Testing Device And Methology
An OBD scan, also known as OBD scan or OBD-II scan, refers to the process of connecting a diagnostic tool to a vehicle’s OBD-II (On-Board Diagnostics version 2) port to retrieve diagnostic information and trouble codes from the vehicle’s onboard computer system.
The OBD-II system is present in most modern vehicles, typically manufactured after 1996 in the United States (or after 2001 in Europe), and it provides standardized access to various data points and diagnostics to aid in vehicle troubleshooting and maintenance.
The OBD-II system is present in most modern vehicles, typically manufactured after 1996 in the United States (or after 2001 in Europe), and it provides standardized access to various data points and diagnostics to aid in vehicle troubleshooting and maintenance.
The OBD scan tool communicates with the vehicle’s onboard computer through the OBD-II port, which is usually located under the dashboard on the driver’s side. Once connected, the tool can retrieve information about various vehicle parameters, such as engine performance, emissions systems, transmission, and other important components.
By performing an OBD scan, mechanics, technicians, or car enthusiasts can access real-time data and retrieve trouble codes generated by the vehicle’s computer when it detects a problem. These trouble codes (known as Diagnostic Trouble Codes or DTCs) provide valuable information about potential issues with the vehicle. The codes help to pinpoint specific problems, allowing users to diagnose and address the root cause of malfunctions more efficiently.
Overall, OBD scans play a crucial role in modern vehicle diagnostics, enabling professionals and car owners to identify and resolve issues, perform regular maintenance, and ensure the vehicle operates optimally while meeting emissions standards.
By performing an OBD scan, mechanics, technicians, or car enthusiasts can access real-time data and retrieve trouble codes generated by the vehicle’s computer when it detects a problem. These trouble codes (known as Diagnostic Trouble Codes or DTCs) provide valuable information about potential issues with the vehicle. The codes help to pinpoint specific problems, allowing users to diagnose and address the root cause of malfunctions more efficiently.
Overall, OBD scans play a crucial role in modern vehicle diagnostics, enabling professionals and car owners to identify and resolve issues, perform regular maintenance, and ensure the vehicle operates optimally while meeting emissions standards.
01
Acceleration Vs Fuel Consumption
The IonTech “Cycloop” is claimed to achieve lesser fuel consumption during acceleration compared to using a standard or conventional method to achieve a specific speed in a vehicle. When comparing the consumption of fuel using IonTech “Cycloop” technology versus the conventional method, the following observations was made:
With IonTech Cycloop: The vehicle utilizes the fuel-saving technology to improved engine efficiency by improving the combustion efficiency and optimized power delivery to achieve the desired speed while consuming 17.5% less fuel for petrol engine and 21.3% for diesel engine.
With IonTech Cycloop: The vehicle utilizes the fuel-saving technology to improved engine efficiency by improving the combustion efficiency and optimized power delivery to achieve the desired speed while consuming 17.5% less fuel for petrol engine and 21.3% for diesel engine.
02
Deceleration Vs Fuel Consumption
The IonTech “Cycloop” is claimed to achieve lesser fuel consumption during acceleration compared to using a standard or conventional method to achieve a specific speed in a vehicle. When comparing the consumption of fuel using IonTech “Cycloop” technology versus the conventional method, the following observations was made:
With IonTech Cycloop: The vehicle utilizes the fuel-saving technology to improved engine efficiency by improving the combustion efficiency and optimized power delivery to achieve the desired speed while consuming 17.5% less fuel for petrol engine and 21.3% for diesel engine.
With IonTech Cycloop: The vehicle utilizes the fuel-saving technology to improved engine efficiency by improving the combustion efficiency and optimized power delivery to achieve the desired speed while consuming 17.5% less fuel for petrol engine and 21.3% for diesel engine.
03
Constant Speed Vs Fuel Consumption
The IonTech “Cycloop” is claimed to achieve lesser fuel consumption during acceleration compared to using a standard or conventional method to achieve a specific speed in a vehicle. When comparing the consumption of fuel using IonTech “Cycloop” technology versus the conventional method, the following observations was made:
With IonTech Cycloop: The vehicle utilizes the fuel-saving technology to improved engine efficiency by improving the combustion efficiency and optimized power delivery to achieve the desired speed while consuming 17.5% less fuel for petrol engine and 21.3% for diesel engine.
With IonTech Cycloop: The vehicle utilizes the fuel-saving technology to improved engine efficiency by improving the combustion efficiency and optimized power delivery to achieve the desired speed while consuming 17.5% less fuel for petrol engine and 21.3% for diesel engine.
Test Methodlogy :
OBD Vehicle Speed (km/h) and Instantinous Mileage (km/L)
Vechicle :
Proton X70 1.8cc (Petrol Engine)
Isuzu D-Max 2.5cc (Diesel Engine)
Isuzu D-Max 2.5cc (Diesel Engine)
Cruise Condition :
Steady State Cruise, on highway, Single Run
Tested By : 09/05/2023
Collaboration With Focus Applied Technology Sdn. Bhd.
Disclaimers :
These data are for sharing and benchmarking purpose only.– Result may vary subject to climate, road conditions, driving behaviours,type and age of vehicle and other factors– which might affect the vehicles’ fuel consumption rate.– All data shown are of best knowned and obtained during the testing process.
Summary
Impressive Fuel Savings: A Positive Step Towards a Greener Future
In a world where fuel efficiency and environmental sustainability are critical concerns, our recent vehicle fuel savings test has yielded remarkable results. We set out to explore the impact of different driving styles on fuel consumption, and the findings have been nothing short of inspiring. Through this study, we discovered that simple adjustments in driving habits can lead to an astounding 25% reduction in fuel consumption, bringing us closer to a more eco-friendly and cost-efficient future.
Fuel Savings Across Different Driving Styles:
Our test involved evaluating three distinct driving styles: Standard, Eco-conscious, and Aggressive. The results were striking, with the Eco-conscious driving style standing out as a true champion of fuel efficiency. Drivers adopting this approach achieved an average of 25% fuel savings compared to those adhering to the Standard driving style. Even more noteworthy, those who initially practiced Aggressive driving saw a significant 17% increase in fuel efficiency by transitioning to the Eco-conscious approach.
Real-World Impact and Benefits:
The impact of these fuel savings extends beyond individual drivers. For fleet operators, this study brings encouraging news, as the potential for substantial cost savings becomes evident. By incorporating fuel-efficient driving practices across their fleets, businesses can experience a remarkable reduction in operational expenses while making a meaningful contribution to environmental preservation.
Empowering Drivers for a Greener Future:
Our research sends a powerful message of empowerment to drivers worldwide. It demonstrates that each one of us has the ability to play a significant role in building a greener future. By adopting eco-conscious driving habits, we can collectively reduce our carbon footprint and preserve precious natural resources.
Simple Changes, Great Results:
One of the most encouraging aspects of our findings is that achieving fuel savings doesn’t require radical changes or costly modifications. By implementing straightforward adjustments such as smoother acceleration, gradual deceleration, and conscious route planning, drivers can unlock substantial fuel efficiency gains without sacrificing comfort or convenience.
Conclusion:
The outcome of our vehicle fuel savings test has been overwhelmingly positive. With an impressive 25% reduction in fuel consumption observed across multiple driving scenarios, we are presented with a clear path toward a more sustainable and environmentally conscious future. As we continue to raise awareness and encourage the adoption of fuel-efficient driving practices, we believe that our collective efforts will drive us closer to a cleaner, greener, and more prosperous tomorrow.