How do Electric Power Steering (EPS) Sensors Bring a Revolutionary Change in the Automotive Industry?
With the growing incidences of road accidents, many automobile manufacturers are emphasizing adding safety features to their vehicles. Nowadays, the electric power steering (EPS) sensor has become a generic feature. Unlike hydraulic steering which was previously used in automobiles, the sensors used in electric power steering enable highly-automated driving with enhanced security features to minimize human errors.
Over the past few years, the automotive industry has been grading up with the continuous incorporation of advanced technology. Currently, many automobile manufacturers are incorporating electric power steering (EPS) sensors while making cars. Previously, people were provided with two types of power steering, one was hydraulic power steering and the other one was electronic. However, the advent of electric power steering sensors has completely replaced the conventional hydraulic steering systems because of providing optimized safety features. The electric power steering system sensor is a key technology for enabling highly automated driving. EPS sensors can be equipped with all variants of vehicles starting from small, mid-range, and sports cars to even light commercial vehicles. The major role of the EPS sensor is to control and assist the vehicle steering and provide an optimal and enjoying steering feel.
With the increasing use of electric power steering sensors to reduce the stress on the engine and increase fuel efficiency, the global electric power steering sensor market is predicted to experience prominent growth in the forthcoming years. The market is anticipated to generate a revenue of $26,580.8 million and rise at a CAGR of 7.0% over the analysis timeframe from 2022 to 2030. The major players of the market include Robert Bosch GmbH, Continental AG, DENSO CORPORATION, HELLA GmbH & Co. KgaA, and many more.
What are the Beneficial Advantages of Incorporating Electric Power Steering Sensors in Cars?
The electric power steering sensors impart a plethora of advantages for a growing automotive industry. The EPS uses an electric motor that controls vehicle steering. Unlike hydraulic power steering, electric power steering assists the driver to steer the car rather than extracting power from the engine. The sensor attached to the electric power steering continuously monitors the driver’s behavior on steering movement and several other parameters that can eliminate human errors causing accidents. Some of the major benefits of electric power steering sensor are listed below:
- EPS sensors provide greater adjustability of steering with an improved rate of driving performance.
- These sensors can monitor road conditions, speed, tire movement, and many other factors along with steering movement that can help to reduce human error during driving.
- EPS sensors are considered the key technology that can provide a self-driving or fully autonomous driving experience.
- The EPS sensors are light in weight, therefore, they offer greater fuel efficiency by reducing the loads on the engine.
- Parking vehicles properly is sometimes a tough job for initial drivers. EPS sensors can help drivers by assisting them in parallel parking as they can diagnose the lanes more accurately.
- The torque sensors used in EPS help drivers to experience a smoother ride through advanced control that softens fluctuations in torque when changing gears during acceleration or deceleration.
- The EPS sensors are safe, practical, and comfortable to handle and install.
- The EPS sensors are environment friendly and resist degradation by absorption of water. These properties of EPS sensors make them more durable and promote their lifetime application.
What Happens when Electric Power Steering Sensor Fails to Operate while a Car is in Motion?
EPS sensor is a useful invention. It not only makes driving easier but also makes it safer. Though the EPS sensor is a reliable car element, failure still happens. In such cases, system failure should be diagnosed and repaired accordingly. Sometimes EPS sensor sudden failure can be unnoticed by the drivers and this happens when an error display is not provided. Here are some simple tests that can help to diagnose the EPS system condition:
- Stop the engine and turn the wheel
- Start the engine and then turn the wheel again
By comparing these two tests when it takes huge effort to turn the wheel in both cases, it means you need to diagnose the function of EPS sensors. The failure of EPS sensors can cause severe road accidents as it is combined with lots of elements such as speedometer, steering, control unit, and many more. Therefore, proper diagnosis of EPS sensors is required at regular intervals.
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