This work proposes a framework for the robust design of multi-energy systems when limited
information on the input data is available. The optimal design of a decentralized system …

Various countries and communities are defining or rethinking their energy strategy driven by
concerns for climate change and security of energy supply. Energy models, often based on …

Optimal design and operation of multi-energy systems involving seasonal energy storage
are often hindered by the complexity of the optimization problem. Indeed, the description of …

Management of energy resources is crucial for many regions throughout the world. Many
economic, environmental and political factors are having significant effects on energy …

This paper formulates a risk-based robust decision making framework for a Smart Building
(SB) energy management system under demand and supply uncertainty. The last aim of the …

The optimal design of building integrated energy system is sensitive to the variation of
uncertain parameters. For addressing the tradeoff of uncertainty and optimality-robustness …

Net zero energy buildings (NZEBs) are promising to mitigate the increasing energy and
environmental problems. For NZEBs, annual energy balance between renewable energy …

Uncertainty introduces significant complexity to the design process of distributed energy
systems (DES) and introduces the risk of suboptimal decisions when the design is …

In this study, a fuzzy radial interval linear programming (FRILP) model was developed for
supporting robust planning of energy management systems with environmental and …

A distributed energy system (DES) is recognized as a local energy system. Over the past
decade, number of studies in technological fields, economizing and its regulatory aspects …