Your SlideShare is downloading. ×
Solar Development using Agricultural Land (An introduction to PV technology, key questions for developers and case studies) - David Owen (Solar Media Ltd)
Upcoming SlideShare
Loading in...5

Thanks for flagging this SlideShare!

Oops! An error has occurred.


Introducing the official SlideShare app

Stunning, full-screen experience for iPhone and Android

Text the download link to your phone

Standard text messaging rates apply

Solar Development using Agricultural Land (An introduction to PV technology, key questions for developers and case studies) - David Owen (Solar Media Ltd)


Published on

Presentation on development of solar pv systems on agricultural land

Presentation on development of solar pv systems on agricultural land

Published in: Education, Technology, Business

  • Be the first to comment

No Downloads
Total Views
On Slideshare
From Embeds
Number of Embeds
Embeds 0
No embeds

Report content
Flagged as inappropriate Flag as inappropriate
Flag as inappropriate

Select your reason for flagging this presentation as inappropriate.

No notes for slide
  • Mostly farms
  • Transcript

    • 1. An introduction to PV technology, key questions for developers and case studies Solar Development using Agricultural Land David Owen, Managing Director Solar Media Ltd Farming Futures – Everything you need to know about solar PV and your farm. 13 th October 2010
    • 2. Who is Solar Media?
      • Media provider focussing on the business to business supply chain for the global solar industry
      • Coverage – Complete value chain-polysilicon to large scale power generation
      • Established 4 years – 16 years in microelectronics
      • is the No 1 website WW specifically for global solar industry. 170,000 visits per month
      • Solar Power Portal, Design Build Solar websites unique focus
      • 14 print publications per year
    • 3. Energy Potential for PV The sun radiates more than enough energy onto the Earth in just one day to provide enough energy for the global population of 5.9 billion people for 27 years
    • 4. The Photovoltaic Effect The photovoltaic effect is the conversion of light energy into electrical energy and needs a semiconductor material like silicon to absorb the solar radiation and convert it into electricity. Unlike metals where electricity can only be conducted by electrons, semiconductors can conduct electricity with negatively charged electrons and positively charged “holes”
    • 5. Basics of a grid connected PV system To Grid On-site Load PV Modules Inverter Export Meter Import Meter
    • 6. The Clean Energy Cashback - Tariffs 25 29.3 Standalone Solar PV 25 29.3 >100kW - 5MW Solar PV 25 31.4 >10 - 100kW Solar PV 25 36.1 >4-10kW Solar PV 25 41.3 ≤ 4 kW retrofit Solar PV 25 36.1 ≤ 4 kW new Solar PV Duration (years) Feed-in tariff (pence/kWh) Scale Energy Source
    • 7. The Clean Energy Cashback – Core concepts
      • It is a generation tariff which means you earn the amount for every kilowatt hour that is produced.
      • 50% deemed to be exported attracts a min. 3p tariff. Some DNO’s may offer higher rates
      • Standalone system means off grid, not a field based installation
      • Products and installers must be MCS (Microgeneration Certification Scheme) accredited for installations to be awarded the tariff but only for systems less than 50KW
    • 8. Questions for the solar developer – “Free” systems
      • The company installs and pays for the cost of installation, products (modules, inverters, monitoring) and servicing
      • The roof or land owner benefits from free electricity generated by the system
      • Export Tariff and Generation Tariff are then assigned to the “owner” of the system which is the installation company.
      • Different companies will offer various schemes and could include renting roof space or land, or dedicating a proportion of the generation tariff to the landowner.
    • 9. Questions for developers 1 - General
      • Who pays for the system?
      • Who owns the system?
      • Who gets the generation tariff, the export tariff and the use of the energy?
      • Will an export meter be fitted? (greater than 50% deemed amount)
      • Who will address planning issues? Are they experienced in this?
      • Who is responsible for maintenance of the site? (shading and dirt)
      • Who is responsible for grid connection? (including the costs associated) And negotiating the export tariff with the DNO?
      • What happens if I sell my property?
    • 10. Questions for developers 2 - Equipment
      • Who pays for maintenance and repairs? (modules warranted for 25years, inverters normally need replacing after 8 years)
      • Insurance for equipment and what does it cover?
      • Are there any performance guarantees for the equipment?
      • What happens if the company that made the equipment (product warranties) or installs the system (performance warranties) goes out of business?
      • Will the equipment void any warranties on my roof?
    • 11. Planning considerations
      • Environmental Impact Assessment
      • Large scale solar arrays not expressly referred to in Regulations
      • Apply for Screening – public register
      • Necessary to judge likely effects of development on environment
      • Preparing for planning
      • Collaborative Approach
      • Landscape impact
      • Security
      • Ground maintenance
      • Ground Anchors
      • Access tracks
      • Ecology
      • Grid connection
      • Duration
    • 12. Cornwall Planning
    • 13. What Could it Look like?
    • 14. Solar Farm Case Studies
    • 15. Ground Mounted
      • SunEdison 4MW solar farm in Davidson County, N.C
      • Comprised of more than 14,000 solar panels that will generate over 6 million kWh of electricity in the first year of operation.
      • The farm will generate 115 million kWh of electricity over 20 years.
      • Energy bought under a PPA with a local electricity provider – providing energy for the local area.
    • 16. Ground Mounted
      • 20MW solar farm developed by First Solar near Sarnia, Ontario.
      • Built by First Solar under a fixed-price engineering, procurement, and construction contract and will use more than 370,000 of the company's CdTe thin-film modules.
      • Expanded to 80MW at a cost of CDN $300 million and completed by the end of 2010 for new owner, Enbridge.
    • 17. Ground Mounted The 53MW Lieberose solar farm, Brandenburg by First Solar and juwi group
      • PowerLight’s Bavarian solar park
      • Set in the heart of Bavarian farmland,
      • 30-acre facility,
      • Consisting of 57,600 silicon-and- aluminum panels,
      • Generates 10MW of electricity — enough to power 9,000 German homes.
    • 18. Roof Mounted
      • System using Sputnik Engineering AG converters at a chicken farm in Bretagne, France
      • Second largest solar power plant at a chicken farm in Bretagne
      • System capacity of 205kW
      • Integrated on the farm's two chicken-stall roofs are over a thousand solar modules.
    • 19. Building Integrated
      • 99kWp BIPV installation in Brindisi, Italy on greenhouse on agricultural land
      • 99kWp BIPV greenhouse system
      • roof-integrated system includes 450 Winsol monocrystalline silicon WXS220S modules of 220Wp connected to two Bonfiglioli RPS450-60 inverters of 60kW each
    • 20. Dual Purpose Not only are solar panels easily integrated into the natural landscape, they are also proved to work well with grazing animals, offering shade as well as shelter.
    • 21. The Plug – Need more information
      • Go to
      • Attend “ Solar Power UK Conference”, 18 th – 19 th October 2010 in London. Next Week. 50% discount for NFU members.
      • Speakers (31) include Alan Whitehead MP, Royal Bank Scotland, Ray Noble, Jonathon Scurlock, Cornwall Council, National Trust.
      • Send us any and all UK related press releases to [email_address]
    • 22. Thank you
      • David Owen
      • Managing Director
      • Solar Media Ltd
      • [email_address]
      • +44 (0) 20 7871 0123