Green Energy Futures:
Boat transporting medicines to hospital when John Paul Morgan worked in the Congo.
Green Energy Futures:
The pipeline bringing running water to the hospital in the Congo where John Paul worked.
Green Energy Futures:
Hospital staff using the running water for the first time in the village where John Paul worked in the Congo.
Green Energy Futures:
Sun Simba concentrated solar modules built by Morgan Solar from Toronto, Ontario.
Green Energy Futures:
Jeffrey Watson of Morgan Solar is busy testing gears in -60C conditions using the testing facilities at Morgan Solar's plant in Toronto.
Green Energy Futures:
Trevor Vaughan making concentrated solar panels at the Morgan Solar plant in Toronto, Ontario.
Green Energy Futures:
Trevor Vaughan clamps assembled concentrated solar panels at the Morgan Solar plant in Toronto, Ontario.
Green Energy Futures:
Sebastian Martinez with environmental simulator units for testing the components of Morgan Solars concentraled solar modules in Toronto, Ontario.
Green Energy Futures:
The environmental simulator testing unit at the Morgan Solar plant in Toronto can test equipment to -60C and on up to 115C.
Green Energy Futures:
A solar lens beig assembled in the Morgan Solar palnt. The lens focuses light 90 degrees inward to the centre of the lens where a very efficient solar cell is.
Green Energy Futures:
Solar cells being assembled in the Morgan Solar plant in Toronto, Ontario.
Green Energy Futures:
Trevor Vaughan assembling solar cells at Morgan Solar in Toronto, Ontario.
Green Energy Futures:
Trevor Vaughan assembling solar cells. The company is about to start producing the third generation conentrated solar module expected to be commercialized in 2014.
Green Energy Futures:
Trevor Vaughan testing solar cells at Morgan Solar.
Green Energy Futures:
Morgan Solar developed its own tracking units that work with conventional solar PV as well as the company's conentrated solar modules.
Green Energy Futures:
Morgan Solar tracking units being tested at the Morgan Solar Toronto plant. They an essential component of a concentrated solar system, but they work with conventional solar PV as well.
Green Energy Futures:
Morgan Solar conentrated solar modules. If all goes as planned the new panesl could be cheaper to make and twice as efficient as conventional solar PV.
Green Energy Futures:
Morgan Solar conentrated solar modules as viewed from behind. The plastic lenses are made from inexpensive materials and they are designed to focus the light on one small solar cell.
Green Energy Futures:
Morgan Solar conentrated solar modules, an innovation in flat concentrated solar modules.
Green Energy Futures:
Nick Morgan with Morgan Solar concentrated solar modules in the Morgan Solar plant in Toronto.
Green Energy Futures:
Morgan Solar is located right in the heart of Toronto, Ontario.
Green Energy Futures:
Morgan Solar in Toronto, Ontairo.
Green Energy Futures:
Morgan Solar has a manufacuring plant in Toronto, Ontario.
Green Energy Futures:
John Paul Morgan is determined to make a cheaper, more efficient solar module. The idea has already attracted 40 million in investment to Morgan Solar.
Green Energy Futures:
Bricks are tossed in the Congo as a large kiln oven is created in the village where John Paul worked for Doctors Without Borders.
Green Energy Futures:
John Paul Morgan in the Congo working for Doctors Without Borders, he used solar power to get running water to the hospital, which helped inspire the creation of Morgan Solar.
Green Energy Futures:
9317786396_c3a1412d7f_o