inverter
1)）AC/DC switch solar water pump controller or hybrid mode solar pump inverter operates without grid directly from photovoltaic (PV) cells
2）AC/DC switch solar water pump controller or hybrid mode solar pump inverter with automatic start and stop with solar radiation
3）AC/DC switch solar water pump controller or hybrid mode solar pump inverter with built-in maximum power point tracking (MPPT)
4）AC/DC switch solar water pump controller or hybrid mode solar pump inverter easy installation and set-up for serial production
5）AC/DC switch solar water pump controller or hybrid mode solar pump inverter compatible with all pump types
VFD500-40T01100-PV VEIKONG AC/DC switch solar water pump controller or hybrid mode solar pump inverter specification
| Type | Terminal symbol | Terminal name | AC/DC switch solar water pump controller or hybrid mode solar pump inverter terminal function description |
| Switch input | +24V | +24V current | 24V±10%,Internal isolation from GND |
| Maximum output current:200mA | |||
| To provide 24V power supply, generally used as a digital input and output terminal power supply and external sensor power | |||
| PLC | Digital input terminal common | The factory default setting is connected PLC with +24V Terminal for on-off input high and low level switch | |
| When using the external signal to drive DI1~DI5, it will disconnect the connector slip of PLC with the +24V | |||
| COM | +24V ground | Internal isolation from GND | |
| DI1~DI4 | Digital input terminal 1~4 | Optocoupler isolation, compatible with bipolar input | |
| Optocoupler isolation, compatible with bipolar input | |||
| Voltage range:10V~30V |
Veikong AC/DC switch solar water pump controller or hybrid mode solar pump inverter nice feedback from clients
What is the AC/DC switch function of AC/DC switch solar water pump controller or hybrid mode solar pump inverter ?
AC/DC switch function of your AC/DC switch solar water pump controller or hybrid mode solar pump inverter is particularly useful for agricultural applications that require irrigation during the daytime. During the day, the solar pump inverter converts DC power from the solar panels to AC power, which powers the pump and irrigates the crops. At night, when solar power is unavailable, the inverter can switch to the AC power source to ensure continuous pump operation.
The advantage of this function on AC/DC switch solar water pump controller or hybrid mode solar pump inverter is that it maximizes the use of renewable energy sources to reduce operational costs. By using solar power during the day, farmers can avoid expensive grid power costs and reduce their carbon footprint. In addition, the inverter's ability to switch to AC power source provides a reliable backup option to ensure continuous pump operation, even when the solar power is not available.
This type of AC/DC switch solar water pump controller or hybrid mode solar pump inverter is particularly useful for applications in regions with high solar radiance, as it can maximize the use of available sunlight to power the pump system during the day. In areas where grid power is unreliable or unavailable at night, the AC/DC switch function ensures continuous pump operation.
Overall, the AC/DC switch function of your AC/DC switch solar water pump controller or hybrid mode solar pump inverter offers an efficient and reliable solution for agricultural irrigation applications, especially in areas with high solar radiance.
The advantage of this function on AC/DC switch solar water pump controller or hybrid mode solar pump inverter is that it maximizes the use of renewable energy sources to reduce operational costs. By using solar power during the day, farmers can avoid expensive grid power costs and reduce their carbon footprint. In addition, the inverter's ability to switch to AC power source provides a reliable backup option to ensure continuous pump operation, even when the solar power is not available.
This type of AC/DC switch solar water pump controller or hybrid mode solar pump inverter is particularly useful for applications in regions with high solar radiance, as it can maximize the use of available sunlight to power the pump system during the day. In areas where grid power is unreliable or unavailable at night, the AC/DC switch function ensures continuous pump operation.
Overall, the AC/DC switch function of your AC/DC switch solar water pump controller or hybrid mode solar pump inverter offers an efficient and reliable solution for agricultural irrigation applications, especially in areas with high solar radiance.
Here's a detailed example of how the AC/DC switch function of your AC/DC switch solar water pump controller or hybrid mode solar pump inverter can be used in an agricultural irrigation application:
Imagine a farm located in a region with long hours of sunlight and high solar radiance. The farm has a large irrigation system that utilizes water from a nearby lake to irrigate crops, with a AC/DC switch solar water pump controller or hybrid mode solar pump inverter installed to power the pump that delivers the water.
During the day, the AC/DC switch solar water pump controller or hybrid mode solar pump inverter takes in DC power from the solar panels on the farm, which convert the sunlight into DC electricity. The inverter then converts the DC power to AC power and uses it to power the pump. This allows the pump to run during the day when sunlight is available, while avoiding the use of expensive grid power.
However, at night, when solar power is not available, the system cannot operate on DC power alone. Fortunately, the AC/DC switch solar water pump controller or hybrid mode solar pump inverter has an AC/DC switch function. When solar power is not available, the inverter can switch to the AC power source to keep the pump running. This function of the solar pump inverter ensures that the pump system operates continuously, even when sunlight is not available.
The farm also benefits from using renewable energy sources to power the pump system during the day. By using solar energy to power the irrigation system, the farm can save on energy costs in the long run and reduce their carbon footprint. Additionally, by using the AC/DC switch function, the farm can ensure that crop irrigation and farm operations continue uninterrupted, even during power outages or times of low solar radiation.
In conclusion, the AC/DC switch function of your AC/DC switch solar water pump controller or hybrid mode solar pump inverter offers an efficient and reliable solution for agricultural irrigation applications in regions with high solar radiance. It allows you to maximize the use of available sunlight to power your pump system and ensure that your farm operations continue uninterrupted, even during times of low solar radiation or power outages.
Imagine a farm located in a region with long hours of sunlight and high solar radiance. The farm has a large irrigation system that utilizes water from a nearby lake to irrigate crops, with a AC/DC switch solar water pump controller or hybrid mode solar pump inverter installed to power the pump that delivers the water.
During the day, the AC/DC switch solar water pump controller or hybrid mode solar pump inverter takes in DC power from the solar panels on the farm, which convert the sunlight into DC electricity. The inverter then converts the DC power to AC power and uses it to power the pump. This allows the pump to run during the day when sunlight is available, while avoiding the use of expensive grid power.
However, at night, when solar power is not available, the system cannot operate on DC power alone. Fortunately, the AC/DC switch solar water pump controller or hybrid mode solar pump inverter has an AC/DC switch function. When solar power is not available, the inverter can switch to the AC power source to keep the pump running. This function of the solar pump inverter ensures that the pump system operates continuously, even when sunlight is not available.
The farm also benefits from using renewable energy sources to power the pump system during the day. By using solar energy to power the irrigation system, the farm can save on energy costs in the long run and reduce their carbon footprint. Additionally, by using the AC/DC switch function, the farm can ensure that crop irrigation and farm operations continue uninterrupted, even during power outages or times of low solar radiation.
In conclusion, the AC/DC switch function of your AC/DC switch solar water pump controller or hybrid mode solar pump inverter offers an efficient and reliable solution for agricultural irrigation applications in regions with high solar radiance. It allows you to maximize the use of available sunlight to power your pump system and ensure that your farm operations continue uninterrupted, even during times of low solar radiation or power outages.
Veikong AC/DC switch solar water pump controller or hybrid mode solar pump inverter, help your agriculture irrigation system more efficient.
