EcoRating of Santa Elena

Jaén, Andalucía

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How sustainable is Santa Elena today?

Since 2023, Santa Elena has recorded a high impact in reducing CO2 emissions, achieving a positive fluctuation over the last year

Santa Elena

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3.5
4ºin Jaén
65ºin Andalucía
1008ºin Spain
865inhabitants (2023)
power: 0.8 / 1Eco-attributes

A high cumulative reduction in the carbon footprint is reflected.

01
rhythm: 0.6 / 1Eco-attributes

In the last year CO₂ emissions have fallen positively compared to their historical median.

01
balance: 0.0 / 1Eco-attributes

The system is getting worse: more of everything is consumed at once (green and fossil-based electricity rise together) without environmental control.

01

Recent achievements

What has Santa Elena
achieved in emissions in the last 12 months?

The city has generated measurable results in emissions. These are the verified data for the period.

2.5
tCO2eq avoided
+11.3%
CO2 increase

What does it equal?

124
trees/year
10
avoided flights
19,797
km avoided

Monthly emissions change (%)

Percentage difference vs. the same month of the previous year

Recent achievements

What has Santa Elena
achieved in energy in the last 12 months?

The city has generated measurable results in energy. These are the verified data for the period.

199.6
MWh avoided
-2.8%
Energy saving

What does it equal?

67
households/year
24
illuminated nights
249
inhabitants/year

Monthly consumption change (%)

Percentage difference vs. the same month of the previous year

Districts breakdown

Attributes by district

Power, Rhythm and Balance for each district of the city.

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METHODOLOGY

What is the EcoRating?

The Biyiud EcoRating for cities is the decarbonization score obtained in the last 12 months from grid electricity savings, with results normalized against all cities in the same population category. The calculations are fed by real and verified data obtained from reading all electricity consumption points in the country.

When a person registers in the Biyiud App, they receive the active EcoRating points of their city.

Sources and boundaries of city GHG emissions

Scope 1

Pending

Emissions from sources located within the city boundaries

Scope 2

Emissions resulting from the use of grid-supplied energy, heat, steam and/or cooling within the boundaries

Grid-supplied energy

Scope 3

Pending

Emissions produced outside the city boundaries as a result of activities taking place within

Global Protocol for Community-Scale Greenhouse Gas Emission Inventories (GPC)