This project analyzes Kenya Power (KPLC) energy consumption data across major regions and customer types. The goal is to uncover regional consumption trends, identify distribution inefficiencies.
# **Kenya Power Consumption Cost Analysis (KPLC Data Science Project)**
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## **Project Summary**
This project analyzes Kenya Power (KPLC) energy consumption data across major regions and customer types. The goal is to uncover **regional consumption trends**, identify **distribution inefficiencies**, and simulate realistic **customer level, county level, and national trends** to inform operational decisions and policy planning.
The project combines **data cleaning, transformation, visualization, simulation, and dashboarding** using Python, SQL, Excel, and Power BI.
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## **Objectives**
- Analyze energy consumption patterns across counties and customer types
- Identify high consumption areas and distribution inefficiencies
- Provide actionable insights for energy management and cost optimization
- Simulate realistic trends at multiple levels: customer, county, and national
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## **Tools & Technologies**
- **Python** – data cleaning, transformation, and simulation
- **Pandas** – data manipulation and aggregation
- **NumPy** – numerical computations
- **Matplotlib** – visualizations and trend plotting
- **Power BI** – interactive dashboards and KPIs
- **SQL** – data extraction and querying
- **Excel / CSV** – handling raw datasets and intermediate files
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## **Project Structure**
- **data/**
- **raw/** – original KPLC datasets
- **cleaned/** – processed datasets ready for analysis
- **notebooks/**
- `kplc_analysis.ipynb` – main Jupyter notebook for data analysis
- **scripts/**
- `data_cleaning.py` – Python script for cleaning and transforming data
- `simulation.py` – script for generating synthetic consumption trends
- **images/**
- screenshots used in README or reports
- `README.md` – project documentation
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## **Key Insights**
- Regional consumption patterns and trends across Kenya
- Identification of high-consumption counties and distribution inefficiencies
- Comparison of consumption across customer types (residen …