Franz Mauthner

Overheating prevention and stagnation handling in solar process heat applications

Solar Heat Worldwide 2009

* France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this ... more * France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this is a very sim ple site-built sys tem for hay dry ing pur poses *** If no data is given: no re li able data base for this col lec tor type avail able Ta ble 1: To tal ca pac ity in op er a tion at the end of 2007 [MW th ] * France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this is a very sim ple site-built sys tem for hay dry ing pur poses. *** If no data is given: no re li able data base for this col lec tor type avail able Ta ble 2: In stalled ca pac ity in 2007, MW th /a * France: in cludes Over seas De part ments ** Un glazed, Glazed Flat-Plate and Evac u ated Tube Wa ter Col lec tors Ta ble 3: Cal cu lated col lec tor yield and cor re spond ing oil equiv a lent as well as CO 2 re duc tion of all so lar ther mal sys tems (sys tems for hot wa ter, space heat ing and swim ming pool heat ing) at the end of 2007 * France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this is a very sim ple site-built sys tem for hay dry ing pur poses *** If no data is given: no re li able data base for this col lec tor type avail able Ta ble 13: In stalled ca pac ity in 2006, MW th /a * France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this is a very sim ple site-built sys tem for hay dry ing pur poses *** If no data is given: no re li able data base for this col lec tor type avail able * France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this is a very sim ple site-built sys tem for hay dry ing pur poses *** If no data is given: no re li able data base for this col lec tor type avail able Ta ble 15: Col lec tor Area in stalled in 2007, m²/a

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Solar Heat Worldwide. Markets and Contribution to the Energy Supply 2012

A Spatial Data Analysis Approach for Public Policy Simulation in Thermal Energy Transition Scenarios

The paper elaborates on an approach to simulate the effect of public policies regarding thermal e... more The paper elaborates on an approach to simulate the effect of public policies regarding thermal energy transition pathways in urban communities. The paper discusses the underlying methodologies of calculating Heating Energy demand of buildings and the rationale for potential zones for thermal energy systems. In order to simulate the effects of public policies on communities the authors developed a spatial Agentbased Model, where the buildings are the main objects that are subject to change, based on a number of both technically and socio-demographic parameters. In order to fill a spatial Agentbased Model with data a number of open source and commercially available datasets need to be spatially analyzed and merged. The initial results of the spatial Agent-based Model simulation show that public policies for thermal energy transition can be simulated accordingly.

Classification and benchmarking of solar thermal systems in urban environments

Residential buildings (single family homes, multi-family homes, apartment blocks, etc.) Non-resid... more Residential buildings (single family homes, multi-family homes, apartment blocks, etc.) Non-residential buildings (schools, hospitals, hotels, office buildings, production halls, etc.) Solar assisted heating of multiple buildings via thermal grid B1) Solar assisted district heating (SDH) B2) Solar assisted heating of building blocks and urban quarters (SBH) Case A: central storage + central solar thermal collector field (central solar feed-in) Case B: central storage + distributed solar thermal collector field (distributed solar feed-in; solar supply to heating grid only) Case C: distributed storage + distributed solar thermal collector field (bi-directional feed-in or solar supply to building only) 1 According to /2/ a thermal grid can be defined as a network of pipes connecting buildings in a neighbourhood, city quarter or whole city, so that they can be served from centralised and/or distributed thermal energy supply technologies (such as boilers, CHP plants, solar thermal systems, heat pumps, waste heat from industry, etc.). Depending on the size of the pipe network it can be distinguished between district heating grids (large pipe networks for the supply of communities up to whole cities) and block heating grids (smaller pipe networks for the supply of multiple buildings in a neighbourhood).

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ECC - EnergyCityConcepts: Methoden- und Konzeptentwicklung zur Implementierung nachhaltiger Energiesysteme in Städten am Beispiel von Gleisdorf und Salzburg

Bundesministerium für Klimaschutz, Umwelt, Energie, Mobilität, Innovation und Technologie (BMK), Mar 1, 2021

IEA SHC Task52 - Deliverable C1: Classification and benchmarking of solar thermal systems in urban environments

IEA SHC Task 52 - Deliverable C2: Analysis of built best practice examples and conceptual feasibility studies of solar thermal systems in urban environments

Solarenergie und Wärmenetze: Optionen und Barrieren in einer langfristigen, integrativen Sichtweise

Solar Process Heat for Breweries

IEA Solares Heizen und Kühlen Task 52: Solarthermie und Energieökonomie im urbanen Umfeld (Arbeitsperiode 2014 - 2018)

Spatial Agent-based Simulation Thermal Energy Transition Pathways in Urban Environments

Classification and benchmarking of solar thermal systems in urban environments

Residential buildings (single family homes, multi-family homes, apartment blocks, etc.) Non-resid... more Residential buildings (single family homes, multi-family homes, apartment blocks, etc.) Non-residential buildings (schools, hospitals, hotels, office buildings, production halls, etc.) Solar assisted heating of multiple buildings via thermal grid B1) Solar assisted district heating (SDH) B2) Solar assisted heating of building blocks and urban quarters (SBH) Case A: central storage + central solar thermal collector field (central solar feed-in) Case B: central storage + distributed solar thermal collector field (distributed solar feed-in; solar supply to heating grid only) Case C: distributed storage + distributed solar thermal collector field (bi-directional feed-in or solar supply to building only) 1 According to /2/ a thermal grid can be defined as a network of pipes connecting buildings in a neighbourhood, city quarter or whole city, so that they can be served from centralised and/or distributed thermal energy supply technologies (such as boilers, CHP plants, solar thermal systems, heat pumps, waste heat from industry, etc.). Depending on the size of the pipe network it can be distinguished between district heating grids (large pipe networks for the supply of communities up to whole cities) and block heating grids (smaller pipe networks for the supply of multiple buildings in a neighbourhood).

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Solar Heat Worldwide 2009

* France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this ... more * France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this is a very sim ple site-built sys tem for hay dry ing pur poses *** If no data is given: no re li able data base for this col lec tor type avail able Ta ble 1: To tal ca pac ity in op er a tion at the end of 2007 [MW th ] * France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this is a very sim ple site-built sys tem for hay dry ing pur poses. *** If no data is given: no re li able data base for this col lec tor type avail able Ta ble 2: In stalled ca pac ity in 2007, MW th /a * France: in cludes Over seas De part ments ** Un glazed, Glazed Flat-Plate and Evac u ated Tube Wa ter Col lec tors Ta ble 3: Cal cu lated col lec tor yield and cor re spond ing oil equiv a lent as well as CO 2 re duc tion of all so lar ther mal sys tems (sys tems for hot wa ter, space heat ing and swim ming pool heat ing) at the end of 2007 * France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this is a very sim ple site-built sys tem for hay dry ing pur poses *** If no data is given: no re li able data base for this col lec tor type avail able Ta ble 13: In stalled ca pac ity in 2006, MW th /a * France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this is a very sim ple site-built sys tem for hay dry ing pur poses *** If no data is given: no re li able data base for this col lec tor type avail able * France: in cludes Over seas De part ments ** Un glazed air col lec tors in Swit zer land: this is a very sim ple site-built sys tem for hay dry ing pur poses *** If no data is given: no re li able data base for this col lec tor type avail able Ta ble 15: Col lec tor Area in stalled in 2007, m²/a

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Vergleich von GIS-basierten Methoden zur Kartierung von Wärmebedarfen - Grundlagen räumlicher Energieplanung am Beispiel der Stadtgemeinde Gleisdorf

Urban Building Energy Modeling – Method and Scenario Case Study Schallmoos 34

Conference proceedings ISEC 2018, 2018

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Solarthermie in Wärmenetzen: (Was) können wir von Dänemark lernen?

Ermöglichung nachhaltiger Wärme- und Kältenetze durch Simulation und Visualisierung

Wärmenetze vorausschauend planen

Entwicklung eines Verfahrens für die Wirtschaftlichkeitsberechnung solarthermischer Anlagen: die LCOH Methode

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