General Inverter VS Solar Pump Inverter: Why You Should Choose the Specific One
According to the research from Markets and Markets, the inverter market is experiencing a surging demand, driven by huge investments in growing complicated and environment-friendly industries, such as renewable energy, green agriculture, power generation, and infrastructure.
What is the difference between general inverters and solar pump inverters? Why can't we apply the general one everywhere to cut costs? This passage can give you some hints.
General Inverters VS Solar Pump Inverters
Inverters are the power converter and motor controller, which is for regulating the motors' speed to what is required in the process. However, they are divided into different kinds for different purposes. Here is the difference between general and solar pump inverters.
l Stability
General inverters can change the frequency when turned on but are unavailable after that, meaning that the changes in sunlight can not reflect on the frequency, leading to an unstable system operation.
Solar pump inverters, on the other hand, design the whole system, according to the properties of solar panels and pumps, can make the output frequency change adapt to the light intensity, to ensure the stability of water flow. The ability to manipulate the fluctuation is indicated by their MPPT Voltage Range.
l Setting
It should go through several settings related to dry frying, locked rotor, and liquid level before the regular inverter correctly works like a water pump inverter, which is rather complicated for the operators. However, it is not a headache for solar pump inverters, which will save maintenance costs.
l Size
The smallness of the general inverters constrains the size of capacitance and filter reactors. Some shoddy inverters even don't have reactors, leading to unstable operation and increasing stress on the coil, cutting the lifespan of pumps. Solar pump inverters have a size and weight of at least five times bigger and heavier than general inverters. And, of course, that indicates solar pump inverters' higher prices.
Why Solar Pump Inverter Wins in Water Pumping
1. Harsh environment resistance
Even in harsh environments featuring strong dust, high humidity, and vibration, solar pump inverters can still present a stable performance and thus are popular in remote areas.
Besides, it has low demands on power supply, which increases its reliability in some impoverished regions. Solar pump inverters get power directly from the solar panel system rather than the grid, requiring little expense to support infrastructure.
2. Specified way for irrigation
The specified water pump inverters are the ideal facilitator for irrigation because of their intrinsic design. The PV system converts solar energy into electricity to power the solar pump inverter. And the pump water system ensures everything goes with high efficiency and Stability. Therefore, the intake problems during irrigation can be greatly alleviated.
3. Low Consumption
The design of solar pump inverters will reduce electromagnetic interference, which can save more power than the general inverters. Besides, they have a lower power loss thanks to the advanced motor driver.
Solar Pump Inverter Recommendations
The PV series provided by Frecon is committed to developing new energy and green industries. This series features the MPPT function, which is why they are more efficient, easier to manage, and greener. Here are some Frecon solar pump inverters for recommendation.
PV580
This series of solar pump inverters can be applied in agricultural irrigation, water extraction, and desertification management. And they also have the following advantages:
1. Compatible with AC asynchronous and synchronous pumps
2. Rugged and tough design with a protection grade of IP65, it can work in harsh environments.
3. With an optimized MPPT algorithm that increases the efficiency to 99%
4. Adapting the GPRS remote monitor for real-time situations monitoring to ensure safe operation.
PV500
This series is also the ideal water pump inverter for irrigation. It features:
1. Compatible with DC/AC input and can switch automatically without demands for battery
2. Compatible with AC asynchronous and synchronous pumps
3. Adopting the MPPT algorithm to increase the operation accuracy
4. Entering the auto stand-by and sleep mode when the light is weak
5. Available for multiple protection control and alarms to ensure the smooth working process
Conclusion
There is still a large gap in technology between general inverters and water pump inverters. Therefore, when it turns to the specific industry, let the dedicated inverters do their job. Now the question turns to who can provide reliable solar pump inverters? Frecon can be on the top of the list. With more than 10 years of experience in high-tech industries, Frecon provides industrial inverters for different fields and has won applause and positive feedback from the market.
If you have any questions or requirements about inverters, please don’t hesitate to contact us now.
