I see great potential in the nano technology area. It is my feeling that if there is a huge blockbuster technology that is going to emerge and "take over" the PV industry, I feel that it will somehow involve breakthroughs and application of nano technology to the area of photovoltaics.
Should we choose to have 20% of our power production ideologically clean, or 80% of our electricity needs atmospherically clean? The answer is: we should do both.
Spring has been a busy period for hydrogen fueling stations, with five stations recently opening worldwide.
Nanotechnology is undoubtedly one of the key technologies which will influence energy efficiency
The Government recently announced the launch of their "Carbon Challenge" which aims to create five zero carbon or near carbon developments throughout the UK in order to provide working examples to the building industry. The idea is to encourage house builders to implement good building practices in order to meet the 2016 CO2 emissions targets.
China's 2005 Renewable Energy Law called for the country to increase its renewable energy consumption to 10 percent of the total by 2020. Without sufficient supply of domestic polysilicon, this goal, as well as solar cell export goals, will be difficult to meet.
I think the PV industry will TRIPLE in size in the next 4 years and I think the Thin Film segment of the PV industry will increase over TEN FOLD in the next 4 years.
By grouping appropriate items together in summary fashion, we see that 48% of energy is used in the home, in one form or another. The next big use is the 44% that is used at work in various forms. Finally, a final 8% is used in transport.
It is unimaginable to me that a technologically advanced civilization would readily commit environmental and economic suicide when we have most of the necessary clean tech tools already developed. Not effectively leveling this cost comparison playing field now is one step closer to that potential unimaginable outcome.
It can be concluded that the USA is on its way back to the frontline of the global PV industry and market developments. With new upcoming markets not only in California, but also in other US states and countries like Spain, Italy and Greece, a further growth of the global PV market of at least 30% per year for the coming years seems likely
I am no longer worried. Now that I understand there is no energy crisis, no ingenuity crisis, only the need for well-meaning bureaucracies to adapt policies to rapidly changing assumptions, I am terrified.
Indeed, this new and highly competitive oil industry should provide investors with dozens of new companies, any one of which could become the energy industry's equivalent of Microsoft or Dell or Apple.
This is a summary of a speech by Dr Herman Scheer at the University of NSW in March 2006. Dr Scheer, as a member of the German parliament was instrumental in shaping Germany's renewable energy policies.
While all investments pose some degree of risk, the return on a solar energy system is about as safe and predictable as, well, the rising sun. Fortunately for the Earth and its varied inhabitants, the center of our solar system is situated well beyond the reach of humanity's capacity to tamper with a good thing.
By setting demanding goals, these pioneering governments are a forging a path toward the hydrogen economy. Hopefully others will take note and follow their lead.
Records 301 to 315 of 363
The NeON R module features "Back Contact" cell technology delivering an entirely black panel that is aesthetically pleasing and energy efficient. The cell's seamless, surface blends perfectly into nearly all rooftop designs while the module's electrodes are positioned on the rear of the cell. Using LG's N-type cell structure, the panels produce 365W of energy, up to 7.3kWp, compared to 5.8kWp of the p-type cell. The module's new design minimizes LID, thereby delivering a longer lifespan and increased energy output.