Searched for: subject%3A%22Heat%255C+networks%22
(1 - 19 of 19)
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Rubio Agulló, Carlota (author)
The Dutch government's 2050 initiative to transition all buildings from natural gas to sustainable heat systems underscores the critical role of stakeholder alignment in energy transition projects. Despite its importance, existing literature lacks a comprehensive analysis of the mechanisms required for effective stakeholder collaboration in heat...
master thesis 2024
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van den Berg, Joost (author)
The Dutch government is committed to transitioning to a low-carbon economy. District heating networks are considered essential for achieving this transition. This research aims to compare two different methods of involving citizens in decision-making and development related to district heating networks. The novel Participatory Value Evaluation ...
master thesis 2023
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Piket, Martijn (author)
Society is facing a huge challenge in switching the energy sectors dependence on fossil fuels into an energy sector using mostly renewable energy sources. The switch towards using more sustainable energy sources is known as the energy transition. The goal of the energy transition is to lower the greenhouse gas (GHG) emissions emitted by the...
master thesis 2023
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van Loo, Julian (author)
Energy poverty is an increasingly important issue. While vulnerable households are especially at risk in the energy transition, energy poverty effects of the transition are unknown. In Delft, a district heating network based on geothermal energy is planned. The distributive justice aspects of heat networks in the heating transition remain...
master thesis 2023
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Stoel, Fianne (author)
District heating systems (DHSs) have the potential to play a big part in the energy transition. The efficient operation of DHSs is therefore also an important subject of study. The operation of DHSs where combined heat and power (CHP) plants are used are particularly interesting, because CHPs can operate with high efficiency.<br/><br/>In this...
master thesis 2022
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kleyn Winkel, Lars (author)
By placing multiple Peltier elements in a linear arrangement while two water flows run past the elements, a temperature increase can be realised in one flow while the other flow is cooled down. In this study the heating of domestic hot water with Peltier elements as solid state heat pumps, and a heating network was investigated. A numerical...
master thesis 2022
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Markensteijn, A.S. (author)
Energy systems are vital in modern society, and reliable operation is crucial. Multi-carrier energy systems (MESs), which couple two or more single-carrier systems, have recently become more important, as the need for sustainable energy systems increases. Important tools for the design and operation of energy systems are steady-state simulation...
doctoral thesis 2021
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Perik, Reinout (author)
Of the global energy demand, 20% can be allocated to residential energy demand. Most of this energy is produced by fossil fuels, which raises the importance of energy production in a more sustainable way. In order to do this on the level of residential heating applications, the Dutch government aims to make its residential neighborhoods natural...
master thesis 2021
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Mahieu, Mare (author)
There are several different methods to solve the steady-state flow problem of district heating networks and gas networks. In this thesis, the nodal method, the loop method, and the loop-node method are compared. This is done in order to determine for what type of network, with specific characteristics, which of these methods is preferred. In...
bachelor thesis 2021
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Markensteijn, A.S. (author), Romate, J.E. (author), Vuik, Cornelis (author)
Optimization is an important tool for the operation of an energy system. Multi-carrier energy systems (MESs) have recently become more important. Load flow (LF) equations are used within optimization to determine if physical network limits are violated. Due to nonlinearities, the solvability of the OF problem and the convergence of the...
journal article 2021
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Vaisi, Salah (author), Mohammadi, S. (author), Habibi, Kyoumars (author)
District heating (DH) has a major potential to increase the efficiency, security, and sustainability of energy management at the community scale. However, there is a huge challenge for decision makers due to the lack of knowledge about thermal energy demand during a year. Thermal energy demand is strongly dependent on the outdoor temperature,...
journal article 2021
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Markensteijn, A.S. (author), Romate, J.E. (author), Vuik, Cornelis (author)
Coupling single-carrier networks into multi-carrier energy systems (MESs) has recently become more important. Conventional load flow models for the separate single-carrier networks are not able to capture the full extend of the coupling. Recently, different models for multi-carrier energy networks have been proposed, either using the energy...
journal article 2020
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van Egmond, Olaf (author)
The global battle to reduce greenhouse gases changes many aspects of how we should think of our energy resources. For a large part, the industry is responsible for worldwide energy consumption. In the Netherlands, this share amounts to 41% of total energy production (Compendium voor de Leefomgeving, 2019). The industry is looking into different...
master thesis 2020
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van Gestel, Lennert (author)
In order to reduce CO2 emission, district heat networks and carbon-neutral heat energy production are being developed in the Netherlands. This resulted in an increasing amount of district heating systems (DHS) in the horticulture areas. A DHS in a region called the ”B3-Hoek” connects multiple producers with horticulture companies in a single...
master thesis 2019
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Stegman, Lars (author)
District heating systems (DHS) are considered the best alternative to individual heat boilers as they have higher efficiency and enable the use of sustainable heat sources, like geothermal heat sources or waste heat from industry. Currently, most DHSs are operated by choosing a temperature once every day depending on the weather. This setting is...
master thesis 2019
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Hartwig, wilan (author)
This research has compared three different market mechanisms in a quantitative way. The influences of these market mechanisms on the heating system were investigated for CO2 emissions, consumer price and producer surplus. In addition, the influences of investment decisions and price and consumption growth scenarios were tested. The research...
master thesis 2019
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Guichard, Joris (author)
As heating forms a large share of the primary energy consumption in the Netherlands, district heating networks are regarded as an effective means to address the emissions- and renewable energy targets. In the Province of Zuid-Holland, the aim is to construct a large-scale regional open heat network that should create a more sustainable built...
master thesis 2018
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Ligtvoet, A. (author)
Although constructing a district heating network could be portrayed as a simple cost/benefit calculation, we suggest that other factors play an important role that cannot be ignored. In this contribution, we suggest that theories concerning cooperation (in industrial networks) roughly apply to micro (e.g. attitudes toward risk and trust), meso ...
conference paper 2012
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Van Beekum, D. (author)
The development of district heating networks in urban areas descibes an approach to achieve the goals and targets for energy saving, reduction of CO2-emissions and sustainbale energy that are stated by the government. For the development of district heating networks energy conversion systems are used of generating heat and networks are used to...
master thesis 2009
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