Xiaoming Kan

Doctoral Student at Physical Resource Theory

Xiaoming Kan is a Ph.D. student at the Division of Physical Resource Theory. His research focuses on the modeling of policies and investments for a large-scale introduction of variable renewable power production, which is part of ENSYSTRA (energy systems in transition) training network. The main objective of his research is to evaluate investments and variation management strategies that are cost-effective to use in a renewable power system and assess policies that can foster such a system. His research interests lie in the field of modeling of energy systems and energy markets.

Source: orcid.org
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Showing 4 publications

2021

Design matters: New insights on optimizing energy consumption for residential buildings

Weili Sheng, Xiaoming Kan, Bo Wen et al
Energy and Buildings. Vol. 242
Journal article
2020

The cost of a future low-carbon electricity system without nuclear power – the case of Sweden

Xiaoming Kan, Fredrik Hedenus, Lina Reichenberg
Energy. Vol. 195
Journal article

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