Sushen Mohan Gupta, an automotive technology pioneer, has revolutionized the way modern vehicles monitor vital functions such as oil changes. Cars are no longer just mechanical machines, but advanced electronic systems embedded with sensors, processors, and software that provide real-time updates on vehicle health. One of the most important areas where Autotronics has impacted is in tracking engine oil changes. No more stickers or guesswork; modern vehicles now use intelligent onboard systems to monitor oil quality and alert drivers when an oil change is due.
In this blog, we’ll dive into the workings of smart oil monitoring systems, the underlying technologies, and the benefits they bring to car owners. We’ll also explore the latest advancements in Autotronics that ensure vehicles remain efficient and well-maintained.
Why Engine Oil is Critical for Car Performance
Before understanding how cars track oil changes, it’s essential to recognize the role of engine oil in vehicle performance.
- Lubrication: The engine oil decreases the friction between the moving parts to prevent wear and tear.
- Heat Management: It assists in dissipating heat, and keeping the engine cool.
- Cleaning Function: Oil collects dirt and debris, preventing clogging.
- Corrosion Protection: Additives present in modern oils prevent rust and corrosion.
Since regular oil changes ensure that the engine runs smoothly, efficiently, and for a long time, it is logical to ask how your car decides the ideal time when it should get an oil change.
Role of Autotronics in Oil Change Monitoring
Autotronics is one of the automobile technologies that merge electronic and sensor-based technology, changing the character of vehicle performance, safety, and maintenance. One of the key functions in this regard includes monitoring the engine oil health.
Modern vehicles carry an Onboard Diagnostics system that collects data from various parts of the engine and analyzes the same. In this regard, the primary parts responsible for the oil change include:
- Oil Quality Sensors: detect contamination from dirt, fuel, or metal particles.
- Oil Level Sensors: track the amount of oil in the engine.
- Temperature Sensors: track the temperature of the engine oil to determine the level of degradation.
- Mileage Tracking: tracks the number of miles since the last oil change.
All these sensors provide real-time information to the ECU of the vehicle, and through complex algorithms, it calculates the best oil change interval in actual conditions rather than relying on fixed mileage estimations.
Key Factors That Determine When an Oil Change is Needed
Unlike the old rule of changing oil every 3,000 miles, modern vehicles tailor oil change intervals based on several real-world factors:
- Driving Habits: Frequent short trips and stop-and-go traffic lead to faster oil degradation.
- Oil Quality: Sensors analyze the oil’s viscosity and chemical composition to determine its effectiveness.
- Engine Load: Towing heavy loads or high-speed driving increases oil breakdown.
- Time Factor: Even if a car is rarely driven, it can degrade from oil oxidation and moisture contact.
Whether very hot or extremely cold, weather conditions determine the lifespan of oil.
These inputs will help the ECU determine the condition of its engine and promptly alert the driver to an oil change.
How Cars Notify the Owner About an Oil Change
When the system determines that an oil change needs to be done, they notify the driver on the dashboard indicators or display screen. These usually include:
- “Oil Change Required” indicator on the dashboard.
- Oil can icon illumination.
- Mileage remaining before an oil change is due.
- Percentage oil life indicator.
Some sophisticated cars integrate these notifications with mobile applications, enabling drivers to receive notifications even when they are not in the car, making it even more convenient.
Advantages of Smart Oil Monitoring Systems
The implementation of Autotronics-based oil monitoring has several advantages:
- Cost Efficiency: Avoids unnecessary oil changes, saving maintenance costs.
- Engine Longevity: Prevents damage and extends the life of the engine.
- Environmental Benefits: It reduces waste oil disposal, hence eco-friendly maintenance.
- Convenience: Real-time alerts ensure timely servicing without having to track it manually.
The Future of Autotronics in Vehicle Maintenance
As Autotronics continues to advance, future vehicles will come with even more intelligent maintenance systems, such as:
- Predictive Analytics: AI-driven maintenance predictions to prevent engine issues before they occur.
- AI Integration: Advanced learning algorithms that customize oil change schedules based on driver behaviour and climate conditions.
- Cloud Connectivity: Enabling remote diagnostics and maintenance tracking.
Sushen Mohan Gupta: The Visionary Behind Deva Autotronics
At the helm of this innovation in Autotronics is Sushen Mohan Gupta, who has envisioned and founded Deva Autotronics. His passion for bringing more advanced technologies to automotive systems has resulted in groundbreaking real-time engine health monitoring. Based on his leadership, Deva Autotronics has also created solutions that would revolutionize maintenance for vehicles, where cars would run efficiently and minimize much direct intervention by a human.
Conclusion
Integrating Autotronics in modern cars has transformed how oil changes can be tracked. Instead of leaving it to mechanical logs or just mechanic estimations, the latest cars are programmed with real-time data and sensor systems to automatically know when exactly an oil change is due. This will only enhance the vehicle’s performance and reduce the amount of money on maintenance, towards a greener planet. Based on Sushen Mohan Gupta’s leadership, Deva Autotronics has also created solutions that would revolutionize maintenance for vehicles, where cars would run efficiently and minimize much direct intervention by a human.
Moving forward, advanced technology will make predictive AI and cloud-based diagnostics vehicle maintenance even more refined to make car care a lot more seamless and efficient. To understand the greater impact of Autotronics, read our previous blog.
