The document is a presentation given by Marjorie Sadler, a Supervisory Contract Specialist at the Resident Officer in Charge of Construction (ROICC) at Marine Corps Air Station Cherry Point, about contracting opportunities at the base. It provides an overview of the facilities and customers at the base, recent and upcoming construction projects, and how small businesses can find out about and pursue contracting opportunities for architectural and engineering services, construction, and facilities maintenance.
[Nordic GBC Conference 2013] Jani Päivänen: Solar energy potential measurementGBC Finland
The document discusses a study conducted on the solar energy potential of buildings in Espoo, Finland. A collaboration between universities and engineering companies developed a computer software model called SEES (Solar Energy from Existing Structures) to analyze the solar energy potential of the 44,000 buildings across Espoo's 425 square kilometers. The SEES analysis provides users with an easy way to estimate a building's solar electricity and heat production based on location and roof attributes. The software is being developed to help consumers, building owners, urban planners and others evaluate renewable energy options and their impacts.
Brunel University needed to provide wireless access across its 70 buildings to meet students' expectations of being able to use their own devices anywhere on campus. It implemented Cisco's BYOD Smart Solution using Cisco ISE to provide a single, secure wireless network with differentiated access for staff, students, and visitors. This helped ensure a consistent user experience across campus and expanded wireless access to over 1,000 access points, improving network performance while maintaining security.
Great Ormond Street Hospital underwent a digital transformation project to stabilize its network and create a platform for improved clinical systems, communications, and video. The hospital worked with Cisco to deploy a high-performance network with 99.9999% availability. This allowed for unified communications tools, telepresence, and improved data access. The new infrastructure has enabled better patient care through tools like telemedicine and easier sharing of medical information.
The document provides information for businesses interested in pursuing opportunities in the North Carolina military and government contracting market. It summarizes the types of clients suited for this market, how the government acquires goods and services, opportunities in subcontracting, an overview of the North Carolina Military Business Center which assists firms, and steps businesses should take to pursue opportunities.
The document is a presentation given by Marjorie Sadler, a Supervisory Contract Specialist at the Resident Officer in Charge of Construction (ROICC) at Marine Corps Air Station Cherry Point, about contracting opportunities at the base. It provides an overview of the facilities and customers at the base, recent and upcoming construction projects, and how small businesses can find out about and pursue contracting opportunities for architectural and engineering services, construction, and facilities maintenance.
[Nordic GBC Conference 2013] Jani Päivänen: Solar energy potential measurementGBC Finland
The document discusses a study conducted on the solar energy potential of buildings in Espoo, Finland. A collaboration between universities and engineering companies developed a computer software model called SEES (Solar Energy from Existing Structures) to analyze the solar energy potential of the 44,000 buildings across Espoo's 425 square kilometers. The SEES analysis provides users with an easy way to estimate a building's solar electricity and heat production based on location and roof attributes. The software is being developed to help consumers, building owners, urban planners and others evaluate renewable energy options and their impacts.
Brunel University needed to provide wireless access across its 70 buildings to meet students' expectations of being able to use their own devices anywhere on campus. It implemented Cisco's BYOD Smart Solution using Cisco ISE to provide a single, secure wireless network with differentiated access for staff, students, and visitors. This helped ensure a consistent user experience across campus and expanded wireless access to over 1,000 access points, improving network performance while maintaining security.
Great Ormond Street Hospital underwent a digital transformation project to stabilize its network and create a platform for improved clinical systems, communications, and video. The hospital worked with Cisco to deploy a high-performance network with 99.9999% availability. This allowed for unified communications tools, telepresence, and improved data access. The new infrastructure has enabled better patient care through tools like telemedicine and easier sharing of medical information.
The document provides information for businesses interested in pursuing opportunities in the North Carolina military and government contracting market. It summarizes the types of clients suited for this market, how the government acquires goods and services, opportunities in subcontracting, an overview of the North Carolina Military Business Center which assists firms, and steps businesses should take to pursue opportunities.
The document summarizes the mission and work of the US Army Corps of Engineers Wilmington District. It outlines that the district serves the Armed Forces through civil works like water resources, regulatory services, and emergency management. It also supports military construction projects at bases like MOTSU and Fort Bragg. The document provides details on upcoming fiscal year 2012 civil works projects in Wilmington including maintenance dredging and repairs. It ends with contact information for small business contracting opportunities.
How did a small team motivate tens of thousands of
people around the world to help a nation to transform
its economy? Find out in a case study that highlights
the experiences gained during an innovation initiative
in the Republic of Ireland.
Customer Name: Cable&Wireless Worldwide
Industry: Telecommunications
Location: Worldwide
Company size: 6000 people
Challenge
• Create customer service center of excellence
• Increase customer and employee satisfaction while reducing costs
Solution
• Cisco Unified Contact Center Hosted and IP Telephony
• Call recording from Verint
• Service management system from BMC
Results
• Significantly reduced contact center operating costs
• Reduced abandoned calls to 1 percent
• Increased employee satisfaction by 26 percent
A shipping company needed reliable network connectivity between its ships and headquarters. The existing solution only supported one carrier at a time and had connectivity outages when switching. Atea and Cisco implemented a solution using Cisco ISR G2 routers with PfR technology to support simultaneous connectivity to multiple carriers. This provided continuous connectivity, met security standards, and reduced communication costs by 30-40%.
The document summarizes several energy initiatives at MCAS Beaufort that have significantly reduced its energy usage and costs. It describes 3 phases of energy savings performance contracts (ESPCs) that implemented energy efficiency upgrades like geothermal heating/cooling, co-generation plants, and lighting replacements. Phase I achieved savings of 55,474 MBTU/year, Phase II achieved 18,230 MBTU/year in additional savings, and Phase III achieved a further 4.2% reduction. Charts show how the base has exceeded reduction goals from its 2003 baseline to achieve over 30% lower energy intensity and nearly 52% lower water usage currently.
The document provides information about the North Carolina Small Business and Technology Development Center (SBTDC) and its Procurement Technical Assistance Center (PTAC). The SBTDC is a statewide business advisory service that offers counseling, training, and resources to small businesses. Its PTAC program specifically provides assistance to small businesses interested in contracting with local, state, and federal government entities. The summary outlines registration and bidding processes small businesses need to go through to pursue government contracting opportunities.
EeMAP: Comments to Energy Efficient Mortgages - Juho Maalahti, NordeaGBC Finland
1. Commercial and residential buildings represent an important opportunity for mitigating climate change through increased energy efficiency, as they account for 40% of primary energy consumption and 30% of CO2 emissions in the EU.
2. Nordea Bank recognizes opportunities to create positive environmental impacts through green products that encourage energy efficiency and cleaner energy consumption among homeowners.
3. As about half of Nordea's lending is for households, and it has a 30% market share of the Finnish mortgage market, the bank is well positioned to influence energy use given most household loans are for properties in urban areas.
EeMAP: Story so far – James Drinkwater, WorldGBCGBC Finland
This document summarizes the progress and timeline of the EeMAP initiative, which aims to leverage mortgages to improve the energy efficiency of European buildings. It discusses that mortgages represent a large portion of EU banking and notes key financial institutions' support. Consumer research found energy efficiency is an important factor for Italian homebuyers. The initiative will pilot guidelines in 2018 and collect anonymized loan performance data to demonstrate lower risk to lenders. National workshops will provide feedback to refine proposals before the June pilot launch.
EeMAP: Sustainable Finance in Finland - Elina Salminen, Finance FinlandGBC Finland
The document discusses sustainable finance in Finland. The Financial Sector Entities (FFI) in Finland represents 180 member organizations in the financial sector with 26,000 employees. In 2017, the FFI Board decided to support limiting global warming to below 2 degrees Celsius and to collaboratively develop climate change indicators for reporting. An ad hoc working group was formed to draft a sustainable development commitment and guidelines on indicators. The FFI also generally supports projects combating climate change and sees integrating a green supporting factor into capital regulations as a way to influence matters, but cautions it needs more assessment first.
EeMAP: Energy Efficient Morgages Initiative - Marie Louise Andersen, EMF/ECBCGBC Finland
This document summarizes the Energy Efficient Mortgages Initiative. It discusses how improving the energy efficiency of housing stock can provide benefits to borrowers, lenders, investors and society. The initiative aims to create a pan-European private financing mechanism to encourage energy renovations through incentives linked to mortgages. This would support the EU's energy savings targets. The mechanism would offer interest rate discounts for new highly efficient buildings or existing buildings that improve their efficiency. Technical committees are examining data and guidelines to support piloting energy efficient mortgage products.
The document summarizes the mission and work of the US Army Corps of Engineers Wilmington District. It outlines that the district serves the Armed Forces through civil works like water resources, regulatory services, and emergency management. It also supports military construction projects at bases like MOTSU and Fort Bragg. The document provides details on upcoming fiscal year 2012 civil works projects in Wilmington including maintenance dredging and repairs. It ends with contact information for small business contracting opportunities.
How did a small team motivate tens of thousands of
people around the world to help a nation to transform
its economy? Find out in a case study that highlights
the experiences gained during an innovation initiative
in the Republic of Ireland.
Customer Name: Cable&Wireless Worldwide
Industry: Telecommunications
Location: Worldwide
Company size: 6000 people
Challenge
• Create customer service center of excellence
• Increase customer and employee satisfaction while reducing costs
Solution
• Cisco Unified Contact Center Hosted and IP Telephony
• Call recording from Verint
• Service management system from BMC
Results
• Significantly reduced contact center operating costs
• Reduced abandoned calls to 1 percent
• Increased employee satisfaction by 26 percent
A shipping company needed reliable network connectivity between its ships and headquarters. The existing solution only supported one carrier at a time and had connectivity outages when switching. Atea and Cisco implemented a solution using Cisco ISR G2 routers with PfR technology to support simultaneous connectivity to multiple carriers. This provided continuous connectivity, met security standards, and reduced communication costs by 30-40%.
The document summarizes several energy initiatives at MCAS Beaufort that have significantly reduced its energy usage and costs. It describes 3 phases of energy savings performance contracts (ESPCs) that implemented energy efficiency upgrades like geothermal heating/cooling, co-generation plants, and lighting replacements. Phase I achieved savings of 55,474 MBTU/year, Phase II achieved 18,230 MBTU/year in additional savings, and Phase III achieved a further 4.2% reduction. Charts show how the base has exceeded reduction goals from its 2003 baseline to achieve over 30% lower energy intensity and nearly 52% lower water usage currently.
The document provides information about the North Carolina Small Business and Technology Development Center (SBTDC) and its Procurement Technical Assistance Center (PTAC). The SBTDC is a statewide business advisory service that offers counseling, training, and resources to small businesses. Its PTAC program specifically provides assistance to small businesses interested in contracting with local, state, and federal government entities. The summary outlines registration and bidding processes small businesses need to go through to pursue government contracting opportunities.
EeMAP: Comments to Energy Efficient Mortgages - Juho Maalahti, NordeaGBC Finland
1. Commercial and residential buildings represent an important opportunity for mitigating climate change through increased energy efficiency, as they account for 40% of primary energy consumption and 30% of CO2 emissions in the EU.
2. Nordea Bank recognizes opportunities to create positive environmental impacts through green products that encourage energy efficiency and cleaner energy consumption among homeowners.
3. As about half of Nordea's lending is for households, and it has a 30% market share of the Finnish mortgage market, the bank is well positioned to influence energy use given most household loans are for properties in urban areas.
EeMAP: Story so far – James Drinkwater, WorldGBCGBC Finland
This document summarizes the progress and timeline of the EeMAP initiative, which aims to leverage mortgages to improve the energy efficiency of European buildings. It discusses that mortgages represent a large portion of EU banking and notes key financial institutions' support. Consumer research found energy efficiency is an important factor for Italian homebuyers. The initiative will pilot guidelines in 2018 and collect anonymized loan performance data to demonstrate lower risk to lenders. National workshops will provide feedback to refine proposals before the June pilot launch.
EeMAP: Sustainable Finance in Finland - Elina Salminen, Finance FinlandGBC Finland
The document discusses sustainable finance in Finland. The Financial Sector Entities (FFI) in Finland represents 180 member organizations in the financial sector with 26,000 employees. In 2017, the FFI Board decided to support limiting global warming to below 2 degrees Celsius and to collaboratively develop climate change indicators for reporting. An ad hoc working group was formed to draft a sustainable development commitment and guidelines on indicators. The FFI also generally supports projects combating climate change and sees integrating a green supporting factor into capital regulations as a way to influence matters, but cautions it needs more assessment first.
EeMAP: Energy Efficient Morgages Initiative - Marie Louise Andersen, EMF/ECBCGBC Finland
This document summarizes the Energy Efficient Mortgages Initiative. It discusses how improving the energy efficiency of housing stock can provide benefits to borrowers, lenders, investors and society. The initiative aims to create a pan-European private financing mechanism to encourage energy renovations through incentives linked to mortgages. This would support the EU's energy savings targets. The mechanism would offer interest rate discounts for new highly efficient buildings or existing buildings that improve their efficiency. Technical committees are examining data and guidelines to support piloting energy efficient mortgage products.
This document discusses two phases of sustainability and well-being certification for buildings. The first phase focuses on resource efficiency through metrics like energy, water, and materials use. The second phase focuses on occupant well-being through assessing air quality, light, nourishment, activity, comfort, and mental well-being. The WELL building standard addresses these factors through preconditions and optimizations. Certification requires assessing current performance, developing improvement plans, implementing actions, and ongoing monitoring to enhance occupant satisfaction, retention, and financial outcomes.
BUILD UPON: Luca Bertalot - Road Map for an Energy Efficient MortgageGBC Finland
Buildings are responsible for 40% of EU energy consumption and 36% of CO2 emissions. 75-90% of the existing building stock will still be standing in 2050, so improving energy efficiency is key to meeting EU energy and emissions targets. This document proposes a pan-European financing mechanism to incentivize households to retrofit buildings for energy efficiency through financial incentives linked to mortgages. This would support private investment in energy efficiency improvements estimated to be €100 billion per year, helping the EU meet its 2020 energy savings target.
BUILD UPON: Monica Ardeleanu - Green homes & mortgages: quality, health and f...GBC Finland
The document discusses the benefits of green homes and mortgages, including lower costs, health benefits, and financial returns compared to traditional homes. It provides examples of green housing projects in Romania that have achieved certification. Government policies like property tax reductions for green buildings could further incentivize deep energy renovations. Moving forward, engagement is needed from mortgage underwriters, real estate appraisers, insurers and national banks to recognize the financial benefits of energy efficiency and lower total homeownership costs.
BUILD UPON: Pasi Tainio - Yhteishankinta: Energiahankkeita edullisesti ja hel...
[Nordic GBC Conference 2013] Jørgen Kreiner-Møller: Albertslund South - Sustainable development of Albertslund South
1. ALBERTSLUND SOUTH
Nordic Green Buliding Council’s Conference 2013
SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
ALBERTSLUND SOUTH
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
2. ALBERTSLUND SOUTH Introduction
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
3. ALBERTSLUND SOUTH Where Are We?
ALBERTSLUND
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
4. ALBERTSLUND SOUTH An Entirely New City Built on Functionalist Urban Planning and Architectural Ideals
4 / 18
SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
5. ALBERTSLUND SOUTH The Multi-storey Apartment Blocks 1969
5 / 18
SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
6. ALBERTSLUND SOUTH The Terrace Houses 1969
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
7. ALBERTSLUND SOUTH The Patio Houses 1969
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
8. ALBERTSLUND SOUTH The Inspriration - Utzon “Kingo” Patio Houses
8 / 18
SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
9. ALBERTSLUND SOUTH Sustainable Renovation - a Holistic Consideration
Altankatalog
eksempel på ’small’
profil ved dæk
beslag på tværvæg
væg
ramme
bund
glas med solceller
perforeret stålplade
stålgitter
farvet glas
galvaniseret stålplade
farvet glas
glas med tryk
sider fronter
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
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10. ALBERTSLUND SOUTH Sustainable Renovation - Life Cycle Approach
10 / 18
SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
11. ALBERTSLUND SOUTH General Renovation of 550 Terrace Houses - Masterplan South 2nd Phase
“Fisken Kvarter” 2009
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
12. ALBERTSLUND SOUTH Pilot: Sustainable Renovation of 6 Terrace Houses - The “EUDP” Project
12 / 18
SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as
13. Energibehov eksisterende Klimaskærm Kli
forhold: 212 kWh/m² Ydervæg +245 mm
ALBERTSLUND SOUTH
Tag +200 mm
The EUDP Project - The Concept + Calculation of Energy Consumption
ALBERTSLUND KONCEPTET EUDP
Dæk +250 mm
Overtemp.1% 1%
EL EL Alm. tæthed (100%) Tæ
Overtemp.13%
13% 2 lags vinduer (1,4)
Installationer Ins
RESULTAT AF ENERGIOPTIMERINGER - ENERGIMODELLER
VG
Sty
Varme 86% Lavtemp. FJV
Energibehov eksisterende forhold 212 kWh/m² Varme
86%
DP
tslund konceptet EUDP
Albertslund konceptet EUDP
Albertslund konceptet EUDP
Albertslund konceptet EUDP
Albertslund konceptet E
er -af energioptimeringer - af energioptimeringer - af energioptimeringer - af energioptimeringer -af energioptimeri
tat EnergimodellerResultat Energimodeller Resultat Energimodeller Resultat Energimodeller Energibehov,Energimodeller
Resultat kWh/m² 90
Merpris for energitiltag (HV-udg. ex. moms)
Relativ merpris, %
0-ENERGI 2020P ALT. LAVENERGIKL. 1 LAVENERGIKL. 1 LAVENERGIKL. 2 BR08
Klimaskærm Klimaskærm Klimaskærm Klimaskærm Klimaskærm Klimaskærm
1 alt.
8 22020 P Ydervæg +400mm 1 alt.
1 + BR08 22020 P
Ydervæg +400mm 1 +Ydervæg +350mm
BR081 alt. 2 2020Ydervæg +245mm BR08 Ydervæg +245mm P
P 1 + 1 alt. 22020 1 YdervægBR08alt.
+ 1
+245mm 2 2020 P 1 +
Tag +200mm Tag +200mm Tag +200mm Tag +200mm Tag +200mm Tag +200mm
Dæk +250mm Dæk +250mm Dæk +250mm Dæk +250mm Dæk +250mm Dæk +250mm
m EnergibehovKlimaskærm Klimaskærm Klimaskærm Energibehov eksisterende
maskærm Klimaskærm eksisterende Klimaskærm Klimaskærm Klimaskærm Klimaskærm Klimaskærm Klimaskærm Energibehov eksisterende
Klimaskærm Klimaskærm Klimaskærm Klimaskærm Klimaskærm Klimaskærm EnergibehovKlimaskærm Klimaskærm Klimaskærm
Klimaskærm Klimaskærm Klimaskærm eksisterende Klimaskærm Klimaskærm Klimaskærm Klimaskærm Klimaskærm Klimaskæ
245 forhold: 212 Ydervæg 400 mm tæthed 0,5 l/s pr. m² 350 mm212 Ydervæg 400 mm m²
ervæg 350 mm
mm kWh/m²
Alm. Ydervæg +245forhold:
Ydervæg mm Alm. tæthed 0,5 l/s pr.
kWh/m²
Alm. tæthed mm l/s pr. m²
1,3
Ydervæg +245forhold: 212 Ydervæg 400 mm
Ydervæg 350 mm kWh/m²
Alm. tæthed 0,75Ydervægm² mm tæthed Ydervæg 400 m²
l/s pr. Ydervæg 350 mm
Alm. 0,75 l/s pr. mm
+245forhold: 212 kWh/m² Alm.YdervægYdervæg 350 m²
tæthed +245 l/s pr. mm
1,5 mm Ydervæg 400 mm
leret brystning
m Special vinduer+200 mm brystning
Tag (0,9)
Isoleret Special vinduer (0,9) 3 lags vinduer (1,1)
Tag +200 mm brystning
Isoleret 3 lags vinduer (1,1) +200 mm 2 lags vinduer (1,4)
Tag Isoleret brystning 2 lags vinduer (1,4)
Tag +200 mm brystning
Isoleret
mm Isoleret brystning mm
Dæk +250 Isoleret brystning Isoleret brystning
Dæk +250 mm Dæk +250 mm Dæk +250 mm
EL 1% (80%) EL 1% (50%) Alm. tæthed (100%) Tæthed (50%)
(80%) EL 1% (50%) Alm. tæthed (100%) Tæthed (50%)
(80%) EL 1%
thedOvertemp. (50%) (33%)Tæthed (50%) Alm. tæthed (100%) Tæthed Tæthed (33%) Tæthed Tæthed (33%) Tæthed Overtemp. Tæthed (33%) Tæthed Tæthed (33%) TæthedOvertemp. Tæthed (33%) Tæthed Tæthed (33%) Tæthed (80%)Tæthed (50%) (33%)Tæthed (50%) (
(100%) Tæthed Tæthed
(80%) Tæthed (33%)Tæthed Overtemp. (50%) (50%)Alm. tæthed (100%) Tæthed Tæthed
er (1,4) Installationer
Speciel vinduer lags vinduer (1,1) vinduer (1,4)
3 (0,9) 2 lags
Installationer Installationer
Speciel vinduer (0,9) vinduer 2 lags vinduer (1,4)
3 lags (1,1) Installationer (1,1) Installationer
Speciel vinduer (0,9) vinduer 2 lags vinduer (1,4)
3 lags 3 lags Installationer
Speciel vinduer (0,9) vinduer 2 lags vinduer (1,4)
(1,1) Speciel vinduer (0,9) vinduer (1,1
3 lags
er 13% Lavtemp. FJV
InstallationerInstallationer Installationer
tallationerInstallationer 13%
InstallationerInstallationer Lavtemp. FJV
Installationer Installationer Installationer
Installationer 13%
Installationer Installationer Installationer Lavtemp. FJV
Lavtemp. FJV 13% FJV
Installationer Installationer Installationer Lavtemp. Lavtemp. FJV
Installationer Installationer Installationer
Installationer Installationer Installationer Installationer Installationer
Installationer Installationer Installationer Installati
VGV 0,85 VGV 0,85 VGV0,85
VGV 0,85 VGV 0,85 VGV 0,85 VGV 0,85 VGV 0,85 0,85
VGV VGV 0,85
Styret udluftning Styret udluftning
JV
en Solafskærmning
Styret udluftning Ingen
Solafskærmning Lavtemp. FJV
Styret udluftning Solafskærmning
Solafskærmning
Styret udluftning Styret udluftningStyret udluftning Lavtemp. FJV StyretStyret udluftning
Lavtemp. FJV
Ingen Solafskærmning Solafskærmning Ingen
udluftning
Solafskærmning Solafskærmning Lavtemp. FJV
Ingen
Styret udluftning
Solafskærmning Solafskærmning
afskærmning Solvarme 7 m Solafskærmning solafskærmning
2
Ingen solvarme Solafskærmningm2
Solvarme 7 Solafskærmning
Ingen solvarme solafskærmning Solafskærmning solvarme
Solvarme 7 m
2
Ingen solafskærmning Solvarme 7 m
2
Ingen solvarme solafskærmning Solvarme 7 m
2
Ingen sol
Solceller 10 10 solceller
m m²
2
Solvarme 7 m² 2
10 m solceller
2
10 m solceller
2
10 m solceller
2
10 m so
Varme Varme Varme Varme
86% 86% 86% 86%
0 45 Energibehov, kWh/m² 45
64 22 0 90 45 Energibehov, kWh/m² 45
64 22 0 90 45 Energibehov, kWh/m² 45
64 22 0 90 45 Energibehov, kWh/m² 45
64 22 0 90 45 64 22 45
Energibehov 0 kWh/m² 22 kWh/m² 45kWh/m² 45kWh/m² 64 kWh/m² 90 kWh/m²
76.382
oms) 40.617 158.293 70.382 200.693 76.382
Merpris for energitiltag (HV-udg. ex. moms) 40.617 158.293 70.382200.693 76.382
Merpris for energitiltag (HV-udg. ex. moms) 40.617 158.293 70.382 200.693 76.382
Merpris for energitiltag (HV-udg. ex. moms) 40.617 158.293 70.382200.693 76.382
Merpris for energitiltag (HV-udg. ex. moms) 40.617 158.293 70.382 20
7% Merpris energitiltag 7%200.693kr.
4% 15% 19% 7% 4%158.293kr.
15% 7% 19% 76.382kr.
7% 4% 15% 70.382kr. 19%
7% 7% 40.617kr. 15%
4% 7% 19% -- 7% 4% 15% 7% 1
Relativ merpris, % Relativ merpris, % Relativ merpris, % Relativ merpris, %
(HV-udg. ex. moms)
Relativ merpris 19% 15% 7% 7% 4% --
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
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14. ALBERTSLUND SOUTH The EUDP Project - Floor Plans
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
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15. ALBERTSLUND SOUTH The EUDP Project - Section
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
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16. ALBERTSLUND SOUTH The EUDP Project - Interior + Exterior Today
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
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17. ALBERTSLUND SOUTH The EUDP Project - Before and After
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
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18. ALBERTSLUND SOUTH
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SUSTAINABLE DEVELOPMENT OF EXISTING BUILDING STOCK
Nordic Green Buliding Council’s Conference 2013 NOVA5 arkitekter as