The future energy system is widely expected to show increasing levels of integration across
differing energy carriers. Electricity, hydrogen, methane and heat systems may become …

供热网络是综合能源系统的重要组成部分. 作为系列论文的第二部分, 该文以供热网络为对象,
基于质量守恒方程和动量守恒方程推导了水路模型, 基于能量守恒方程推导了热路模型 …

Blending green hydrogen within the gas infrastructure is seen as the first move towards
Europe's climate neutrality by 2050. Especially, Europe and North African have privileged …

Increasing renewable energy penetrations and low natural gas prices have increased the
reliance of US power systems on natural gas-fired generation. Increased reliance has …

Transporting hydrogen gas through the existing natural gas pipeline network offers an
efficient solution for energy storage and conveyance. Hydrogen generated from excess …

Factories for which steam is indispensable typically form an industrial park to share steam
heating network (SHN) infrastructure. The energy systems in such parks are usually …

This work presents a simulation framework to investigate the rigorous transient behavior of
integrated systems comprising natural gas and power transmission networks, and a …

Supplying undisturbed energy is crucial to operators of gas networks especially when the
network has different types of end-users with variable gas demands. Accurate modelling of …

Energy system integration enables raising operational synergies by coupling the energy
infrastructures for electricity, methane, and hydrogen. However, this coupling reinforces the …

To overcome balancing challenges in the power system, when existing balancing capacities
are not sufficient, one of the most used solutions is the installation of new gas-fired power …