SOLAR PHOTOVOLTAICS (V2)
FULL CONTENT LIST
Technologies:
- Overview
- RES & fossil energy
- Energy consumption
- Finite fossil resources
- Sustainable Economy
- EC targets for 2010
- RES & environment
- Pollution
- Greenhouse effect
- Anthropogenic climate change
- Climate change
- Temperature increase
- Global warming
- Greenhouse gases
- CO2 Emissions
- Global warming consequences
- Ozone depletion
- Acidification – Acid Rain
- International policies & targets
- PV Power generation
- Past & Present
- Change towards fossil fuels
- Resource depletion
- Energy demand
- Renewable energy production
- PV History
- PV trends in EU
- PV applications
- Commercial status
- Future
- Renewable Energy forecast
- Future trends
- PV Rooftops
- Medium, large and small size PV plants
- PV-Hydrogen production
- Stand-alone rural development
- Global markets
- European competitiveness
- Investment forecast
- PV technology
- PV effect
- Sun & light
- Geographic location
- Daylight variation
- Availability of solar energy
- What is PV Power
- Solar resource monitoring
- Cell, module, array
- System components
- Cells
- Cells production
- Amorphous silicon cells
- Hybrid solar cells
- Coloured solar cells
- System components : Modules
- System components : Array
- Components: characteristics
- Conversion efficiency
- Rated Power output
- Performance ratio
- Simulation programs
- Concentrators
- Concentrator systems
- Hercules concentrator
- Balance of System (BOS)
- Components & support structures
- Tracking structures
- Power conditioners
- Inverters
- Communication systems
- Manufacturers & suppliers
- Solar cell materials
- Silicon
- Atoms & electrons
- Silicon
- Amorphous silicon
- Hybrid solar cells
- Other materials
- Other semiconductor materials
- Gallium Arsenide GaAs
- Copper Indium Diselenide (CIS)
- Cadmium Telluride (CdTe)
- Organic solar cells
- Polycrystalline thin films
- CIGS thin films
- Multijunction cells
- New materials
- Electrical contacts
- Applications
- Simple systems
- Consumer products
- Industrial products
- Ships and boats
- Autonomous small PV systems
- Solar vehicles
- Compact hybrid systems
- Electronic components for PV systems
- Centralised PV
- PV systems in noise barriers
- PV stations to recharge batteries
- Utility scale power
- Stand alone systems
- Overview
- Storage
- Low voltage DC lighting
- DC refrigerator systems
- Solar home systems
- Remote communications
- PV powered vehicles
- PV cathodic protection
- Medical applications
- Small water treatment units
- Desalination
- Traffic lights a warning signals
- Lighthouses & buoys
- Remote lighting, switching & locks
- Remote monitoring
- Water pumping
- Rural electrification
- Islands
- PV in Space
- Hybrid systems
- Overview
- PV/Wind stand alone systems
- PV with generators
- PV with small scale Biomass systems
- PV & Hydrogen Energy technologies
- PVT systems
- Grid Connected roof PV (RPV)
- Overview
- Integration into residential building
- PV modules integrated into roofs
- Backup Power systems
- Grid Connected Building Integrated PV (BIPV)
- Overview
- Integration into the building
- Support system flat roof
- PV modules integrated into roofs
- Roof lights
- Erection on the roof
- PV modules integrated into façades
- Curtain walling
- Rain screen cladding
- Shading
- PV as design element
- Cooling systems
- Electronic command to manage systems
- Safety & hazards
- PV Systems
- Grid connected systems
- PV system hazards
- Safety, earthing & lightning protection
- International standards
- Requirements
- Application examples
- Environmental aspects
- Installation
- Maintenance & after-sales services
- Education & training
- Community involvement
- Risk
- PV standards & codes
- Economics
- Costs
- Overview
- Ingot cost
- Solar cell cost
- PV Module cost
- PV array cost
- BOS (Balance of System) Costs
- System cost
- Grid connected PV plants
- Stand-alone PV plants
- Solar home systems
- PV calculators
- Off-grid & on-grid PV plants
- Large PV Power plants
- Energy costs
- Connection costs
- Payback period
- Energy payback
- Recent developments
- Future developments
- Markets
- Commercial status
- Employment
- Social aspects
- Quality assurance
- Information
- PV market barriers
- Approach toward Rural electrification
- Lack of awareness & confidence in PV technology
- Political & Economic context
Directory:
- Manufacturers - Suppliers
- Sub-suppliers
- Engineering
- Consultants
- Certification Centres
- R & D Centres
- Education & Training
- Associations
- Other Organisations
- Suppliers
- Engineering
- Experts
- Institutions
- Associations
Databank
- THESAURUS / GLOSSARY (Keywords & Acronyms + definitions (partly translated)
- CONVERSIONS, SYMBOLS AND UNITS
- PUBLICATIONS (selection of relevant publications)
- MEDIA GALLERY : Photographs / Videos / Animations / Drawings / Graphics: access to screens from all available pictures in the Encyclopaedia
- From Technologies - Examples - Legislation
- CHOICE OF PATH ( Standard features )
- Educational path (Medium + High level)
- Presentation path (SME - DEMO)
- Guided tour (Express Tour - Complete tour)
- Build your own paths
- LEGISLATION
- Argentina – Australia – Austria – Belgium – Brazil – Canada – China – Denmark – EU – Finland - France – Germany – Greece – India – Ireland – Israel – Italy – Japan – Kenya - Korea South - Mexico – Nepal - New Zealand – Norway - Pacific Islands – Poland – Portugal - South Africa - Spain – Swaziland - Sweden – Switzerland – Tanzania - The Netherlands – Turkey – United Kingdom – USA
- CHOICE of LANGUAGE (for menus - keywords & definitions
Example Projects
370 PV Example projects – All types – all over the world
- Grid connected
- Stand alone
- Centralised
- Hybrid Systems
LIST
Country |
City |
Type of plant |
2 Countries |
ECN & EDP |
Grid connected BIPV |
2 Countries |
IMPACT Project |
Grid-connected RPV |
2 Countries |
Boats in The Netherlands & Germany |
Simple systems |
2 Countries |
Catalona & Aude |
Stand alone systems |
2 Countries |
Pyrenees |
Stand alone systems |
3 Countries |
Multifunctional facades |
Grid connected BIPV |
3 Countries |
AC modules |
Grid-connected RPV |
3 Countries |
Transeuropeo |
Stand alone systems |
3 Countries |
EURALP |
Stand alone systems |
4 Countries |
BIMODE |
Grid connected BIPV |
7 Countries |
PV powered Service Stations |
Grid connected BIPV |
Africa |
EPI |
Stand alone systems |
Algeria |
Djanet |
Centralised PV |
Australia |
Kalbarri |
Centralised PV |
Australia |
Welshpool |
Concentrators |
Australia |
Newington |
Grid connected BIPV |
Australia |
Seacliff |
Grid-connected RPV |
Australia |
Montague |
Hybrid systems |
Australia |
World Solar Challenge |
Simple systems |
Australia |
Solar Sailor |
Simple systems |
Australia |
Arrillhjere |
Stand alone systems |
Austria |
Satheins |
Grid connected BIPV |
Austria |
Satteins |
Grid connected BIPV |
Austria |
Linz |
Grid connected BIPV |
Austria |
Gleisdorf |
Grid-connected RPV |
Austria |
Dornbirn |
Grid-connected RPV |
Austria |
OKA |
Hybrid systems |
Austria |
Gleisdorf solar tree |
Stand alone systems |
Belgium |
Navigation signals |
Stand alone systems |
Canada |
Mississauga |
Grid connected BIPV |
Canada |
Toronto |
Grid connected BIPV |
China |
Pipelines |
Stand alone systems |
China |
Muhenor Gacha |
Stand alone systems |
China |
Inner Mongolia |
Stand alone systems |
China |
Gansu |
Stand alone systems |
China |
Great Wall |
Stand alone systems |
China |
Telecommunication |
Stand alone systems |
China |
Brightness Program |
Stand alone systems |
China |
Pilot project |
Stand alone systems |
China |
Shenghe |
Stand alone systems |
Cuba |
Santa Maria de Loreto |
Stand alone systems |
Czech Republic |
Corinthia |
Grid connected BIPV |
Denmark |
Albertslund |
Grid connected BIPV |
Denmark |
Sol 300 |
Grid connected BIPV |
Denmark |
Brundtland |
Grid connected BIPV |
Denmark |
Solgaarden |
Grid connected BIPV |
Denmark |
Kastrup |
Grid connected BIPV |
Denmark |
Villa Vision |
Grid-connected RPV |
Denmark |
Kolding |
Grid-connected RPV |
Denmark |
Braedstrup |
Grid-connected RPV |
Denmark |
Saphir |
Stand alone systems |
Ecuador |
Galapagos |
Grid-connected RPV |
Egypt |
Awlad |
Stand alone systems |
Eritrea |
Medical centres Eritrea |
Stand alone systems |
Finland |
Supermarket |
Grid connected BIPV |
Finland |
Tuusula |
Stand alone systems |
France |
Cost optimisation |
Grid-connected RPV |
France |
Phebus 95 |
Grid-connected RPV |
France |
Camargue |
Hybrid systems |
France |
Oberlin House |
Hybrid systems |
France |
Aude and Herault |
Stand alone systems |
France |
Col d'Izoard |
Stand alone systems |
France |
Vercors |
Stand alone systems |
France |
CAF Refuges |
Stand alone systems |
France |
GTA Refuges |
Stand alone systems |
France |
Rural houses 1 |
Stand alone systems |
France |
Chalon |
Stand alone systems |
France |
Zigliara |
Stand alone systems |
France |
SPBN Lightbuoys |
Stand alone systems |
France |
PV in isolated sites |
Stand alone systems |
France |
Water treatment |
Stand alone systems |
France |
Alpine sites |
Stand alone systems |
France |
Aude |
Stand alone systems |
France |
Crau |
Stand alone systems |
France |
Val de Sèvre |
Stand alone systems |
France |
Cape Corsica |
Stand alone systems |
France |
Sophia Antipolis |
Stand alone systems |
France |
Guadeloupe |
Stand alone systems |
France |
Corsica |
Stand alone systems |
France |
Mountain huts |
Stand alone systems |
France |
Cooling systems |
Stand alone systems |
France |
Sistron |
Stand alone systems |
France-Caraibes |
Marie Galante |
Stand alone systems |
France-Guyana |
Kaw Mountain |
Stand alone systems |
Germany |
Espenhain |
Centralised PV |
Germany |
Hemau |
Centralised PV |
Germany |
Neustadt |
Centralised PV |
Germany |
Söchtenau |
Centralised PV |
Germany |
Sonnen |
Centralised PV |
Germany |
Saarbrücken-Güdingen |
Centralised PV |
Germany |
Widderstall |
Centralised PV |
Germany |
Berlin-Adlershof |
Grid connected BIPV |
Germany |
Dreisamstadion |
Grid connected BIPV |
Germany |
Grenzach-Wyhlen |
Grid connected BIPV |
Germany |
Laatzen |
Grid connected BIPV |
Germany |
Mont-Cenis |
Grid connected BIPV |
Germany |
Neubau Fraunhofer ISE |
Grid connected BIPV |
Germany |
Waldshut-Tiengen |
Grid connected BIPV |
Germany |
Lehrter Station Berlin |
Grid connected BIPV |
Germany |
Berlin Bank |
Grid connected BIPV |
Germany |
Elbspeicher Hamburg |
Grid connected BIPV |
Germany |
PV powering pavillons |
Grid connected BIPV |
Germany |
ZKM Karlsruhe |
Grid connected BIPV |
Germany |
Solar powered trains |
Grid connected BIPV |
Germany |
Pirmasens |
Grid connected BIPV |
Germany |
Offenburg |
Grid connected BIPV |
Germany |
Auf dem Kruge |
Grid connected BIPV |
Germany |
Essen |
Grid connected BIPV |
Germany |
München Fair |
Grid connected BIPV |
Germany |
Gelsenkirchen |
Grid connected BIPV |
Germany |
Wemberg |
Grid connected BIPV |
Germany |
Berlin Tiergarten |
Grid connected BIPV |
Germany |
Bundesverband Flachglas |
Grid connected BIPV |
Germany |
Reichstag |
Grid connected BIPV |
Germany |
Augsburg |
Grid connected BIPV |
Germany |
Peiniger |
Grid connected BIPV |
Germany |
Sen-Ailön |
Grid-connected RPV |
Germany |
Rötenbach |
Grid-connected RPV |
Germany |
Mains |
Grid-connected RPV |
Germany |
Steinenhausen |
Grid-connected RPV |
Germany |
Neunburg |
Hybrid systems |
Germany |
Freiburg |
Hybrid systems |
Germany |
Rappenecker Hof |
Hybrid systems |
Germany |
FBS Solarcar |
Simple systems |
Germany |
Scharhörn |
Stand alone systems |
Germany |
Corrosion protection |
Stand alone systems |
Germany |
Hamburg |
Stand alone systems |
Greece |
Sifnos |
Centralised PV |
Greece |
Antikythira 2 |
Centralised PV |
Greece |
Gavdos |
Centralised PV |
Greece |
Arki |
Centralised PV |
Greece |
Nikea |
Grid connected BIPV |
Greece |
Goudouras |
Grid-connected RPV |
Greece |
Antikythira 1 |
Hybrid systems |
Greece |
Donousa |
Hybrid systems |
Greece |
Sapientza |
Hybrid systems |
Greece |
Elounda |
Stand alone systems |
Greece |
Lithari |
Stand alone systems |
Greece |
Aspros Potamos |
Stand alone systems |
Honduras |
Comarca |
Stand alone systems |
India |
New Delhi |
Grid-connected RPV |
India |
Solar pumping |
Stand alone systems |
Italy |
Serre |
Centralised PV |
Italy |
Zambelli |
Centralised PV |
Italy |
Albenga |
Grid connected BIPV |
Italy |
Bologna |
Grid connected BIPV |
Italy |
Children's Museum of Rome |
Grid connected BIPV |
Italy |
Palermo |
Grid connected BIPV |
Italy |
Autosole |
Grid connected BIPV |
Italy |
Vulcano |
Grid-connected RPV |
Italy |
Roma-Leonori |
Grid-connected RPV |
Italy |
Roma |
Grid-connected RPV |
Italy |
Gran Paradiso |
Grid-connected RPV |
Italy |
Elba |
Grid-connected RPV |
Italy |
Carloforte |
Hybrid systems |
Italy |
Montenero |
Stand alone systems |
Italy |
Cansano |
Stand alone systems |
Italy |
Pisa |
Stand alone systems |
Italy |
Palmaiola |
Stand alone systems |
Italy |
Ginostra |
Stand alone systems |
Italy |
Sardegna & Alicudi |
Stand alone systems |
Italy |
Warning systems |
Stand alone systems |
Italy |
Lucca airport |
Stand alone systems |
Japan |
NTT |
Grid connected BIPV |
Japan |
SBIC Building |
Grid connected BIPV |
Japan |
Tsukuba OSL |
Grid connected BIPV |
Japan |
Dormy Shibazaki |
Grid connected BIPV |
Japan |
Disaster situations |
Grid-connected RPV |
Japan |
Asahikawa |
Grid-connected RPV |
Japan |
Tokyo |
Hybrid systems |
Japan |
Tsukuba |
Hybrid systems |
Japan |
Water Beetle |
Simple systems |
Japan |
Desalination |
Stand alone systems |
Jordan |
Aqaba |
Stand alone systems |
Mongolia |
Telecom |
Stand alone systems |
Morocco |
Draa |
Stand alone systems |
Mozambico |
Health centres |
Stand alone systems |
Northern EU Countries |
PV for free time |
Stand alone systems |
Norway |
Hamar |
Grid-connected RPV |
Norway |
Grue |
Stand alone systems |
Norway |
Lyklingholmen |
Stand alone systems |
Philippines |
Visayas |
Stand alone systems |
Portugal |
Setubal |
Grid connected BIPV |
Portugal |
Ourique |
Hybrid systems |
Portugal |
Mobil PV |
Hybrid systems |
Portugal |
TV repeaters |
Hybrid systems |
Portugal |
Peso da Régua |
Stand alone systems |
Portugal |
Serra da Estrella |
Stand alone systems |
Portugal |
ARES |
Stand alone systems |
Portugal |
MPPS |
Stand alone systems |
Portugal |
Rural dwellings |
Stand alone systems |
South Africa |
Eastern Cape |
Stand alone systems |
Space |
PV in space |
Stand alone systems |
Spain |
Castejon |
Centralised PV |
Spain |
Tudela |
Centralised PV |
Spain |
Euclides |
Centralised PV |
Spain |
Toledo power plant |
Centralised PV |
Spain |
Navarra |
Centralised PV |
Spain |
Sierra de Segura |
Centralised PV |
Spain |
Los Arcos |
Centralised PV |
Spain |
Rambla del Banco |
Centralised PV |
Spain |
Barcelona |
Grid connected BIPV |
Spain |
Terrassa |
Grid connected BIPV |
Spain |
UNIVER |
Grid connected BIPV |
Spain |
Pompeu |
Grid connected BIPV |
Spain |
Moncloa |
Grid connected BIPV |
Spain |
Mahon |
Grid connected BIPV |
Spain |
University Madrid |
Grid connected BIPV |
Spain |
Nuevo Horizonte |
Grid connected BIPV |
Spain |
Arnoia |
Grid connected BIPV |
Spain |
Cies islands |
Grid-connected RPV |
Spain |
Sierra de Maria |
Grid-connected RPV |
Spain |
Catalonia 1 |
Hybrid systems |
Spain |
Argestues |
Hybrid systems |
Spain |
Electrosolar vehicle |
Simple systems |
Spain |
Tabarca |
Stand alone systems |
Spain |
Pallars Jussa |
Stand alone systems |
Spain |
Jaén |
Stand alone systems |
Spain |
Murcia |
Stand alone systems |
Spain |
Llaberia |
Stand alone systems |
Spain |
La Garrotxa |
Stand alone systems |
Spain |
Amitges |
Stand alone systems |
Spain |
Solsones |
Stand alone systems |
Spain |
Badajoz |
Stand alone systems |
Spain |
Puerto Penas |
Stand alone systems |
Spain |
Masia Ben Viure |
Stand alone systems |
Spain |
Catalonia 2 |
Stand alone systems |
Sweden |
Götheborg |
Grid connected BIPV |
Sweden |
Älmhult |
Grid connected BIPV |
Sweden |
Ikea |
Grid connected BIPV |
Switzerland |
Bale |
Grid connected BIPV |
Switzerland |
Lausanne |
Grid connected BIPV |
Switzerland |
Zurich |
Grid connected BIPV |
Switzerland |
Suglio |
Grid-connected RPV |
Switzerland |
Solar energy boats |
Simple systems |
The Netherlands |
Noordwijkerhout |
Grid connected BIPV |
The Netherlands |
Ouderkerk |
Grid connected BIPV |
The Netherlands |
Petten 1 |
Grid connected BIPV |
The Netherlands |
Petten 2 |
Grid connected BIPV |
The Netherlands |
Niew Sloten Amsterdam |
Grid connected BIPV |
The Netherlands |
Dordrecht |
Grid connected BIPV |
The Netherlands |
Amersfoort |
Grid connected BIPV |
The Netherlands |
Gelderse Blom |
Grid connected BIPV |
The Netherlands |
Nieuwland |
Grid connected BIPV |
The Netherlands |
Lage Hoven |
Grid connected BIPV |
The Netherlands |
Boxtel |
Grid-connected RPV |
The Netherlands |
Nieuwlandseweg |
Grid-connected RPV |
The Netherlands |
De Leguanen |
Grid-connected RPV |
The Netherlands |
TV Lantern |
Simple systems |
The Netherlands |
Sehalkediep |
Stand alone systems |
The Netherlands |
Luntersche Beek |
Stand alone systems |
The Netherlands |
Houseboats |
Stand alone systems |
UK |
Doxford |
Grid connected BIPV |
UK |
Nottingham University |
Grid connected BIPV |
UK |
Skegness |
Grid connected BIPV |
UK |
Northumbria University |
Grid connected BIPV |
UK |
Bridgend |
Grid connected BIPV |
UK |
Capton |
Grid connected RPV |
UK |
Oxford |
Grid-connected RPV |
UK |
Loughborough |
Grid-connected RPV |
UK |
Machynlleth |
Grid-connected RPV |
UK |
Millennium Park |
Grid-connected RPV |
UK |
Brockhill |
Hybrid systems |
UK |
Bretforton |
Simple systems |
UK |
Saynsbury |
Simple systems |
UK |
Eddystone |
Stand alone systems |
UK |
Kew Gardens |
Stand alone systems |
UK |
Lightvessels |
Stand alone systems |
UK |
Navigation buoy |
Stand alone systems |
UK |
Wales |
Stand alone systems |
Uruguay |
Polanco |
Hybrid systems |
USA |
Chico |
Centralised PV |
USA |
Napa Valley |
Centralised PV |
USA |
Parker Ranch |
Centralised PV |
USA |
Skillman |
Centralised PV |
USA |
Farallon |
Centralised PV |
USA |
Dangling Rope |
Centralised PV |
USA |
Fresno |
Centralised PV |
USA |
Yuma |
Centralised PV |
USA |
Ann Arbor |
Centralised PV |
USA |
UNLV Solar Project |
Concentrators |
USA |
AAA Auto Club |
Grid connected BIPV |
USA |
Alameda County |
Grid connected BIPV |
USA |
Albany |
Grid connected BIPV |
USA |
Austin Airport |
Grid connected BIPV |
USA |
Bolton |
Grid connected BIPV |
USA |
Brooklyn |
Grid connected BIPV |
USA |
Cambria |
Grid connected BIPV |
USA |
Coney Island |
Grid connected BIPV |
USA |
Contra Costa County |
Grid connected BIPV |
USA |
Dryden |
Grid connected BIPV |
USA |
Ellenville |
Grid connected BIPV |
USA |
FedEx |
Grid connected BIPV |
USA |
Hopland |
Grid connected BIPV |
USA |
Inderkum |
Grid connected BIPV |
USA |
Marina |
Grid connected BIPV |
USA |
Oakland |
Grid connected BIPV |
USA |
Oberlin |
Grid connected BIPV |
USA |
Ontario |
Grid connected BIPV |
USA |
Orlando |
Grid connected BIPV |
USA |
Pendleton |
Grid connected BIPV |
USA |
San Diego |
Grid connected BIPV |
USA |
San Francisco |
Grid connected BIPV |
USA |
San Jose |
Grid connected BIPV |
USA |
Santa Barbara |
Grid connected BIPV |
USA |
Solar Patriot |
Grid connected BIPV |
USA |
Times Square |
Grid connected BIPV |
USA |
Townhouse |
Grid connected BIPV |
USA |
USPS Sacramento |
Grid connected BIPV |
USA |
Victor |
Grid connected BIPV |
USA |
Vineyards |
Grid connected BIPV |
USA |
Walnut Creek |
Grid connected BIPV |
USA |
Walworth |
Grid connected BIPV |
USA |
New York City |
Grid connected BIPV |
USA |
Mauna |
Grid connected BIPV |
USA |
SERF |
Grid connected BIPV |
USA |
Pentagon |
Grid connected BIPV |
USA |
Electric Sunflowers |
Grid connected RPV |
USA |
Salinas Pueblo |
Grid connected RPV |
USA |
St. Louis |
Grid-connected RPV |
USA |
Sacramento |
Grid-connected RPV |
USA |
Van Geet |
Grid-connected RPV |
USA |
Maine |
Grid-connected RPV |
USA |
Impact 2000 |
Grid-connected RPV |
USA |
Denver |
Grid-connected RPV |
USA |
Cal Expo |
Grid-connected RPV |
USA |
Sunshine canyon |
Grid-connected RPV |
USA |
Nicasio |
Grid-connected RPV |
USA |
Albuquerque |
Grid-connected RPV |
USA |
NAHB |
Grid-connected RPV |
USA |
Zion |
Grid-connected RPV |
USA |
Block Island |
Hybrid systems |
USA |
Canon City |
Hybrid systems |
USA |
Pierce College |
Hybrid systems |
USA |
Westcliffe |
Hybrid systems |
USA |
Crown Point |
Hybrid systems |
USA |
Sardis Lake |
Simple systems |
USA |
| |