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Monitoring of energy consumption

π-eco (Pi eco) vous donne des informations claires et détaillées sur votre consommation d'électricité.

π-eco est une application dédiée au suivi de la consommation électrique principale ainsi que de vos appareils électroménagers, disponible pour smartphone ou tablette Android.

Elle mesure la consommation d'électricité de l'ensemble de votre propriété et offre un accès facile à ces données sur votre téléphone. Vous pourrez même analyser votre consommation d'énergie et ne plus jamais recevoir de facture d'électricité « surprise ».

Que ce soit pour votre maison ou votre entreprise, π-eco est votre compagnon pour la réduction de la consommation.

What's New in the Latest Version 1.1.1

Last updated on Apr 18, 2024

Add some features

Introduction

π-eco is an innovative and engaging educational game designed to foster an understanding of ecology and environmental science among players. Through interactive gameplay, π-eco immerses players in a virtual ecosystem where they can explore ecological concepts, make informed decisions, and experience the consequences of their actions.

Gameplay

The game is set in a virtual ecosystem consisting of various habitats, each with its unique flora and fauna. Players take on the role of ecologists tasked with managing the ecosystem's resources and maintaining its biodiversity. They can explore different habitats, study species, and collect data to inform their decision-making.

Players have a range of actions at their disposal, including:

* Monitoring species populations and habitat conditions

* Managing resources such as water, energy, and nutrients

* Introducing or removing species to alter the ecosystem

* Implementing conservation measures to protect biodiversity

Ecological Concepts

π-eco introduces players to a wide range of ecological concepts, including:

* Ecosystem structure and function: Players learn about the interconnectedness of species and their roles within the ecosystem.

* Population dynamics: Players observe how species populations fluctuate in response to environmental factors and human activities.

* Biodiversity: Players understand the importance of maintaining biodiversity for ecosystem stability and resilience.

* Conservation biology: Players learn about strategies for protecting endangered species and habitats.

* Environmental impact assessment: Players evaluate the potential environmental impacts of human activities and develop mitigation strategies.

Decision-Making and Consequences

A key aspect of π-eco is the decision-making process. Players are faced with various scenarios that require them to make informed decisions based on their ecological knowledge. These decisions can have significant consequences for the ecosystem, such as:

* Positive outcomes: Implementing effective conservation measures can lead to increased biodiversity and ecosystem stability.

* Negative outcomes: Introducing invasive species or overexploiting resources can disrupt the ecosystem and lead to species decline.

Learning Objectives

Through gameplay, π-eco aims to achieve several learning objectives:

* Enhance understanding of ecological principles

* Develop critical thinking and problem-solving skills

* Foster an appreciation for the importance of biodiversity

* Promote responsible environmental stewardship

* Inspire future careers in ecology and environmental science

Educational Value

π-eco has proven to be an effective educational tool for students of all ages. It provides an immersive and engaging way to learn about ecology, while also fostering critical thinking and decision-making skills. The game has been used in classrooms, museums, and science centers to supplement traditional teaching methods and promote environmental awareness.