Submersible Pump

A farmer in Morocco’s Souss-Massa region installed a 3 HP solar submersible pump for borewell irrigation. It worked well for the first season. Then midsummer arrived. The borewell water table dropped by four metres, the panels were pushing maximum output, and the pump was running eight hours a day. Three weeks into the peak season,… Continue reading Why Does a Solar Pump Overheat and How to Fix It?

Submersible pumps function well in deep waters to supply water for irrigation, domestic, and industrial purposes. These pumps extract water from borewells and open wells throughout rural areas. But many borewell owners doubt whether submersible pumps can operate well in muddy or sandy water. Often, the water of borewells contains sand, silt, or mud, which… Continue reading Can a Submersible Pump Work in Muddy or Sandy Water?

NPSH stands for Net Positive Suction Head, a critical hydraulic factor in pumping systems. NPSH is crucial for submersible pump applications, preventing cavitation, and ensuring smooth performance and improved longevity. Unnati Pump focuses deeply on hydraulic designs to make the pumps operate safely within the required NPSH limits, even in adverse situations. So, in this… Continue reading Understanding NPSH in Submersible Pump Applications

Submersible pumps are useful for irrigation of fields, water supply for domestic use by municipal corporations, industrial applications, and various functions at construction sites. Generally, radial flow submersible pumps and mixed flow submersible pumps are preferred for all these works. Although both categories of pumps are highly efficient, significant differences are noticeable in their basic… Continue reading Difference between Radial & Mixed Flow Submersible Water Pumps

Submersible pumps are used to remove water from one place to another. These pumps are widely used to clear floodwater, for irrigation in fields, and to extract groundwater from wells or bores. Hence, municipal corporations and various industries need to use these pumps. However, many impurities often remained mixed with water, which adversely affects the… Continue reading How Sand, Silt & Iron Affect Submersible Pump Performance

Generally, large cities and towns require bulk volumes of water. Likewise, the quantity of wastewater is also huge. So, most civic authorities now depend on smart water grids. It is an advanced water distribution system that operates with the aid of the latest technologies, including Internet of Things (IoT) and artificial intelligence (AI). A smart… Continue reading The Role of Submersible Pumps in Smart Water Grids and IoT-Based Monitoring

In modern days, agricultural irrigation has shifted from conventional systems, powered by diesel or grid electricity, to solar energy for enhancing environmental and economic benefits. Emerging as a sustainable and energy-efficient solution, solar submersible pumps take a lead role in reducing greenhouse gas emissions, which consist of carbon dioxide, methane, and nitrous oxide. Due to… Continue reading How Solar Submersible Pumps Are Reducing the Carbon Footprint of Agriculture

Solar power is known to be the cleanest form of energy that does not contribute to a carbon footprint. As the heat from sunlight is directly converted into electrical energy, this technology represents a significant step towards making the world greener. A solar submersible pump is one of the many modern applications of solar power.… Continue reading How Solar Submersible Pumps Are Paving the Way for Green Energy