CO2 EMISSIONS FROM AUTOMOBILES

Background/Problem Statement:

Climate change and environmental concerns have brought significant attention to the reduction of carbon dioxide (CO2) emissions This is true particularly in the automotive sector where CO2 emissions is a major contributor to the global Climate Change crisis. As governments and organizations seek to reduce their carbon footprint, accurate prediction of CO2 emissions by vehicles has become essential for implementing effective mitigation strategies which starts with proper measurements/predictions. In this case study our Minsky^TM, AI engine was used to predict CO2 emissions from vehicles helping in the development of sustainable transportation solutions. To address this issue, there is a growing need for predictive analytical models that can estimate CO2 emissions based on various vehicle characteristics and usage data. The goal of this case study is to leverage Minsky's AI capabilities to build a predictive model that accurately estimate CO2 emissions from different types of vehicles.

Solution Overview:

After a comprehensive evaluation of the data, Ai labs used AI capabilities of Minsky to accurately build predictive model the historical data which comprised of attributes such as Make, Model, Vehicle class, Engine Size, Fuel Consumption, Fuel type, Cylinders etc. Our objective is to develop a robust predictive model that precisely estimates CO2 emissions, relying on diverse vehicle characteristics and usage data. This AI-driven solution promises to provide accurate emissions estimates for various types of vehicles, aiding in the industry's ongoing efforts to combat environmental challenges and promote sustainable transportation practices.

Key Benefits (Minsky):

• User-Friendly cloud-based AI platform
• Scalable across various domains/data.
• Provides you a list of % dependency features that can be used to optimize the outcomes.
• Ability to fine tune or optimize the models by trying different algorithms / prediction attributes
• Easy integration with other third-party solutions such as TABLEAU for data visualization

Minsky Results for Co2 Emissions from Automobiles

Results

• More Accurate Predictions can provide precise estimations of CO2 emissions, enabling more informed decision-making.
• Improved Efficiency in vehicle operations, resulting in fuel savings and reduced emissions.
• Policy Compliance can assist vehicle manufacturers in ensuring compliance with emissions regulations and standards.
• Insurance companies can charge customers based on CO2 emissions from their particular automobile models
• Enhanced Route Optimization can suggest eco-friendly routes, reducing emissions during transportation.
• Maintenance Alerts can predict maintenance needs, preventing excessive emissions due to vehicle malfunctions.