Petrol Station Oil Pump Guide: Definition, Working Principle, and Motor Solution
Global manufacturing of cars, trucks, and other vehicles has increased due to rising disposable income across regions, resulting in the demand for gas stations. The increasing number of gas stations is one of the factors driving the growth of gas station equipment.
The gas station equipment market is estimated to be worth $42.7 billion from 2021 to 2026. Furthermore, the report expects the market to develop at a CAGR of 6.03%. On the other hand, the gas station equipment market share growth in the pump segment will be significant during the forecast period.
Therefore, oil pump motor solutions for gas stations are in high demand. This article will provide a guide to discuss the definition of an oil pump, how it works, and motor solutions.
Overview of Petrol Station Oil Pump
Underneath each gas station is a huge oil tank that can store thousands of gallons of gasoline. Each oil pump is connected to this tank to fill the vehicle tank. Oil pumps commonly found at gas stations consist of a computer component and mechanical part that ensure the fast and accurate pumping of gasoline.
The mechanical part of the oil pump consists of a submersible pump or a suction pump. The suction pump uses vacuum pressure to draw oil and deliver it to the vehicle. On the other hand, submersible pumps consist of a motor, which sits in the tank and pumps upwards. After the gasoline leaves the storage tank, it travels through a series of pipes until it reaches the fuel nozzle.
The computer component's biggest job is measuring the amount of oil pumped to ensure the gas station delivers the proper gasoline to the customer. The exterior of the pump computer includes a credit card reader and a screen that allows one to monitor the amount of oil pumped and the cost.
Motor Solutions: Brushless DC Motor Solutions
The rapid growth of car ownership has put higher requirements for the oil pump motor. However, some gas stations have outdated equipment. For example, a low-performance pump motor will prolong the refueling time. Therefore, brushless DC motors are the ideal solution. Combining brushless technology with the latest oil pump technology offers many advantages over traditional pump motors, including lower noise, higher speed, and high efficiency. The following are the other advantages:
Lifespan and Reliability
Because brushless DC motors have no brushes to wear, their lifespan is greatly extended, thereby extending the long-term reliability of the motor.
Size
Brushless DC motors typically use neodymium magnets with high magnetic density, allowing more power from a smaller motor. Therefore, brushless DC motors for specific output requirements can be more compact and lighter than traditional pump motors.
Submersion Ability
BLDC motors can be submerged in gasoline during operation without issue. As a result, brushless pumps do not require shaft seals, increasing reliability and longevity. On the other hand, the submersion also helps prevent the corrosion of internal components.
Power Motor’s Petrol Station Oil Pump Motor Solution
Response to market demands, the oil pump motor solution launched by Power Motor has a long life, high efficiency, high torque, low noise, and a wide range of customization. In addition, under constant motor speed, this motor scheme further improves the motor's efficiency, extending the pump's service life.
Power Motor has been a reliable and professional motor supplier and manufacturer since 2012. The company has a mature motor customization platform and a huge application reference data prototype, which greatly shortens the customization cycle and reduces costs. If you would like to know more about oil pump motor solutions, please contact us.