Predict the demand for electricity (R) - FRENCH

Overview

06.demand-electricity

Predict the demand for electricity (R) - FRENCH

Prédisez la demande en électricité

Prérequis

Pour effectuer ce projet, vous devrez maîtriser la manipulation de données en Python ou R, connaître la modélisation de type régression linéaire, ainsi que les différentes modélisations de séries temporelles (AR, MA, ARMA, ARIMA, etc.)

Mise en situation

Vous êtes employé chez Enercoop, société coopérative qui s'est développée grâce à la libéralisation du marché de l’électricité en France. Elle est spécialisée dans les énergies renouvelables.

La plupart de ces énergies renouvelables est cependant intermittente, il est donc difficile de prévoir les capacités de production d'électricité. De plus, la demande en électricité des utilisateurs varie au cours du temps, et dépend de paramètres comme la météo (température, luminosité, etc.) Tout le challenge est de mettre en adéquation l'offre et la demande !

Les données

Vous téléchargerez les données mensuelles de consommation totale d'électricité en énergie à partir de cette page.

Les données météo que vous utiliserez pour corriger les données de l'effet température sont présentes ici : https://cegibat.grdf.fr/simulateur/calcul-dju

Votre mission

Vous vous concentrerez uniquement sur la prédiction de la demande en électricité.

Corrigez les données de consommation mensuelles de l'effet température (dues au chauffage électrique) en utilisant une régression linéaire. Effectuez une désaisonnalisation de la consommation que vous aurez obtenue après correction, grâce aux moyennes mobiles. Effectuez une prévision de la consommation (corrigée de l'effet température) sur un an, en utilisant la méthode de Holt Winters (lissage exponentiel) puis la méthode SARIMA sur la série temporelle. Pour chaque traitement effectué (correction de l'effet température, désaisonnalisation, etc.), vous présenterez les 2 séries temporelles avant et après traitement, sur un graphique où les deux séries temporelles seront superposées.

TensorFlow implementation of an arbitrary order Factorization Machine

This is a TensorFlow implementation of an arbitrary order (=2) Factorization Machine based on paper Factorization Machines with libFM. It supports: d

Mikhail Trofimov 785 Dec 21, 2022
UpliftML: A Python Package for Scalable Uplift Modeling

UpliftML is a Python package for scalable unconstrained and constrained uplift modeling from experimental data. To accommodate working with big data, the package uses PySpark and H2O models as base l

Booking.com 254 Dec 31, 2022
Python package for causal inference using Bayesian structural time-series models.

Python Causal Impact Causal inference using Bayesian structural time-series models. This package aims at defining a python equivalent of the R CausalI

Thomas Cassou 219 Dec 11, 2022
inding a method to objectively quantify skill versus chance in games, using reinforcement learning

Skill-vs-chance-games-analysis - Finding a method to objectively quantify skill versus chance in games, using reinforcement learning

Marcus Chiam 4 Nov 19, 2022
Dive into Machine Learning

Dive into Machine Learning Hi there! You might find this guide helpful if: You know Python or you're learning it 🐍 You're new to Machine Learning You

Michael Floering 11.1k Jan 03, 2023
Lightweight Machine Learning Experiment Logging 📖

Simple logging of statistics, model checkpoints, plots and other objects for your Machine Learning Experiments (MLE). Furthermore, the MLELogger comes with smooth multi-seed result aggregation and co

Robert Lange 65 Dec 08, 2022
NumPy-based implementation of a multilayer perceptron (MLP)

My own NumPy-based implementation of a multilayer perceptron (MLP). Several of its components can be tuned and played with, such as layer depth and size, hidden and output layer activation functions,

1 Feb 10, 2022
🔬 A curated list of awesome machine learning strategies & tools in financial market.

🔬 A curated list of awesome machine learning strategies & tools in financial market.

GeorgeZou 1.6k Dec 30, 2022
Predict profitability of trades based on indicator buy / sell signals

Predict profitability of trades based on indicator buy / sell signals Trade profitability analysis for trades based on various indicators signals: MAC

Tomasz Porzycki 1 Dec 15, 2021
pandas, scikit-learn, xgboost and seaborn integration

pandas, scikit-learn and xgboost integration.

299 Dec 30, 2022
MLBox is a powerful Automated Machine Learning python library.

MLBox is a powerful Automated Machine Learning python library. It provides the following features: Fast reading and distributed data preprocessing/cle

Axel 1.4k Jan 06, 2023
This project used bitcoin, S&P500, and gold to construct an investment portfolio that aimed to minimize risk by minimizing variance.

minvar_invest_portfolio This project used bitcoin, S&P500, and gold to construct an investment portfolio that aimed to minimize risk by minimizing var

1 Jan 06, 2022
This handbook accompanies the course: Machine Learning with Hung-Yi Lee

This handbook accompanies the course: Machine Learning with Hung-Yi Lee

RenChu Wang 472 Dec 31, 2022
Implemented four supervised learning Machine Learning algorithms

Implemented four supervised learning Machine Learning algorithms from an algorithmic family called Classification and Regression Trees (CARTs), details see README_Report.

Teng (Elijah) Xue 0 Jan 31, 2022
JMP is a Mixed Precision library for JAX.

Mixed precision training [0] is a technique that mixes the use of full and half precision floating point numbers during training to reduce the memory bandwidth requirements and improve the computatio

DeepMind 108 Dec 31, 2022
A Time Series Library for Apache Spark

Flint: A Time Series Library for Apache Spark The ability to analyze time series data at scale is critical for the success of finance and IoT applicat

Two Sigma 970 Jan 04, 2023
LinearRegression2 Tvads and CarSales

LinearRegression2_Tvads_and_CarSales This project infers the insight that how the TV ads for cars and car Sales are being linked with each other. It i

Ashish Kumar Yadav 1 Dec 29, 2021
This repo implements a Topological SLAM: Deep Visual Odometry with Long Term Place Recognition (Loop Closure Detection)

This repo implements a topological SLAM system. Deep Visual Odometry (DF-VO) and Visual Place Recognition are combined to form the topological SLAM system.

Best of Australian Centre for Robotic Vision (ACRV) 32 Jun 23, 2022
NCVX (NonConVeX): A User-Friendly and Scalable Package for Nonconvex Optimization in Machine Learning.

NCVX (NonConVeX): A User-Friendly and Scalable Package for Nonconvex Optimization in Machine Learning.

SUN Group @ UMN 28 Aug 03, 2022
Python implementation of Weng-Lin Bayesian ranking, a better, license-free alternative to TrueSkill

Python implementation of Weng-Lin Bayesian ranking, a better, license-free alternative to TrueSkill This is a port of the amazing openskill.js package

Open Debates Project 156 Dec 14, 2022