This document provides training for coders to analyze digital activism campaigns. Coders will review campaign descriptions and code 11 variables for each case to measure campaign effectiveness. The variables include details on campaign goals, outcomes, and whether goals were realized. Coders are instructed to identify the number of goals, outcomes that achieved goals, unintended outcomes, and goals that were not achieved due to lack of outcome information. The coding aims to systematically analyze campaigns and quantify results to better understand their success in creating change consistent with campaign goals.
Petr Dvořák: Mobilní webové služby pohledem iPhone developeraWebExpo
Jak nejlépe uchopit komunikaci mezi mobilním zařízením a síťovými službami, jak nastavit spolupráci, pokud server a klient vyvíjí různé, často vzdálené organizace, a proč vůbec psát webové služby, když máme mobilní internet...
This paper was presented at the 10th Chinese Internet Research Conference held May 21-22, 2012 at the Annenberg School of Communication @ USC. It discusses the functions and implications of China's national search engine Jike from multiple theoretical perspectives.
1) The document discusses 4 rules for managing networks: don't think of networking but think about network structure; be a hub; if you can't be a hub, be a bridge; link to firms and people unlike yourself.
2) Network analysis uses tools to statistically describe network structure consisting of nodes and connections, with performance benefits up to a point as connections are expensive to maintain.
3) The rules advise focusing on network structure rather than just networking, being highly connected, facilitating connections between others if not highly connected yourself, and linking diverse groups.
The document discusses the potential for solar photovoltaic (PV) energy worldwide. It summarizes studies that project significant growth in PV installation and generation through 2050. One study estimates over 1 terawatt of cumulative installed PV capacity globally by 2050, with PV providing up to one-fourth of electricity production and one-sixth of total energy demand. The document also outlines the role of different regions in this projected growth, with developed markets like Europe and the US expected to lead initially before being surpassed by developing markets.
1) The document discusses the large potential for solar photovoltaic (PV) power in "sunbelt" countries, which represent 75% of the world's population and 39% of global electricity demand.
2) Electricity consumption in these countries is projected to grow 150% in the next 20 years, and PV is projected to become cost-competitive with peak generation by 2020 and most generation technologies by 2030.
3) Depending on the scenario, PV potential in sunbelt countries could range from 60-250 gigawatts by 2020 and 260-1,100 gigawatts by 2030, representing a significant portion of projected global PV capacity.
This document provides training for coders to analyze digital activism campaigns. Coders will review campaign descriptions and code 11 variables for each case to measure campaign effectiveness. The variables include details on campaign goals, outcomes, and whether goals were realized. Coders are instructed to identify the number of goals, outcomes that achieved goals, unintended outcomes, and goals that were not achieved due to lack of outcome information. The coding aims to systematically analyze campaigns and quantify results to better understand their success in creating change consistent with campaign goals.
Petr Dvořák: Mobilní webové služby pohledem iPhone developeraWebExpo
Jak nejlépe uchopit komunikaci mezi mobilním zařízením a síťovými službami, jak nastavit spolupráci, pokud server a klient vyvíjí různé, často vzdálené organizace, a proč vůbec psát webové služby, když máme mobilní internet...
This paper was presented at the 10th Chinese Internet Research Conference held May 21-22, 2012 at the Annenberg School of Communication @ USC. It discusses the functions and implications of China's national search engine Jike from multiple theoretical perspectives.
1) The document discusses 4 rules for managing networks: don't think of networking but think about network structure; be a hub; if you can't be a hub, be a bridge; link to firms and people unlike yourself.
2) Network analysis uses tools to statistically describe network structure consisting of nodes and connections, with performance benefits up to a point as connections are expensive to maintain.
3) The rules advise focusing on network structure rather than just networking, being highly connected, facilitating connections between others if not highly connected yourself, and linking diverse groups.
The document discusses the potential for solar photovoltaic (PV) energy worldwide. It summarizes studies that project significant growth in PV installation and generation through 2050. One study estimates over 1 terawatt of cumulative installed PV capacity globally by 2050, with PV providing up to one-fourth of electricity production and one-sixth of total energy demand. The document also outlines the role of different regions in this projected growth, with developed markets like Europe and the US expected to lead initially before being surpassed by developing markets.
1) The document discusses the large potential for solar photovoltaic (PV) power in "sunbelt" countries, which represent 75% of the world's population and 39% of global electricity demand.
2) Electricity consumption in these countries is projected to grow 150% in the next 20 years, and PV is projected to become cost-competitive with peak generation by 2020 and most generation technologies by 2030.
3) Depending on the scenario, PV potential in sunbelt countries could range from 60-250 gigawatts by 2020 and 260-1,100 gigawatts by 2030, representing a significant portion of projected global PV capacity.
UKPVC 2010 Paul Lewis - The Energy Performance Guarantee - overcoming the com...Paul van der Linden
The document discusses overcoming challenges to implementing photovoltaic (PV) systems in the UK through an energy performance guarantee model. It outlines Self Energy UK's experience financing on-site renewable energy projects in Europe. Their model involves providing capital and taking on performance risk to install PV systems for clients. Lessons from feed-in tariff programs in countries like Germany that have incentivized 12% renewable energy are relevant for the UK's PV opportunity. Energy service companies can help access financing and expertise to remove risks, as outlined in a case study of a 3 MW PV installation across 40 buildings in Gran Canary Island.
UKPVC 2010 Bruce Huber - The business opportunities according to a leading in...Paul van der Linden
The business opportunities according to a leading investmant banking group
Bruce Huber - Managing Director Jefferies International, Global Head Cleantech Investment Banking
UKPVC 2010 Jeremy Leggett - Customer experiences in the UK PV market- what do...Paul van der Linden
The document discusses perspectives on the UK solar PV market. It summarizes the long journey to establishing a feed-in tariff in the UK. The feed-in tariff was launched in April 2010 and is expected to lead to over 700,000 household microgeneration installations by 2020, mostly solar PV. However, the UK civil service expects only modest growth in the UK PV market. Ongoing lobbying will be needed to ensure PV receives continued support in future reviews of the tariff levels beginning in 2012.
UKPVC 2010 Thomas Wedde - New inverter developments for solar pv in the UKPaul van der Linden
The document summarizes a presentation given by Mr. Thomas Wedde of SMA Solar Technology AG at a UK PV conference in London on June 22, 2010. The presentation introduced new inverter developments for the UK solar PV market, including the Sunny Boy HF-series for residential use and the Sunny Tripower series for commercial projects. It also discussed new DC connector and monitoring technologies, and provided an update on SMA's production capacity and ability to meet demand for inverters.
Teun bokhoven the succes of the belgian market as a start for the ukPaul van der Linden
The document discusses the success of the Belgium solar PV market and lessons that can be applied in the UK market. It summarizes that the Belgium market boomed in recent years due to incentives, awareness campaigns, rising demand, and a well-developed supply side. Key aspects that contributed to the supply side development included certified products, company competence and skills in engineering and design, and prioritizing aesthetics and building client confidence. These lessons indicate that developing a complete supply chain with optimized, pre-assembled kits and roof-integrated PV modules could help drive future solar market growth in the UK.
Giuliano digilio the prosperous future and business opportunities for elect...Paul van der Linden
The document discusses opportunities for electrical contractors in the growing solar PV market in the UK. It summarizes that solar PV systems convert light to renewable electricity and benefit clients through energy cost savings and government incentives. However, electrical contractors will need to promote their skills in PV technology, receive training and guidance, and get involved early in the design process to capitalize on the opportunities. National standards, regulations, and certifications must also be followed for proper installation, inspection, and commissioning of PV systems.
UKPVC 2010 Jeremy Leggett - Customer experiences in the uk pv market- what do...Paul van der Linden
The document discusses perspectives on the UK solar PV market. It summarizes the long journey to establishing a feed-in tariff in the UK. The feed-in tariff launched on April 1, 2010 is expected to drive sustainable growth in the UK solar PV market through 2020, though ongoing lobbying will be needed to maintain support. The tariff aims to balance cost effectiveness with engagement and compatibility with energy policy goals.
UKPVC 2010 - Clive Collison - Experience of a solar pv projects companyPaul van der Linden
South Facing is a UK-based solar PV installation and distribution company with over 6 years of experience. They specialize in designing and installing grid-connected solar PV systems and offer engineering services. Their clients include construction companies, housing associations, government entities, commercial, private and institutional investors. South Facing analyzes the UK solar market drivers and changes, comparing it to markets in Europe. They expect continued growth in the UK market despite economic challenges.
This document provides an overview of the Feed-in Tariff (FIT) scheme from Ofgem's perspective, including:
1) Context around the UK government's renewable energy policy goals and the introduction of FITs in April 2010.
2) An outline of how the FIT scheme works, with generators receiving fixed generation and export tariffs for their renewable output.
3) A breakdown of the roles of various organizations in administering the FIT scheme, including Ofgem, DECC, EST, MCS, and others.
4) Next steps in the implementation of the FIT scheme in the coming months, including deadlines, system updates, and reporting requirements.
The document summarizes the Microgeneration Certification Scheme (MCS) in the UK. The MCS is an industry-led certification scheme supported by the UK government for small-scale renewable energy manufacturers and installers. It aims to ensure quality standards are met and "rogue traders" are filtered out. The scheme provides consumer confidence and sets coherent standards for the growing renewable energy market in the UK. While it has strengths, there is potential for improvement such as standardizing assessment fees and harmonizing with other certification schemes.
The document discusses the UK photovoltaic (PV) market and the Feed-in Tariff (FIT) scheme. It provides background on previous renewable energy policies, describes the key aspects of the new FITs program including eligible technologies, tariff levels and durations. It also covers administration of the scheme, potential issues, and projections for significant growth in small-scale PV capacity and generation due to the incentives provided by the FITs.
1) The global PV market has experienced rapid growth over the past decade, with annual installations increasing from 12 GW in 2010 to over 140 GW projected by 2020.
2) Germany has been the leading market for solar PV, but growth is emerging in other major markets like Italy, the US, China, India, and France.
3) Continued declines in solar module prices and the prospect of "grid parity" in many markets will drive further market expansion over the next decade independent of subsidies.
The Solar Future DE - Bruce Sohn "By 2013, will it have been possible to achi...Paul van der Linden
This document discusses First Solar's strategy to transition solar markets to sustainability. It aims to reduce solar electricity costs through technology development, operational excellence and scale. First Solar uses price adaptive business models and partnerships to expand markets. Its goal is to become the low cost provider of solar electricity globally and maintain financial discipline to ensure superior returns. First Solar also discusses growth opportunities in transitioning solar markets in regions like the US, India, China and opportunities in sustainable markets by 2020-2050 time frame.
The Solar Future DE - Matt Cheney "A new large-scale solar initiative"Paul van der Linden
Matt Cheney; former CEO of Renewable Ventures, a wholly-owned subsidiary of Fotowatio, a global solar Independent Power Producer that is one of the largest companies of its kind worldwide
The Solar Future DE - Matt Cheney "A new large-scale solar initiative"Paul van der Linden
The document summarizes the state of the solar industry in 2010 and provides a vision for what it may look like in 2013. It notes that capital constraints were hindering development of late-stage solar projects in 2010. It then describes CleanPath Ventures' strategy to address this by providing mezzanine financing and expertise to complete projects and introduce new technologies. Their approach involves acquiring stalled projects, managing their development through construction and operations, and selling them once operational to generate returns.
The Solar Future DE - Karl Kuhlman "Can solar PV compete with grid energy in ...Paul van der Linden
This document discusses the photovoltaics market in Germany. It provides key facts about S.A.G. Solarstrom AG, including that it operates across the entire solar value chain. It outlines that the Renewable Energy Act supports photovoltaics in Germany and led to exponential growth in solar installations. It notes that while the feed-in tariff for solar has been reduced, the total economic costs of solar to date have been less than 7 billion euros. It predicts that Germany will remain the largest solar market if system prices continue to decline.
The Solar Future DE - Ingmar Wilhelm "Can solar PV compete with grid energy i...Paul van der Linden
The document discusses the future of the photovoltaic market. It notes that in 2009, all renewable technologies grew as expected, with solar growing 7% to reach around 1.230 GW of total installed capacity. It outlines Enel Green Power's activities across various renewable technologies and countries. It then examines projections for continued cost reductions and growth in solar capacity in Europe and Italy towards grid parity in the coming years, as well as the increasing importance of smart grids in enabling distributed solar generation.
The Solar Future DE - Manfred Bächler "Will grid parity have been achieved in...Paul van der Linden
This document discusses whether grid parity for solar photovoltaics will be achieved in Europe by 2013. It analyzes factors like electricity rates, balance of supply and demand, and total cost of ownership for different regions and market segments. Southern Europe is identified as having key advantages in solar resources and electricity costs. Grid parity is most likely to be reached first for residential customers in countries with high retail power prices and for commercial systems that can directly use solar power. However, grid parity is a moving target that depends on many variables and will be determined by real-world adoption, not projections.
UKPVC 2010 Paul Lewis - The Energy Performance Guarantee - overcoming the com...Paul van der Linden
The document discusses overcoming challenges to implementing photovoltaic (PV) systems in the UK through an energy performance guarantee model. It outlines Self Energy UK's experience financing on-site renewable energy projects in Europe. Their model involves providing capital and taking on performance risk to install PV systems for clients. Lessons from feed-in tariff programs in countries like Germany that have incentivized 12% renewable energy are relevant for the UK's PV opportunity. Energy service companies can help access financing and expertise to remove risks, as outlined in a case study of a 3 MW PV installation across 40 buildings in Gran Canary Island.
UKPVC 2010 Bruce Huber - The business opportunities according to a leading in...Paul van der Linden
The business opportunities according to a leading investmant banking group
Bruce Huber - Managing Director Jefferies International, Global Head Cleantech Investment Banking
UKPVC 2010 Jeremy Leggett - Customer experiences in the UK PV market- what do...Paul van der Linden
The document discusses perspectives on the UK solar PV market. It summarizes the long journey to establishing a feed-in tariff in the UK. The feed-in tariff was launched in April 2010 and is expected to lead to over 700,000 household microgeneration installations by 2020, mostly solar PV. However, the UK civil service expects only modest growth in the UK PV market. Ongoing lobbying will be needed to ensure PV receives continued support in future reviews of the tariff levels beginning in 2012.
UKPVC 2010 Thomas Wedde - New inverter developments for solar pv in the UKPaul van der Linden
The document summarizes a presentation given by Mr. Thomas Wedde of SMA Solar Technology AG at a UK PV conference in London on June 22, 2010. The presentation introduced new inverter developments for the UK solar PV market, including the Sunny Boy HF-series for residential use and the Sunny Tripower series for commercial projects. It also discussed new DC connector and monitoring technologies, and provided an update on SMA's production capacity and ability to meet demand for inverters.
Teun bokhoven the succes of the belgian market as a start for the ukPaul van der Linden
The document discusses the success of the Belgium solar PV market and lessons that can be applied in the UK market. It summarizes that the Belgium market boomed in recent years due to incentives, awareness campaigns, rising demand, and a well-developed supply side. Key aspects that contributed to the supply side development included certified products, company competence and skills in engineering and design, and prioritizing aesthetics and building client confidence. These lessons indicate that developing a complete supply chain with optimized, pre-assembled kits and roof-integrated PV modules could help drive future solar market growth in the UK.
Giuliano digilio the prosperous future and business opportunities for elect...Paul van der Linden
The document discusses opportunities for electrical contractors in the growing solar PV market in the UK. It summarizes that solar PV systems convert light to renewable electricity and benefit clients through energy cost savings and government incentives. However, electrical contractors will need to promote their skills in PV technology, receive training and guidance, and get involved early in the design process to capitalize on the opportunities. National standards, regulations, and certifications must also be followed for proper installation, inspection, and commissioning of PV systems.
UKPVC 2010 Jeremy Leggett - Customer experiences in the uk pv market- what do...Paul van der Linden
The document discusses perspectives on the UK solar PV market. It summarizes the long journey to establishing a feed-in tariff in the UK. The feed-in tariff launched on April 1, 2010 is expected to drive sustainable growth in the UK solar PV market through 2020, though ongoing lobbying will be needed to maintain support. The tariff aims to balance cost effectiveness with engagement and compatibility with energy policy goals.
UKPVC 2010 - Clive Collison - Experience of a solar pv projects companyPaul van der Linden
South Facing is a UK-based solar PV installation and distribution company with over 6 years of experience. They specialize in designing and installing grid-connected solar PV systems and offer engineering services. Their clients include construction companies, housing associations, government entities, commercial, private and institutional investors. South Facing analyzes the UK solar market drivers and changes, comparing it to markets in Europe. They expect continued growth in the UK market despite economic challenges.
This document provides an overview of the Feed-in Tariff (FIT) scheme from Ofgem's perspective, including:
1) Context around the UK government's renewable energy policy goals and the introduction of FITs in April 2010.
2) An outline of how the FIT scheme works, with generators receiving fixed generation and export tariffs for their renewable output.
3) A breakdown of the roles of various organizations in administering the FIT scheme, including Ofgem, DECC, EST, MCS, and others.
4) Next steps in the implementation of the FIT scheme in the coming months, including deadlines, system updates, and reporting requirements.
The document summarizes the Microgeneration Certification Scheme (MCS) in the UK. The MCS is an industry-led certification scheme supported by the UK government for small-scale renewable energy manufacturers and installers. It aims to ensure quality standards are met and "rogue traders" are filtered out. The scheme provides consumer confidence and sets coherent standards for the growing renewable energy market in the UK. While it has strengths, there is potential for improvement such as standardizing assessment fees and harmonizing with other certification schemes.
The document discusses the UK photovoltaic (PV) market and the Feed-in Tariff (FIT) scheme. It provides background on previous renewable energy policies, describes the key aspects of the new FITs program including eligible technologies, tariff levels and durations. It also covers administration of the scheme, potential issues, and projections for significant growth in small-scale PV capacity and generation due to the incentives provided by the FITs.
1) The global PV market has experienced rapid growth over the past decade, with annual installations increasing from 12 GW in 2010 to over 140 GW projected by 2020.
2) Germany has been the leading market for solar PV, but growth is emerging in other major markets like Italy, the US, China, India, and France.
3) Continued declines in solar module prices and the prospect of "grid parity" in many markets will drive further market expansion over the next decade independent of subsidies.
The Solar Future DE - Bruce Sohn "By 2013, will it have been possible to achi...Paul van der Linden
This document discusses First Solar's strategy to transition solar markets to sustainability. It aims to reduce solar electricity costs through technology development, operational excellence and scale. First Solar uses price adaptive business models and partnerships to expand markets. Its goal is to become the low cost provider of solar electricity globally and maintain financial discipline to ensure superior returns. First Solar also discusses growth opportunities in transitioning solar markets in regions like the US, India, China and opportunities in sustainable markets by 2020-2050 time frame.
The Solar Future DE - Matt Cheney "A new large-scale solar initiative"Paul van der Linden
Matt Cheney; former CEO of Renewable Ventures, a wholly-owned subsidiary of Fotowatio, a global solar Independent Power Producer that is one of the largest companies of its kind worldwide
The Solar Future DE - Matt Cheney "A new large-scale solar initiative"Paul van der Linden
The document summarizes the state of the solar industry in 2010 and provides a vision for what it may look like in 2013. It notes that capital constraints were hindering development of late-stage solar projects in 2010. It then describes CleanPath Ventures' strategy to address this by providing mezzanine financing and expertise to complete projects and introduce new technologies. Their approach involves acquiring stalled projects, managing their development through construction and operations, and selling them once operational to generate returns.
The Solar Future DE - Karl Kuhlman "Can solar PV compete with grid energy in ...Paul van der Linden
This document discusses the photovoltaics market in Germany. It provides key facts about S.A.G. Solarstrom AG, including that it operates across the entire solar value chain. It outlines that the Renewable Energy Act supports photovoltaics in Germany and led to exponential growth in solar installations. It notes that while the feed-in tariff for solar has been reduced, the total economic costs of solar to date have been less than 7 billion euros. It predicts that Germany will remain the largest solar market if system prices continue to decline.
The Solar Future DE - Ingmar Wilhelm "Can solar PV compete with grid energy i...Paul van der Linden
The document discusses the future of the photovoltaic market. It notes that in 2009, all renewable technologies grew as expected, with solar growing 7% to reach around 1.230 GW of total installed capacity. It outlines Enel Green Power's activities across various renewable technologies and countries. It then examines projections for continued cost reductions and growth in solar capacity in Europe and Italy towards grid parity in the coming years, as well as the increasing importance of smart grids in enabling distributed solar generation.
The Solar Future DE - Manfred Bächler "Will grid parity have been achieved in...Paul van der Linden
This document discusses whether grid parity for solar photovoltaics will be achieved in Europe by 2013. It analyzes factors like electricity rates, balance of supply and demand, and total cost of ownership for different regions and market segments. Southern Europe is identified as having key advantages in solar resources and electricity costs. Grid parity is most likely to be reached first for residential customers in countries with high retail power prices and for commercial systems that can directly use solar power. However, grid parity is a moving target that depends on many variables and will be determined by real-world adoption, not projections.
The Solar Future DE - Manfred Bächler "Will grid parity have been achieved in...
The Solar Future II - Frits Verhoef
1. Energieker
Het PV systeemhuis over
praktijkervaringen in Nederland
Frits Verhoef
22 april 2010
1
vrijdag 23 april 2010
2. Energieker - even voorstellen
•levert en installeert PV en zon-thermisch in NL
•met eigen installatie personeel
•sinds 2008
•vast: 8 FTE - 0-15 FTE flexibel
•top 10 PV systeemhuis / installateur in NL
•klanten:
•particulieren
•bedrijven
•woningcorporaties
2
april 2010 | the Solar Future
vrijdag 23 april 2010
8. internationale vergelijking
• Weinig omzet per bedrijf (populatie: branche organisatie, 50% van de markt)
Nederland Duitsland
2.000
1519
1.500
kWp
1.000
500
46
0
6
april 2010 | the Solar Future
vrijdag 23 april 2010
9. 2
SDE kent veel beperkingen
7
april 2010 | the Solar Future
vrijdag 23 april 2010
10. nog geen kwart van de subsidie wordt gebruikt
• iedereen kan subsidie aanvragen en legt beslag op uiterst
beperkt budget.
15kWp aanvraag wordt nooit gebouwd
8
april 2010 | the Solar Future
vrijdag 23 april 2010
13. SDE niet geschikt voor woningcorporaties
d’abord SDE
consommer Rationalisez
votre consommation
autrement Votre toit photovoltaïque va
produire en moyenne, pour 10 m2
de capteurs, environ 1 000 kWh
Un choix de vie par an d’électricité.
d’abord Votre installation est raccordée au réseau, vous
La consommation annuelle d’électricité d’un
consommer vermeden inkoop
disposez de toute l’électricité nécessaire pour satis- ménageRationalisez
moyen (hors chauffage, eau chaude et cuis-
faire l’indispensable et l’accessoire. son) est d’environ 3 000 kWh.
votrechassant le gaspillage, elle peut atteindre environ
En consommation
autrement
Alors pourquoi installer un générateur électrique
solaire chez vous ? Pour participer à la production 2 300 kWh.
d’énergie, de façon décentralisée et non polluante,
Votre toit photovoltaïque va
sans doute. Cette décision relève en tout cas plus
produire en moyenne, pour adoptant des gestes économes, en
Faites le calcul ! En 10 m2
d’un choix de vie que de considérations écono- de capteurs, environ 1 000 kWh électriques performants,
achetant des équipements
miques. Cela suppose une réflexion préalable sur votre production d’électricité en moyenne sur une année
Un choix de vie les habitudes et les comportements face à l’utilisa-
par an d’électricité.
peut donc être égale à la moitié de votre consommation
moyenne d’électricité pour tous les usages dits « captifs »,
Votre installation est raccordée au s’accompagner d’une démarche de maî-
doit aussi réseau, vous
meterkast
tion de l’énergie. Pour être cohérent, votre choix c’est à dire hors chauffage, eau chaude et cuisson.
La consommation annuelle d’électricité d’un chaude, pourquoi ne pas pen-
disposez de toute l’électricité nécessaire pour satis- Et pour le chauffage et l’eau
trise de vos consommations d’énergie, et tout (hors chauffage,aussichaude et»cuis- solutions existent pour l’eau
ménage moyen ser eau « solaire ? Des
faire l’indispensable et l’accessoire.
particulièrement d’électricité. son) est d’environ 3 000 kWh.chaude, mais aussi pour le chauffage de votre maison.
Alors pourquoi installer un générateur électrique
Aujourd’hui, consommer moins d’électricité enle gaspillage, elle peut atteindre environ
En chassant
solaire chez vous ? Pour participer à la production de confort et 300service,
conservant le même niveau
2
de
kWh.
d’énergie, de façon décentralisée et non polluante, Pour en savoir plus, consulter les guides pratiques
10 c’est possible. de L'ADEME : « Le chauffe-eau solaire » (n° 4272)
sans doute. Cette décision relève en tout cas plus Faites le calcul ! En adoptant des gestes économes, « Le chauffage solaire » (n° 3685).
et en april 2010 | the Solar Future
d’un choix de vie que de considérations écono- achetant des équipements électriques performants,
vrijdag 23 Cela suppose une réflexion préalable sur
miques. april 2010 votre production d’électricité en moyenne sur une année
14. SDE niet geschikt voor woningcorporaties
woningcorporatie
d’abord SDE
consommer Rationalisez
votre consommation
autrement Votre toit photovoltaïque va
produire en moyenne, pour 10 m2
de capteurs, environ 1 000 kWh
Un choix de vie par an d’électricité.
d’abord Votre installation est raccordée au réseau, vous
La consommation annuelle d’électricité d’un
consommer vermeden inkoop
disposez de toute l’électricité nécessaire pour satis- ménageRationalisez
moyen (hors chauffage, eau chaude et cuis-
faire l’indispensable et l’accessoire. son) est d’environ 3 000 kWh.
votrechassant le gaspillage, elle peut atteindre environ
En consommation
autrement
Alors pourquoi installer un générateur électrique
solaire chez vous ? Pour participer à la production 2 300 kWh.
d’énergie, de façon décentralisée et non polluante,
Votre toit photovoltaïque va
sans doute. Cette décision relève en tout cas plus
produire en moyenne, pour adoptant des gestes économes, en
Faites le calcul ! En 10 m2
d’un choix de vie que de considérations écono- de capteurs, environ 1 000 kWh électriques performants,
achetant des équipements
miques. Cela suppose une réflexion préalable sur votre production d’électricité en moyenne sur une année
Un choix de vie les habitudes et les comportements face à l’utilisa-
par an d’électricité.
peut donc être égale à la moitié de votre consommation
moyenne d’électricité pour tous les usages dits « captifs »,
Votre installation est raccordée au s’accompagner d’une démarche de maî-
doit aussi réseau, vous
meterkast
tion de l’énergie. Pour être cohérent, votre choix c’est à dire hors chauffage, eau chaude et cuisson.
La consommation annuelle d’électricité d’un chaude, pourquoi ne pas pen-
disposez de toute l’électricité nécessaire pour satis- Et pour le chauffage et l’eau
trise de vos consommations d’énergie, et tout (hors chauffage,aussichaude et»cuis- solutions existent pour l’eau
ménage moyen ser eau « solaire ? Des
faire l’indispensable et l’accessoire.
particulièrement d’électricité. son) est d’environ 3 000 kWh.chaude, mais aussi pour le chauffage de votre maison.
Alors pourquoi installer un générateur électrique
Aujourd’hui, consommer moins d’électricité enle gaspillage, elle peut atteindre environ
En chassant
solaire chez vous ? Pour participer à la production de confort et 300service,
conservant le même niveau
2
de
kWh.
d’énergie, de façon décentralisée et non polluante, Pour en savoir plus, consulter les guides pratiques
10 c’est possible. de L'ADEME : « Le chauffe-eau solaire » (n° 4272)
sans doute. Cette décision relève en tout cas plus Faites le calcul ! En adoptant des gestes économes, « Le chauffage solaire » (n° 3685).
et en april 2010 | the Solar Future
d’un choix de vie que de considérations écono- achetant des équipements électriques performants,
vrijdag 23 Cela suppose une réflexion préalable sur
miques. april 2010 votre production d’électricité en moyenne sur une année
15. SDE niet geschikt voor woningcorporaties
woningcorporatie
d’abord SDE
consommer Rationalisez
votre consommation
autrement Votre toit photovoltaïque va
produire en moyenne, pour 10 m2
de capteurs, environ 1 000 kWh
Un choix de vie par an d’électricité.
d’abord Votre installation est raccordée au réseau, vous
La consommation annuelle d’électricité d’un
consommer vermeden inkoop
disposez de toute l’électricité nécessaire pour satis- ménageRationalisez
moyen (hors chauffage, eau chaude et cuis-
faire l’indispensable et l’accessoire. son) est d’environ 3 000 kWh.
votrechassant le gaspillage, elle peut atteindre environ
En consommation
autrement
Alors pourquoi installer un générateur électrique
solaire chez vous ? Pour participer à la production
d’énergie, de façon décentralisée et non polluante,
sans doute. Cette décision relève en tout cas plus
huurder
2 300 kWh.
Votre toit photovoltaïque va
produire en moyenne, pour adoptant des gestes économes, en
Faites le calcul ! En 10 m2
d’un choix de vie que de considérations écono- de capteurs, environ 1 000 kWh électriques performants,
achetant des équipements
miques. Cela suppose une réflexion préalable sur votre production d’électricité en moyenne sur une année
Un choix de vie les habitudes et les comportements face à l’utilisa-
par an d’électricité.
peut donc être égale à la moitié de votre consommation
moyenne d’électricité pour tous les usages dits « captifs »,
Votre installation est raccordée au s’accompagner d’une démarche de maî-
doit aussi réseau, vous
meterkast
tion de l’énergie. Pour être cohérent, votre choix c’est à dire hors chauffage, eau chaude et cuisson.
La consommation annuelle d’électricité d’un chaude, pourquoi ne pas pen-
disposez de toute l’électricité nécessaire pour satis- Et pour le chauffage et l’eau
trise de vos consommations d’énergie, et tout (hors chauffage,aussichaude et»cuis- solutions existent pour l’eau
ménage moyen ser eau « solaire ? Des
faire l’indispensable et l’accessoire.
particulièrement d’électricité. son) est d’environ 3 000 kWh.chaude, mais aussi pour le chauffage de votre maison.
Alors pourquoi installer un générateur électrique
Aujourd’hui, consommer moins d’électricité enle gaspillage, elle peut atteindre environ
En chassant
solaire chez vous ? Pour participer à la production de confort et 300service,
conservant le même niveau
2
de
kWh.
d’énergie, de façon décentralisée et non polluante, Pour en savoir plus, consulter les guides pratiques
10 c’est possible. de L'ADEME : « Le chauffe-eau solaire » (n° 4272)
sans doute. Cette décision relève en tout cas plus Faites le calcul ! En adoptant des gestes économes, « Le chauffage solaire » (n° 3685).
et en april 2010 | the Solar Future
d’un choix de vie que de considérations écono- achetant des équipements électriques performants,
vrijdag 23 Cela suppose une réflexion préalable sur
miques. april 2010 votre production d’électricité en moyenne sur une année
16. buitenland
Feed-in
mmer Rationalisez
votre consommation
utrement Votre toit photovoltaïque va
produire en moyenne, pour 10 m2
de capteurs, environ 1 000 kWh
vie par an d’électricité.
accordée au réseau, vous
La consommation annuelle d’électricité d’un
ricité nécessaire pour satis- ménage moyen (hors chauffage, eau chaude et cuis-
’accessoire. d’abord son) est d’environ 3 000 kWh.
r un générateur électrique
r participer à la production consommer En chassant le gaspillage, elle peut atteindre environ
2 300 kWh.
Rationalisez
votre consommation
entralisée et non polluante,
on relève en tout cas plus
de considérations écono-
autrement
elektriciteitsnet
Faites le calcul ! En adoptant des gestes économes, en
achetant des équipements électriques performants, Votre toit photovoltaïque va
une réflexion préalable sur votre production d’électricité en moyenne sur une année produire en moyenne, pour 10 m2
portements face à l’utilisa- peut donc être égale à la moitié de votre consommation de capteurs, environ 1 000 kWh
moyenne d’électricité pour tous les usages dits « captifs »,
être cohérent, votre choix
er d’une démarche de maî-
Un choix de vie
c’est à dire hors chauffage, eau chaude et cuisson. par an d’électricité.
Et pour le chauffage et l’eau chaude, pourquoi ne pas pen-
mations d’énergie, et tout Votre installation «est raccordée solutions existent pour l’eau
ser aussi solaire » ? Des au réseau, vous meterkast annuelle d’électricité d’un
La consommation
ricité. disposez de toute l’électricité nécessaire pourvotre maison.
chaude, mais aussi pour le chauffage de satis-
mer moins d’électricité en ménage moyen (hors chauffage, eau chaude et cuis-
faire l’indispensable et l’accessoire. son) est d’environ 3 000 kWh.
eau de confort et de service, Alors pourquoi installer un générateur électrique pratiques
Pour en savoir plus, consulter les guides En chassant le gaspillage, elle peut atteindre environ
solaire chez vous ? L'ADEME : « Le chauffe-eau solaire »
de Pour participer à la production (n° 4272) 2 300 kWh.
d’énergie, de façon décentraliséeLe chauffage solaire » (n° 3685).
et « et non polluante,
11 sans doute. Cette décision relève en tout cas plus Faites le calcul ! En adoptant des gestes économes, en april 2010 | the Solar Future
d’un choix de vie que sources de gaspillage
Traquez les de considérations écono- achetant des équipements électriques performants,
vrijdag 23 april 2010 miques. Cela suppose une réflexion préalable sur votre production d’électricité en moyenne sur une année
17. 3
Kwaliteit
12
april 2010 | the Solar Future
vrijdag 23 april 2010
18. focus op prijs : kwaliteit wordt vergeten
voorkomen is beter dan genezen
13
april 2010 | the Solar Future
vrijdag 23 april 2010
19. kwaliteit voor de installatie...
14
april 2010 | the Solar Future
vrijdag 23 april 2010
20. ...kwaliteit tijdens de installatie...
15
april 2010 | the Solar Future
vrijdag 23 april 2010
21. ...kwaliteit tijdens de installatie...
15
april 2010 | the Solar Future
vrijdag 23 april 2010
22. ...kwaliteit tijdens de installatie...
15
april 2010 | the Solar Future
vrijdag 23 april 2010
23. ...kwaliteit tijdens de installatie...
15
april 2010 | the Solar Future
vrijdag 23 april 2010
24. ...kwaliteit tijdens de installatie...
15
april 2010 | the Solar Future
vrijdag 23 april 2010
25. ...en kwaliteit na de installatie!
16
april 2010 | the Solar Future
vrijdag 23 april 2010
26. ...en kwaliteit na de installatie!
16
april 2010 | the Solar Future
vrijdag 23 april 2010
27. 4
het echte werk!
17
april 2010 | the Solar Future
vrijdag 23 april 2010
28. praktijk
18
april 2010 | the Solar Future
vrijdag 23 april 2010
29. praktijk
18
april 2010 | the Solar Future
vrijdag 23 april 2010
30. praktijk
18
april 2010 | the Solar Future
vrijdag 23 april 2010
31. praktijk
18
april 2010 | the Solar Future
vrijdag 23 april 2010
32. praktijk
18
april 2010 | the Solar Future
vrijdag 23 april 2010
33. 19
april 2010 | the Solar Future
vrijdag 23 april 2010
34. 20
maart 2010 | vertrouwelijk
vrijdag 23 april 2010