Overview

This line of research studies energy consumption patterns throughout the country, with special emphasis on the residential sector, and includes an analysis of the factors that determine such consumption. In Chile, the commercial, public, sanitary, and residential sector (CPSR, by its Spanish acronym) accounts for 23% of the country’s total energy consumption. Within this sector, the residential one accounts for 69% of the energy demand (Figure 1).

Figure 1: Domestic energy consumption by sector (2017).
Source: Resumen Ejecutivo de Usos Finales de la Energía en el Sector Residencial, CDT, 2018; using data from Balance Nacional de Energía 2017.

Within the residential energy demand, one of the highest level of consumption corresponds to heating needs, and firewood and liquified petroleum gas are the main fuels used (Figure 2).

Figure 2: Number of households using different types of fuels, depending on the type of use.
Source: Results provided by the Informe Final de Usos de la Energía de los Hogares (CDT), 2018.

Firewood consumption is a multifactorial phenomenon; however, it is possible to see that it increases significantly in central-southern regions of Chile. This is explained by the cold and rainy climate that occurs there most of the year, and by the large amount of forests biomass, which makes firewood and its derivates a low-cost option compared to other heating fuels (liquefied gas, kerosene, electricity, etc.). Indeed, firewood consumption in Central Chile corresponds to an average of 1 m 3 /house/year (Metropolitan Region and Valparaiso Region) while firewood consumption in Patagonia (Aysén Region) reaches 18 m 3 /house/year (Reyes, 2013).

Additionally, the Chilean case is even more interesting. Even if the country has the highest GDP per capita in South America and the highest Human Development Index in Latin America (World Bank, 2020), it bases its energy consumption on firewood —which is considers a primitive fuel belonging to the early stages of the energy transition process. This consumption pattern not only makes Chile far away from the reality of neighboring countries, but also makes it significantly deviate from the global norm.

In this context, this line of research aims to study the different residential consumption profiles throughout the country, analyzing factors that contribute to practices and behaviors of fuelwood consumption.


Corporación de Desarrollo Tecnológico. 2018. Informe final de usos de la energía de los hogares de Chile 2018. Available in: https://www.energia.gob.cl/sites/default/files/documentos/infor
me_final_caracterizacion_residencial_2018.pdf

Reyes, Rene. 2013. Consumo de combustibles derivados de la madera en Chile. Leña: energía renovable para la conservación de los bosques nativos de Chile.

World Bank. 2020. PIB per cápita a Paridad del Poder de Compra para países de Sudamérica. Available in: https://datos.bancomundial.org/indicador/NY.GDP.PCAP.PP.CD?lo
cations=CL-AR-BO-BR-CO-EC-UY-PY-PE-VE&name_desc=false

Energy Poverty

Difficulty in meeting basic energy needs

Ecosystems and Effects

Relation between the use of energy and the environment

Energy Efficiency

Strategies and approaches for efficient energy use

Energy Consumption

Evolution of energy consumption over time