In an input–output model of a two-sector economy (energy and manufacturing), we analyse the macroeconomic implications of the quality of secondary energy production. We mea- sure it by the net energy ratio (NER for short), i.e. the fraction of produced energy available for net final production. NER is shown to be related to the EROEI concept encountered in energy science and to affect (a) the energy intensiveness of final output, (b) the capital requirements of the two sectors of the economy and the aggregate capital–output ratio, and (c) the rate of capital accumulation and the growth rate of the economy at given saving rate. As a consequence, an energy transition characterized by a decreasing NER would exert a drag on economic growth
Natural resources, especially energy, play a significant role in human society, from economics to po...
In the past, the energy planners through setting the desired level of economic growth simply used th...
International audienceGlobal historical series spanning the last two centuries recently became avail...
In an input–output model of a two-sector economy (energy and manufacturing), we analyse the macroeco...
In an input-output model of a two-sector economy (energy and man- ufacturing), we analyse the macroe...
International audienceThe concept of energy return (EROEI ratio) is widely used in energy science to...
Access to abundant and affordable primary energy resources has been recognised as an essential facto...
The mathematical conditions for the existence of macroeconomic production functions that are state f...
International audienceThe biophysical foundations of socio-economic systems are underrepresented in ...
We translate between energetic and economic metrics that characterize the role of energy in the econ...
Physics shows that energy is necessary for economic production and, therefore, economic growth but t...
This paper reviews the mainstream, resource economics, and ecological economics models of growth. A ...
We translate between biophysical and economic metrics that characterize the role of energy in the ec...
This paper describes a computable general equilibrium (CGE) model with considerable sector and techn...
Natural resources, especially energy, play a significant role in human society, from economics to po...
In the past, the energy planners through setting the desired level of economic growth simply used th...
International audienceGlobal historical series spanning the last two centuries recently became avail...
In an input–output model of a two-sector economy (energy and manufacturing), we analyse the macroeco...
In an input-output model of a two-sector economy (energy and man- ufacturing), we analyse the macroe...
International audienceThe concept of energy return (EROEI ratio) is widely used in energy science to...
Access to abundant and affordable primary energy resources has been recognised as an essential facto...
The mathematical conditions for the existence of macroeconomic production functions that are state f...
International audienceThe biophysical foundations of socio-economic systems are underrepresented in ...
We translate between energetic and economic metrics that characterize the role of energy in the econ...
Physics shows that energy is necessary for economic production and, therefore, economic growth but t...
This paper reviews the mainstream, resource economics, and ecological economics models of growth. A ...
We translate between biophysical and economic metrics that characterize the role of energy in the ec...
This paper describes a computable general equilibrium (CGE) model with considerable sector and techn...
Natural resources, especially energy, play a significant role in human society, from economics to po...
In the past, the energy planners through setting the desired level of economic growth simply used th...
International audienceGlobal historical series spanning the last two centuries recently became avail...