GROUP 4 Mikko Kaarakainen, Finland VAMK

Slides:

Advertisements

Similar presentations

Chen Xin (Vivian). Energy Consumption by Sectors.

Advertisements

Exploring Energy Management

Passive house. Definition A Passive house is a buildings with good comfort conditions during winter and summer, without traditional space heating systems.

East Bridgford Project Existing Projects The Green Box Project Adaptation Techniques used within this project:- Natural ventilation is increased by a passive.

Sustainable houses Manon Giskens Rik Maes. Content  Energy loss  Energy  Water  Materials.

Key indicators of sustainability in Finland (figbc.fi) Markku Lappalainen Aalto University.

Building Energy Rating

New York Life Building 20 West Ninth Street Mike Thome Hoss & Brown.

MEP design Mechanical, Electrical, Plumbing. Often separate consultants Can be separate even within a single firm Often performed on a design-build basis.

Summary of Heat Loss Calculations Assessing overall heating requirements for building (E) Component U-ValueAreaHeat Loss Rate (W o C -1 ) Walls U walls.

Images and text from HKT Architects – Project Architects.

Futureview Solar Solutions Elysburg, Pa. Call

The Status of the Building Energy Sector in DPR Korea PIINTEC, DPR of Korea BEET Workshop, Beijing, China, 9 th, March, 2008.

DEPT OF ESTATES AND FACILITIES Engineering Team DEPT OF ESTATES AND FACILITIES Engineering Team Too hot, too cold, just right Presented by: Russell Smith.

Engert, Scheriau, Wimmer SS 2010 Energy and sustainable development, Prof. Schleicher.

Energy use in buildings Dr. Atila Novoselac Associate Professor Department of Civil, Architectural and Environmental Engineering, ECJ

2009 Fall MMSC Home Energy Makeover House #1 Chris Baryo Residence 4165 N 850 E Churubusco, Indiana.

CHANGES IN THERMAL ENERGY CONSUMPTION IN APARTMENT BUILDINGS OF ESTONIA Teet-Andrus Kõiv,

Sustainable Home and Lifestyle

Adriana Galue Wolfgang Custom Finishes HOME ENERGY STATS Biggest energy consumers Space heating – 34% Appliances and lighting – 34% Refrigerator.

10 Energy Saving Advices. 1- Lowering of the temperature at night Limit the lowering of the temperature at night. If the temperature is reduced too much,

Mayflower Hill House Energy Audit May 8, 2015 Compiled by: George Voigt ’17, Danqing Zhao ’17, Kel Mitchel ’16, Emma Reif ’16, Savannah Judge ’15, Evan.

Question 1 IrlEspCypGerm Solarx PVx Wind Heatx Water turbines xx.

3M Renewable Energy Division Window Films for Commercial Buildings Window films – solution to increase energy efficiency Making Windows Work for You! Agnieszka.

Anouchka Poloubinski-Blandin Anastasija Krivonosova Anthony Baptista Luis Fernandes Plains-Wanderer N° 9.

Dave Brake, Darren Adams, Sean Tobin Charmaine Dean, Jessie MacDonald.

Massachusetts High-Performance Green Schools – Case Study Whitman-Hanson Regional High School Library & Media Center. This projects features include utilizing.

 Our rules of working are : Different knowledgeTogether on the same boat Have fun.

MAIN ENTRANCE SOUTH EAST VIEW NORTH EAST VIEW.

Passive House Seminar for Professionals from the Building Sector

R2000 Houses Energy Saving Features. High Performance Windows Advanced Wall Systems Integrated Heating.

Curtain Walling System Cladding System Insulation Panels.

April 28 th – May 8 th Patras 2014 Slide 1 / 16 GROUP 6 Teamporary Slide 2 / 16 I.Team II.Villa Colla III.Current Situation IV.Climate Situation V.First.

National Trust energy approaches. –

«Energy Saving Policies in Greece» Dr. Litos Charalampos, Technical Chamber of Greece, Prof. Ioannis Vourdoumpas Chania

Robbins Park Design By: Abby Toll, Gio Bradley, and Jakob Seeber.

Best Practices in Overall Sustainable Design Cal State University, Long Beach - Liberal Arts 2, 3 and 4 Renovation Presented By:Mark Zakhour,, CASp, LEED.

“High Five” Martha Dosidi Greece Gerda Berneckaite Lithuania

Building Plans.

Name of Building(s) or Project Speaker(s) Organization(s)

1. Team Giovanni‘s Angels Benjamin Bremen Germany Venia Patra Greece Arjen Groningen The Netherlands Tom Stralsund Germany Diana Bacau Romania Elina Vaasa.

Zero Energy Home’s Features and Appliances Interior and Exterior Features: Roofing Insulation Windows Energy Saving Appliances.

Site Location: Site Location: Gap Site at Bath Street and Pitt Street Plot: Plot: 50m x 50m Building Area: Building Area: 4000m 2 maximum Building Height:

© Oxford University Press 2011 IP1.9.5 Solar panels and payback time: Overview Solar panels and payback time: Overview.

Energy Conservation Actions and Notable Results. Context for Energy Conservation Efforts DCTC Green Campus Commitment June 2007: DCTC signs on to the.

CARBON MANAGEMENT AT THE UNIVERSITY OF ST ANDREWS Energy and utilities, costs, benefits and compliance May 2009 Roddy Yarr Environment and Energy Manager.

CTRA Green Features. 1. Green Roof 2. Hot Water Solar Heaters These are a type of solar panel. It is called evacuated tube collectors and they heat our.

Kendal at Oberlin Energy Conservation & Sustainability Initiatives.

EXPLORING ENERGY MANAGEMENT. PROJECT TITLE What is Energy Management? Energy management is doing more with the same amount of energy or less energy. Energy.

 There are records of solar collectors in the united states dating back to Around the 1900’s people started to use the suns energy to heat water.

Advanced Energy Engineering Technology Modeling Building Energy Systems Session 9: Modeling heating and cooling systems.

Electrics. Solar Energy Solar water heater Efficient way to heat water at no cost all year long. Work by running copper pipes through a solar panel on.

Running on Hydrogen Fuel Cells! State of the art design!

Energy Concept of our school. Table of content 1. Our school as a passive house 2.Clean Energy 3.Control of the electricity.

Analysis of the current state of art Arturo Lorenzoni, Fabio Disconzi University of Padova, Italy WORKSHOP 4.1 Low and very Low energy consuming buildings.

Interest Free Energy Efficiency Loan Program Proposal for Improvements August 15, 2016.

Architecture Supported by:

Energy loss in the home Insulation method including cost and saving

Energy loss in the home Insulation method including cost and saving

Building Environmental Systems

Specifics of multi-apartment building deep complex retrofitting

Energy Efficiency for Ashton Hayes

Achieving Net Zero with a 649,848 Sq. Ft. Industrial Complex

Energy Saving Guide How much in Energy Savings are you missing out on?

Did you know? In the U.S. alone, buildings account for: 72% of electricity consumption

P PT 1 Solar power Describe how electricity can be generated

Zero Energy Homes Goal: Regulate Heat Transfer

Energy Saving Guide How much in Energy Savings are you missing out on?

Passive houses.

Presentation transcript:

GROUP 4 Mikko Kaarakainen, Finland VAMK Rene Paju Finland Metropolia UAS Alexandra Ciocoiu, Romania Vasile Alecsandri Keith Raekelboom, Belgium UA Lukas Lazar, Germany HS Bremen Iasonas Vovos, Greece UP

PROJECT VILLA

BUILDING Construction facts Usage Office building 12 employees 250 Working days / year Construction date 1910-1920 Stone walls Wooden doors Wooden frames in roof, doors and windows (30 cm concrete rings on top of the walls) (concrete planes beneath the floor)

Lighting and other electricity Current situation HEATING Lighting and other electricity COOLING Lightning is mixture of 60W incandescent lamps and 23W CFLs Server computers Computers Radiators Diesel boiler Electrical hot water boiler No mechanical ventilation Chiller

CLIMATE

Simulation of villa Design Insert the data Existing energy consumption

Results: Cooling Heating

Energy consumption Current situation Lightning: 5800 kWh Computers: 10800 kWh Servers, UPS, switches: (running through the year) 39000 kWh Cooling: 8560 kWh Heating: 6070 kWh Total: 75000 kWh

Heating and Cooling

Constructional Improvements Windows: Current windows  U value of 4,8 Improve  use of silicone or a film Or replace with double glazing Expensive! But U value of 2,0 Insulation Common U value in Greece = 0,7 Thickness: approximately 10 cm Rockwool Passive Ventilation: Chimney Effect

Electrical Improvements Install consumption meters for measuring energy consumption New LED lamps Daylight controlled intelligent lightning system (DALI)

Intelligent lightning system

Energy consumption after improvements Tighter windows, insulated roof, new lamps, lightning control system Lightning (7 W LED): 832 kWh Computers: 10800 kWh Servers, UPS, switches: 39000 kWh Cooling: 7240 kWh Heating: 4400 kWh Total: 66400 kWh

Annual savings With insulations and lightning improvements Saved energy (0,15 €/kWh) In heating ΔE = 1670 kWh -> 250 € In cooling ΔE = 1320 kWh -> 200 € In lightning ΔE = 4970 kWh -> 750 € Using mechanical ventilation ΔE = 660 kWh -> 100 € Total savings: 8600 kWh -> 1300 €

Improved Heating and Cooling System

What to improve Selling the Diesel heater New pump for heating cycle New UV-opaque insulation outside Renew pipe insulation Install PV on the campus

HOUSE 1 New roof/fix it New plaster  white plaster to reflect light/radiation No insulation  thick walls PV panels on the roof south orientation possible Caps above the windows and doors New doors New windows New water pipes Connect electricity

HOUSE 2 Plaster on the outside walls Renovation of the balcony: New plaster New paint New door

HOUSE 3 Best shaped building Only some slight changes: New paint surface etc

THANKS FOR YOUR TIME!