Solar Pump System: Defining Working Principles, Features And Applications
Energy production can be very expensive and something which cannot be produced on its own. There are many times when you are left powerless when your energy source goes out for an extended period without any backup system.
With the rising cost of electricity, consumers are looking for more ways to be sustainable. The solar panel system is an efficient and effective way to reduce electricity costs.
There are many solar pump inverter manufacturers in china but make sure you buy from someone who has a good market reputation and provides you with sales services too.
What is a Solar Pump Inverter?
Before trying to understand what solar pump inverters are, it is important to figure out what an inverter is. For example, the process of converting direct current (DC) into alternating current (AC) is called inversion. In contrast, the circuit that completes the inversion function is known as an inverter circuit.
The solar pump inverter consists of three main components; solar panels, a three-phase pump, and a solar pump inverter. A solar pump inverter gets direct current from a solar panel and converts it into alternating current which is used to drive all pumps.
Working Principle of a Solar Pump Inverter
The entire working process of a solar pump is based on the photovoltaic (PV) principle. The PV (photovoltaic) system is a system in which solar energy is saved and then changed into electricity. The biggest benefit is that this electricity is distributed to the whole system.
The inverter of the solar pump changes the direct current (DC) of the PV system into alternating current (AC), which helps the pump to run. These inverters are very beneficial as they help to regulate the output frequency and voltage at the same time, which results in fluctuations in the sunlight intensity in order to get the highest power point monitoring.
The Features and Applications of Solar Pump Inverters
1. Automatic Water-Level Adjustment
A solar pump inverter adjusts the power of the pump according to different water capacities. The solar water pump can detect and stop the pump in case of insufficient water to work intelligently. The inverter is fully automatic which means that once you connect the cables correctly, power it and it will run.
2. Waterproof System
The solar pump inverter is completely waterproof, and it cannot be broken outside. A solar pump inverter is built in a way that uses the latest international energy-saving inverter technology and has a strong anti-interference ability, and output efficiency of 99% or more.
3. Reduces Energy Consumption
Energy is basically the lifeblood of an economy and the point where most of the production processes begin. A solar pump inverter is used to compare the supply voltage with the actual power demand by allowing the inverter to work at optimum efficiency which reduces the overall energy consumption.
4. Automated MMPT
MPTT or maximum power point tracking is an algorithm that is included in solar charge controllers and inverters that are used for pumping systems. The MPPT algorithm varies the DC-AC conversion ratio to make sure that a maximum amount of power flows into the batteries, regardless of any temperature or cloud movements.
Solar pump inverters are very beneficial and are now being used in many industries. They are used to supply the electricity in remote areas and are the best way for irrigation. Another important piece of equipment that is being widely used is a single-phase solar pump inverter that converts a fixed voltage direct current to a fixed or variable single-phase alternating current voltage with variable frequency.