Analyzing Climate Variability Effects on Energy Usage Trends

Introduction:

Climate change is one of the most pressing challenges facing humanity in the 21st century
This why I chosed ECOWEATHER API, that i converted to a DataFrame.
In this project, we delve into the realm of climate change analysis and energy demand forecasting, aiming to:\

  • 🌍 Explore the relationship between weather variables and energy consumption.
  • 🌍 Establish a relationship between wind energy production and rain precipitation by analyzing historical data on wind energy production and rain precipitation.
  • 🌍 Analyze the impact of climate change on energy demand trends.
  • 🌍 Develop predictive models to forecast energy demand under changing climatic conditions.

Method of Analyzing and Hypothesis:

Temperature Analysis : Analyze temperature data to identify trends in global warming, using desroptives analysis. Capture d’écran 2024-04-17 à 23 04 22

Temperature Distribution Analysis: The histogram helps visualize the spread and shape of the temperature data, highlighting any central tendency and variability in temperature values. Capture d’écran 2024-04-18 à 00 30 10

Seasonal Decomposition of the Temperature:

Seasonal Component: Represents recurring patterns or cycles in temperature that occur over the specified period (30 days in this case).

Trend Component: Indicates the long-term direction or trend in temperature data, reflecting overall changes over time.

Residual Component: Represents the remaining variation in temperature data after accounting for the seasonal and trend components, often reflecting random fluctuations or irregularities.

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Relationship between wind energy production and rain precipitation: The goal is to see how wind speed and rain precipitation can impact renewable energy planning in several ways such:

  • Resource Assessment.
  • Wind Energy Production.
  • System Integration.
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Effect of Humidity on Renewable Energy Generation: Our project seeks to investigate the hypothesis that changes in climatic variables, such as temperature, hydropower, and wind patterns, significantly impact energy demand patterns at both regional and global scales.

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Content:

These libraries we have a solid foundation for performing data analysis, visualization, and exploration in the project.

Libraries Used
Pandas Library 🐼
Seaborn Library 📚
Numpy Library 📚
Matplotlib.pyplot Library 📊
Requests ❓