This study analyzes the factors leading to the deployment of Power-to-Hydrogen (PtH 2)
within the optimal design of district-scale Multi-Energy Systems (MES). To this end, we utilize …

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

The building sector has the highest share of operational energy consumption and
greenhouse gas emissions among all sectors. Environmental targets set by many countries …

This study presents MANGO (Multi-stAge eNerGy Optimization), a novel optimization model
that incorporates a multi-year planning horizon, along with flexible, multi-stage investment …

The simultaneous production of different energy vectors from hybrid polygeneration plants is
a promising way to increase energy efficiency and facilitate the development of distributed …

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

Technical energy regulations are an important measure to reach climate targets. However,
with recent developments in new technologies (such as decentralized energy systems …

With the increasing integration of photovoltaic (PV) systems in active distribution networks
(ADNs), accurate modelling of PV power generation and the network demand has become …

Polygeneration energy systems are proven to be a reliable, competitive and efficient solution
for energy production. The recovery of otherwise wasted energy is the primary reason for the …

Energy demand of buildings forms a key component of energy system analyses. To integrate
building energy demand into energy system models, detailed simulation of every single …