This paper presents a co-simulation framework for the simultaneous optimization of building
geometries and multi-energy systems using the energy hub approach. The rationale for such …

This study investigates the performance of a wide selection of single objective black-box
optimization algorithms (optimizers) when applied to a large set of building energy …

Abstract Distributed Multi-Energy Systems (D-MES) can sustainably transform the energy
supply of buildings, districts, and communities by integrating multiple energy efficient …

This study presents an efficient model for the calculation of 3-dimensional time-resolved
solar potentials, based on the Perez solar model. The new model features a novel …

Computational optimization is gaining popularity in energy-efficient building design. For
choosing an algorithm or setting its parameters, often mathematical test functions are …

Cities are recognized as the main consumers of energy on the planet, and to optimize their
energy consumption and enhance the potential of using renewable energy sources, built …

In order to evaluate the feasibility of roof and façade mounted or building integrated solar
technologies such as photovoltaic and solar thermal panels, information on the solar …

Computational optimization is gaining popularity in energy-efficient building design. For
choosing an algorithm or setting its parameters, often mathematical test functions are …

When applying black-box optimization (BBO) algorithms there seems to be a lack of
guidelines on which algorithm to select and how to properly tune their algorithmic …