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Energy is a key enabling factor within the Sustainable Development Goals (SDGs), which include eradicating poverty and hunger, improving human well-being, and protecting the environment. Countries intending to incorporate SDGs in their development programs should expect an increase in energy consumption, and therefore, need to review their energy planning. The objective of this paper is to anticipate the additional energy requirements of Indonesia with the implementation of SDGs compared to business as usual (BAU) and current policy (CP) scenarios. Assuming all SDG targets were to be implemented in the Indonesian national development plan, the additional energy demand for each target by 2030 was calculated. It was found that 18 out of 169 SDGs targets required additional energy in the Indonesian context. Overall, more energy will be needed to achieve those 18 SDGs targets compared to the BAU scenario. Fortunately, the full realisation of the current energy policies will cover the additional energy required under the SDGs scenario. • Energy demand in Indonesia under the SDGs will increase by 5% of the BAU in 2030. • Under the national energy plan, the energy demand will be 19% higher than the BAU. • The national energy plan has anticipated energy demand under the SDGs scenario. • The current energy policy scenario calls for a dramatic increase in electricity use. [ABSTRACT FROM AUTHOR]

The objective of the paper is to generate an energy and environmental model using LEAP to forecast energy demand, supply, emissions for Chile by 2030 and create scenarios considering different policies motivated by current policy as well as national and international commitments from Chile. This paper contributes to literature by developing a long-term energy plan including all sectors for Chile, describing energy scenario alternatives and analyzing current policy, nationally determined contributions and sustainable development goals. Results indicate that scenarios with significant energy demand reduction for all sectors showed considerable emission reduction by 2030. In all scenarios, demand sector showed major contribution to emissions when compared to transformation sector. Although emissions from transformation sector demonstrate significant reduction by 2030, decrease in demand side is not clearly noticed for some scenarios. Chile requires appropriate energy efficiency and renewable energy policies for demand sides of sectors especially transport, mining and other industries to reduce emissions at demand-side as having decarbonization for transformation side. Scenarios including more wind, PVsolar, CSPsolar and hydropower plants reached more than 80% renewable electricity generation by 2030. Thus, cleaner production portfolio which results in fewer emissions and more diversification in terms of energy generation can be established in Chile. • Scenarios with energy demand reduction showed considerable emission reduction by 2030. • In all scenarios, demand sector showed major contribution to emissions. • Emissions from transformation sector demonstrate significant reduction by 2030. • Chile requires appropriate energy efficiency, renewable energy policies for demand side. • 80% renewable electricity generation is reached including more renewables by 2030. [ABSTRACT FROM AUTHOR]