Building stock in Helsinki (Energy Parameters)

Slides:



Advertisements
Similar presentations
Framing Assignment 4 Print SetSingle Family Dwelling SFD.
Advertisements

P1.1.4 Heating and Insulating Buildings
Passive house. Definition A Passive house is a buildings with good comfort conditions during winter and summer, without traditional space heating systems.
simulation of transient heat transfer in 2D free-form objects
Insulation, Pay back time and U Values
P1 – AQA 2011 P1.1. The Transfer of Energy Mr. J. McHugh
Q5- U-Value 2010 HL 5. (a) Calculate the U-value of an uninsulated external solid concrete wall of a dwelling house built in the 1950s given the following.
Building Envelope. Energy Conservation House design and orientation Lifestyle changes Energy efficiency.
Par·a·digm ˈ par ə ˌ dīm/ noun 1. technical a typical example or pattern of something; a model.
Chapter 6: Windows and Doors To be used with the Guide to Building Energy Efficient Homes in Kentucky.
Low – E Retrofit Films and Glazing Systems How does it work? How is this sustainable? Benefits Pitfalls Application/Suggestions at the University of Florida.
Heat loss from houses.
U – Factor Calculator A theoretical Approach 6/19/20151Semester Project - Clark Davis.
The Energy Star Home Drew Tepper. Overview What is an energy star home? What is an energy star home? New Homes New Homes Existing Homes Existing Homes.
Windows. Huge variety of available building components and several important roles Thermally most important they admit solar radiation Advantageous in.
Architecture. Importance of Orientation Placement of the home on the lot is just as important as the house. The house’s main length should face north.
Energy Conservation within walls. Energy conservation Energy cannot be created or destroyed but can simply be changed from one form to another. The more.
Residential Window Energy Use Residential Heating Energy Use of Windows is about 2 Quads / year Total energy consumption in US is about 100 Quads / year.
Pod member Shamier. Non-renewable energy A resource that forms at a rate that is much slower than the rate at which the resource is consumed.
What is heat? answer A form of energy.
Nonrenewable energy is energy that comes from the ground and is not replaced in a relatively short amount of time. Fossil fuels are the main category.
Windows and Doors. Typically once the roofing material has been installed/completed the windows and doors are installed. It’s important to install these.
Learning outcomes:- To be able to identify the main energy resources available To be able to identify renewable and non-renewable resources To be able.
IP CORSICA 2014 Final presentation Group 7. GROUP NR. 7! Krisztina – Denmark Jim – United Kingdom Audra – Lithuania Nicolas – Italy Sander – Estonia.
How to make a home green and reduce the energy cost… Sam L, Kareemah, Joe and Jake.
Energy Conservation February 8, Steve Wilson, MBA, CEM, CDSM, BEP The Energy Guy.
Zero Energy Home’s Features and Appliances Interior and Exterior Features: Roofing Insulation Windows Energy Saving Appliances.
KS ENERGY AND SUSTAINABLE DEVELOPMENT GROUP 2.3: LARISSA HAMILTON MANUEL PÖLLINGER CHRISTIAN UNTERBERGER Re-inventing buildings Visions for future building.
Heat Migration in the Home 1 Energy Analysis and Comfort Solutions, Inc. Understanding Heat Migration in Your Home.
GSA Early Concept Design Project – Energy Analysis
UNIT THREE: Matter, Energy, and Earth  Chapter 8 Matter and Temperature  Chapter 9 Heat  Chapter 10 Properties of Matter  Chapter 11 Earth’s Atmosphere.
Heat QR Revision Sheet. What are the 3 methods of heat transfer? What is conduction?Give an example of where conduction occurs What is convection? Give.
Science Project Advice on how to reduce energy losses.
Energy conservation strategies Buildings energy consumption depends on building envelop, efficiency of HVAC and lighting systems, amount of required fresh.
Investigation 9B  Key Question: How is convection responsible for the movement of air through the atmosphere?? Convection in Earth’s Atmosphere.
© Oxford University Press 2011 IP1.9.5 Solar panels and payback time: Overview Solar panels and payback time: Overview.
Insulation By Jack Newman. Double Glazing One type of insulating your home is double glazing which is the most common type of window insulation for homes.
ENGR330-1 Engineering Service Projects Project: Window Technology Benefits: HEALTH: Reduced drafting and improved daylight COST: Reduce furniture fading.
HEAT 11.2.
Noadswood Science,  To describe the effectiveness of insulation methods and to understand what an U-Value is Tuesday, February 02, 2016.
Domestic Energy Consumption A Projection to 2030 Mark Fessy 24 th February 2005.
P1 revision clips. Heating 1.Define specific heat capacity GOycU 2. Explain why the temperature doesn’t change.
Heat Transfer Review. What type of heat transfer does this picture describe? Radiation.
INDEX Sr noTopic 1.Introduction 2.Advantages 3.Product Types 4.Thermal Insulating Materials 5.Applicatiion.
When drawing your plan, try and add as much detail as you can, labelling different features, such as double glazed windows and cavity walls. Draw two.
1 Y10 Science Heat and Energy 2 Insulation Aims: Describe how insulation is used to reduce energy transfers from buildings and the human body. Understand.
Heating & Cooling. Introduction to Heating & Cooling.
Home Insulation & U-Values
Energy loss in the home Insulation method including cost and saving
Insulation Objectives
Energy loss in the home Insulation method including cost and saving
(Multi-unit Residential Buildings)
The 3 Types of Heat Transfer
WDMA Technical Conference Chicago, IL 28 June 2016
Heat
Describe how heat is transferred by conduction and convection.
Simulated thermal performance of triple vacuum glazing
Passive Solar Design Elements
Quiz Review Describe energy Describe work
Objectives.
Energy Efficiency for Ashton Hayes
Insulating Houses.
Thermal Conductivity.
Keeping a house warm heat moves from regions of high temperature to
Mathematics and Home Insulation
REVISION REVISION & EXAM PREPARATION 3 CLADDING 1.
Passive houses.
PS Unit 4 Standards PS Unit 4 Standards PS Unit 4 Standards
Example-cylindrical coordinates
Presentation transcript:

Building stock in Helsinki (Energy Parameters) By: Aishat, Oluwatobi, Evans

Important Definitions U-value : describes how well a building element conducts heat, the lower the value the better insulator a material is. In practice, it measures the rate of heat transfer through a building element over a building area under standard conditions. G-values (solar heat gain) is a measure of how much heat from the external environ is transferred from exterior to interior of the building through the window . It is expressed as a value between 0 and 1, the lower the value the lower the solar gain.

Helsinki Energy Parameters.

Improving U-value of Windows. Double glazing with different gap and coating Triple glazing with different depth and coating as well as argon fill. Thanks for listening