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Date:: 2021/06/23 17:27
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References for:: Achieving climate neutrality in the building sector by 2050; Klimatická neutralita budov do roku 2050; Konstrukce a monitoring první veřejné školy v USA v pasivním standardu; Pasivní dům – rozvoj ve všech směrech; Větrání a kvalita vzduchu v bytech po rekonstrukci s běžným větráním okny a s řízeným větráním; Comparison of accounted costs of renovation: a low energy building and a Passive House side by side; The Passive House as a prototype of the "Nearly Zero Energy Building"; Las Vegas: A location in a hot, dry climate; Dubai: A location in a hot, humid climate; Condensation on exterior surfaces in tropical climates; Design guidelines for tropical Passive Houses; Free-running buildings in tropical climates; Interior insulation in tropical climates; Mechanical services in tropical climates; Design guidelines for tropical Passive Houses; Mumbai: A location in a tropical climate; Mumbai: Dynamic building simulation for a Reference Passive House; Salvador da Bahia: A location in a tropical climate; Salvador da Bahia: Dynamic building simulation for a Reference Passive House; Singapore: A location in a tropical climate; Singapore: Dynamic building simulation for a Reference Passive House; Hygrothermal analysis of building components for the location Singapore; Hygrothermal analysis of building components for tropical climates; Summary of the parametric studies for tropical climates; Frost protection for ventilation heat recovery; Frost-free foundations; Yekaterinburg: A location in a cold climate; Yekaterinburg: Findings; Yekaterinburg: Parameter variations; Results of the parameter studies - Basement Ceiling Insulation; Results of the parameter studies - Compactness; Results of the parameter studies - Infiltration; Results of the parameter studies - Roof Insulation; Results of the parameter studies - Wall Insulation; Results of the parameter studies - Window Area; Dynamic building simulation for a Reference Passive House; Passive House in warm climates - best-practice strategies; Passive Houses in South-West Europe - a theoretical analysis; Shanghai: A location in a subtropical, mild climate; Solutions for heating and cooling supply in moist-warm climates; Version 1: Supply air heating and cooling; Version 2: heating, cooling, and dehumidification in all supply air rooms; Version 3: Heating and cooling through tempered intermediate ceilings, central dehumidification; Solutions for high outdoor air humidity in the summer; Tokyo/Hyakuri: A location in a subtropical, mild climate; Passive House in different climate zones - building services; Passive House in different climate zones - technical and economic feasibility; Climate conditions; Description of the calculation model and method; The Passive House concept in New Zealand; The Passive House concept in New Zealand: Conclusion; Conventional building in New Zealand; The Passive House concept in New Zealand: Humidity; Insulation levels; North-oriented window area; The Passive House concept in New Zealand: Orientation; Parameter variations; PHPP; The Passive House concept in New Zealand: Summer comfort; The Passive House concept in New Zealand: Thermal insulation; Thermal mass; The Passive House concept in New Zealand: Ventilation; The Passive House concept in New Zealand: Window quality; Adapted window qualities; Climate data sets from EOSWEB; Choosing locations; Hygrothermal analysis of building components; Reference site: Essen; Dynamic building simulations for Reference Passive Houses; Nuremberg case study: Air exchange and air distribution testing; Nuremberg case study: Examination of the external envelope using thermographic imaging; Nuremberg case study: Testing for airtightness; Nuremberg case study: Thermographic inspection with reference to building services; The logical path - From Passive House to zero-emission house: renting without heating bills; Special features of modernisations; Certification and primary energy balance calculation for compact heat pumps; Air conveyance; Airtightness; Chimneys; Wood Stoves; Non-room-sealed operation; Room-sealed operation; Safety considerations; Available systems, example application and analysis; Heating and DHW systems in Passive Houses - Appendix; Heating and DHW systems in Passive Houses - Case study: Schrecksbach, Germany; Heating and DHW systems in Passive Houses - Cost development; Systems adapted for the Passive House; The specific PE value - parameters; Biomass heating in Passive Houses; Sound protection measures for heat pumps - Analysis of sound paths; Sound protection measures for heat pumps - Dimensioning sound insulation; Sound protection measures for heat pumps - Excitation sources in heat pumps; Sound protection measures for heat pumps; Conditions for dimensioning; Possibilities and limitations for setting up devices; Practical implementation of the encasing (enclosure); Prevention of airborne sound through walls; Sound protection simulation based on EN 12354; Soundproofing of doors; Suspended ceiling with duct installation; Passive House heating systems in practice - A brief description of the projects; Passive House heating systems in practice - Classification and procedures; Passive House heating systems in practice - Electricity consumption; Passive House heating systems in practice - Heat consumption and heating load; Passive House heating systems in practice - Primary energy; Passive House heating systems in practice - Total useful energy and losses; Method; Parameter variation; Reduction of the supply air rate in the living room; Conclusions / planning tips; Automatic volume flow balancing in ventilation units; Flow rate adjustment in ventilation systems; Calculating the Treated Floor Area; Comparison with dynamic simulation; PHPP: Active cooling algorithms; Climate data tool; Climate data tool for the Southern Hemisphere; PHPP - Solar DHW worksheet; Comfort; Dynamic response of a commercial kitchen; PHPP considerations for commercial kitchens; Energy demand of different cooking methods; Energy flows in dishwashers; Exemplary approaches for kitchen appliances – "solutions in the appliance"; Reducing demand for extract air; Air Quality in Schools; Impact of additional reveal shading (external insulation) on the daylight factor; Obstructions and atria; Visual transmission through multi-pane glazing; Overview of inter-dependence of individual energy efficiency measures; Heating balances of modernisation variants; Home ventilation; Improved airtightness in existing buildings; Passive House windows; Structural thermal protection measures; Suggestions for promoting implementation; Main objectives of refurbishments with Passive House components; Improving thermal bridges and airtightness in existing buildings; Basement ceiling insulation; Roof insulation; Thermal insulation of the exterior wall; Interior Insulation – basics; Minimising thermal bridges in existing buildings; Basic principles for windows and windows on refurbished projects; Integration of ventilation ducts; Optimization of roller shutters and exterior blinds; Passive House windows completely redesigned; Required U-values for Passive House windows; Adapting the certification criteria and glazing for European climate zones; Heat pumps in Passive Houses – PHPP application

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