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Technology development at world class research institutes, venture capital investment, niche demand for distributed generation, and policy support in a number of countries have enabled growth in the solar energy market. The solar industry is now on a rapid growth trajectory that will see it as a dominant energy provider by 2050.
Technology development at world class research institutes, venture capital investment, niche demand for distributed generation, and policy support in a number of countries have enabled growth in the solar energy market. The solar industry is now on a rapid growth trajectory that will see it as a dominant energy provider by 2050.
Solar has significant potential to mitigate global CO2e emissions from energy. The solar PV industry experienced a 50% global growth rate between 2006 and 2008 off a small installed base. If maintained, this 50% annual growth rate in solar PV installations would displace enough fossil-based generation to reduce close 1 billion tons of CO2e emissions in 2022. Solar sales have fallen as a result of lower overall demand for new energy generation in the global recession but this is a short-term trend. The presence of several established players in the solar space and declining costs for solar indicate that it will continue to exhibit strong growth up to 2020.
A number of different technologies are being developed and deployed by different companies, including variants of crystalline silicon and thin film. There are over 100 solar start-ups funded in the U.S., with China now looking to be a global competitor.
An inflection point has been hit in the global solar market that will see solar scale to provide significant CO2e savings by 2020. Accelerating the growth of solar in targeted local markets could achieve even greater reductions in emissions.
An inflection point has been hit in the global solar market that will see solar scale to provide significant CO2e savings by 2020. Accelerating the growth of solar in targeted local markets could achieve even greater reductions in emissions.
For example, parts of Africa and India and island nations are all promising solar markets that require information, financing, and policy support to accelerate adoption.
Solar is attractive in these markets for a number of reasons. Solar is price competitive with peak power in many markets. Solar energy eliminates the downside risk of variable fuel prices at considerable value in the face of rising global energy prices and increasing fuel price volatility. The distributed nature of the power source will become increasingly important for both security reasons and independence from grid infrastructure in developing markets – particularly as energy storage technology becomes more cost effective.
Solar has the potential to deliver over a billion tons of CO2e savings by 2020.
Market-based Approaches
Additional demonstration projects for solar focused on high grid-penetration applications in developed countries can accelerate market adoption. Trends in solar in the past three years include an increasing proportion of grid-tied installations. Although solar technology has been demonstrated widely, high-penetration levels of solar on the grid have not yet been fully demonstrated and are needed to increase utility comfort with solar.
The second market accelerator, also based on utility operations, relates to pricing. Time of day pricing makes solar much more attractive. A third accelerator is an integral component of all well-functioning markets: information. Information regarding successful financing schemes (e.g., the Berkeley property tax model) and successful city-level implementation will further accelerate adoption. In developing countries, financing for solar for individuals, villages, and larger municipalities is critical. New business models devised around potential back-up options for power or storage are also needed.

Solar electricity can be developed on site, making it attractive for off-grid as well as on-grid uses. The distributed characteristic gives end users control over their electricity source and...
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With solar power, buildings can achieve net-zero energy use. Net-zero building are highly energy efficient, and offset energy consumption with generation from renewables...
Image: NREL...
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Global cumulative solar capacity has been rising rapidly. This figure shows cumulative capacity between 1995 and 2008...
Read more > Source: REN21, 2009
While solar's origin can be traced to satellites and off-grid applications, today's PV can meet utility-scale electricity demands. ...
Image:...
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Solar power in developing nations is particularly valuable because it doesn't require infrastructure support and raises the standard of living by providing electricity to cook and power lighting...
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