Cold Climate-2018. Papers

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1111: Energy Efficient Construction Materials for Cold Climate Homes 1111

1112: Tenants’ priority of renovation measures and their willingness to pay higher rent to implement these 1112

1113: Upgrading of a Typical Norwegian Existing Wooden House According to the EnerPHit-Standard 1113

1114: Adding glazing as an energy saving renovation measure in cold climates 1114

1115: The most cost-effective energy solution in renovating a multi-family house 1115

1121: Assessment of thermal bridging heat loss by means of the infrared thermography technique 1121

1122: An Evaluation on the Effect of Window Shading on Themal Mass to Reduce Overheating 1122

1123: Method for probabilistic energy calculations – Passive house case study 1123

1124: Validation of a zonal model to capture the detailed indoor thermal environment of a room heated by a wood stove 1124

1125: TEKNOsim 6 Test Results according to CIBSE TM33 Tests for Software Accreditation and Verification 1125

1131: Assessment of indoor air quality and hygrothermal conditions of boarders during autumn, winter and spring in two of Estonian straw-bale houses 1131

1132: Study on the Concentration Level and Influence Factors of the Indoor Particles in the Office Building 1132

1133: Investigating recommended temperature zones and clothing assumptions in the assessment of classrooms’ thermal environment 1133

1134: Indoor temperature variations in Swedish households: implications for thermal comfort 1134

1211: Passive house construction above the Arctic Circle 1211

1212: In-situ thermal resistance testing of a high performance building envelope in the Canadian Arctic 1212

1213: Energy consumption of a high performance building envelope in the Canadian Arctic 1213

1214: Sol-air thermometer measurement of heat transfer coefficient at building outdoor surfaces 1214

1215: What should the minimum ventilation rate be in a Demand Controlled Ventilation strategy? 1215

1216: Dynamic thermal performance and controllability of dry fan-coil unit  1216

1221: Inverse model identification of the thermal dynamics of a Norwegian zero emission house 1221

1222: Sustainable architecture in northern subarctic and artic climate 1222

1223: When buildings become intelligent – a network analysis of building automation, operation and competencies 1223

1225: Does the Obligatory Ventilation Control fulfill its Purpose? 1225

1226: Evaluation study of the performance of dual core energy recovery system for dwellings in the Arctic 1226

1231: Determination of Maximum Moisture Zone on Enclosing Structures 1231

1232: Moisture Safety of Tall Timber Facades 1232

1233: Business model analysis of Geo-TABS buildings with predictive control systems 1233

1234: Atrium in residential buildings – a design to enhance social interaction in urban areas in Nordic climates 1234

1235: Comparative evaluation of residents perspectives on household energy use based on housing tenure: survey results from Northern Sweden 1235

1236: Black Carbon Concentrations Inside and Outside Occupied Residences  1236

2111: Increasing buildings automation systems efficiency with real-time simulation trough improved machine self-learning algorithms 2111

2112: Analysis of various ventilation solutions for residential and non-residential buildings in Latvia and Estonia 2112

2113: Performances of gas-water direct-contact heat transfer 2113

2114: Impacts of Energy Efficient Constant Output Heating on the Moisture Conditions of Unoccupied Summer Cottages in Finland 2114

2115: Setback efficiency of limited-power heating systems in cold climate 2115

2116: Experimental comparison of performance between single and dual core energy recovery ventilation systems 2116

2121: Design of Horizontal Ground Heat Exchangers in Sub-Arctic Conditions 2121

2122: Baby, It’s Cold Outside: Lessons Learned From Geothermal Heat Pump Installations in the United States 2122

2123: Artificial Neural Network Analysis of the Solar-Assisted Heat Pumps Performance for Domestic Hot Water Production 2123

2124: Evaluation of Two Ground Source Heat Pump Systems in Nearly Zero Energy Buildings 2124

2125: Cold Climate Heat Pump using Tandem Vapor-Injection Compressors 2125

2131: Vertical temperature gradients in apartments with hydronic radiator heating 2131

2132: Renovation of an office building with prefabricated wooden element – Case Hedensbyn 2132

2133: How to extend the service-life of a school building 2133

2134: A Net ZEB case study – Experiences from freezing in ventilation heat exchanger and measured energy performance 2134

2135: Real Time Measurement of Dynamic Metabolic Factor (D-MET) 2135

2136: How does low relative humidity affect perceived air quality, thermal comfort and symptoms in modern office buildings in cold climates? 2136

2211: Operational characterisation of neighbourhood heat energy after large-scale building retrofit 2211

2212: Potentials and challenges for integrating PV in roof renovation of multi-residential houses – a questionnaire survey 2212

2213: Improving the indoor climate and energy saving in renovated apartment buildings in Estonia 2213

2214: Building Refurbishment from a Life Cycle Perspective – An Environmental Return on Investment Approach 2214

2215: Optimizing the life cycle costs of building components with regard to energy renovation 2215

2221: Smart EV Charging Systems to Improve Energy Flexibility of Zero Emission Neighbourhoods – A state-of-the-art for Norway 2221

2222: Hydronic Heating Pavement with Low Temperature: The Effect of Pre-Heating and Fluid Temperature on Anti-icing Performance 2222

2223: Life City – A Climate-Conscious Concept for Smart and Sustainable Built Environment 2223

2224: Energy Pathways for Future Residential Building Areas in Norway 2224

2225: Assessing the potential of energy retrofitting and renewables in the campus of Lund University 2225

2231: Impacts of common simulation assumptions in Sweden on modelled energy balance of a multi-family building  2231

2232: A comparison between four dynamic energy modeling tools for simulation of space heating demand of buildings  2232

2233: Fast simulation platform for retrofitting measures in residential heating 2233

2234: Calibration of a high-resolution dynamic model for detailed investigation of the energy flexibility of a zero emission residential building 2234

2235: Simulation of Ventilation Rates and Heat Losses during Airing in Large Single Zone Buildings in Cold Climates 2235

3111: The challenge of energy efficiency in Kiruna’s heritage buildings 3111

3112: Renovating the housing stock built before 1945: Exploring the relations between energy efficiency, embodied energy and heritage values n3112

3113: How low can the district heating supply temperature be in residential neighborhoods in Norway? 3113

3114: An assessment of the QUB/e method for fast in situ measurements of the thermal performance of building fabrics in cold climates . 3114

3115: Challenges in transdisciplinary research – example from a study on people as part of energy and ventilation systems in residential buildings (PEIRE) 3115

3121: User related input data for building energy usage calculations of low energy schools in Sweden 3121

3122: Sensitivity analysis of melting and freezing of snow on roof 3122

3123: The method of determining climatic loads on the en-closing structures taking into account global climate change 3123

3124: Determination of Clay-Sand Plaster Hygrothermal Performance: Influence of Different Types of Clays on Sorption and Water Vapour Permeability  3124

3125: Hygrothermal Performance of Timber External Walls Insulated with Natural and Industrial Materials 3125

3131: Needs of support for Swedish property owners to implement more energy-efficiency improvements during renovations 3131

3132: Criteria for Sustainable Buildings in Sweden 3132

3133: Normalisation of measured energy use in buildings – a review of the Swedish regulations 3133

3134: Environmental sustainability building criteria for an Open Classification System 3134

3135: Review of Current Practice of Building Foundations in the Canadian North 3135

3211: Integration of BIPV/T system with HRV for improved performance under extreme cold climates 3211

3212: Demand controlled ventilation in residential buildings 3212

3213: Is it possible to build near zero energy single family buildings in very cold arctic climate? 3213

3214: The energy performance of green roof in sub-arctic climate 3214

3215: Performance evaluation of a passive house in sub-arctic climate 3215

3221: Detailed performance assessment of variable capacity inverter-driven cold climate air source heat pumps 3221

3222: Utilisation of Ice Rink Waste Heat by Aid of Heat Pumps 3222

3223: Creating a state of the art, passive house, university hospital north of the polar circle 3223

3224: Mixing Hot and Cold: Fiery soul Architects creating Sustainable Buildings in the Arctic 3224

3225: Communicating the Acoustic Performance of Innovative HVAC Solutions 3225

3231: Influence of the Thermal Environment of a Bathroom after Renovation on Blood Pressure of Residents 3231

3232: Assessment of the effects of using wood stoves on indoor air quality in two types of Norwegian houses 3232

3233: Should we differentiate ventilation requirements for different user groups? 3233

3234: Effect of filter type in ventilation systems on NO2 concentrations in classrooms 3234

3235: The Study of Energy-saving Window Technology Adaption for Green Buildings in The Severe Cold Region of Northern China 3235






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