"Mitigating Climate Change: Transitioning to Solar Energy for a Sustainable Future"
- 0 Collaborators
Reducing the carbon footprint by increasing the use of solar panels and decreasing the use of Coal for producing electricity, ultimately reducing carbon footprint and saving the earth from some catastrophic event/ uncertainty. ...learn more
Project status: Concept
Intel Technologies
oneAPI
Overview / Usage
In the contemporary global landscape, the escalating demand for electricity has given rise to a corresponding surge in coal consumption within thermal power plants. This surge has precipitated an alarming increase in carbon emissions, consequently exacerbating the pervasive issue of climate change. In light of this pressing concern, it has become imperative to initiate a transition towards sustainable energy sources, particularly solar energy.
To comprehensively address this imperative, we propose the utilization of the Intel oneAPI Data Analytics Toolkit. This advanced toolkit, with its powerful analytics capabilities, can be employed to predict and elucidate the potential benefits of transitioning to solar energy for the future, with a focus on mitigating catastrophic uncertainties that threaten the ecological balance of our planet.
The critical nature of this transition cannot be overstated. It aligns with the global commitment to combat climate change and safeguard our environment for future generations. Utilizing the oneAPI Data Analytics Toolkit will enable us to engage in data-driven analysis, modeling, and predictive simulations, providing invaluable insights into the multifaceted aspects of this transition.
Technologies Used
VS Code (Jupyter Notebook),
OneAPI-sklearn,
Python Programming,
Pandas, NumPy,
Matplotlib