Source: Energy Information Agency, 2008
This will create many opportunities for solar power technology as solar energy can be produced in a reliable, uncomplicated and decentralized manner. Solar power technology may be used to supply power even to off-grid areas in rural regions without having to first build a power grid with a significant input of time and costs. EPIA therefore expects the market share of off-grid solar applications to rise significantly by 2030. Up to 3 billion people are to use this type of power supply by then. World map For SOLARWORLD AG this development offers an opportunity because, to date, we have positioned ourselves in strategically important off-grid markets such as Asia (SOLARWORLD ASIA PACIFIC PTE.) and Africa (SOLARWORLD AFRICA LTD.) and successfully realized numerous off-grid projects. We have thus gained a competitive edge and consolidated our market position as a future-oriented solar power technology supplier in this market, which hitherto has been hardly tapped.
Source: EPIA/greenpeace, 2008
Grid parity near. However, solar technology will make its major contribution to worldwide power supplies on-grid, i.e. via feed-in into power grids. Thanks to economies of scale and volume effects, technical progress, and declining costs of materials as a result of lower silicon prices, grid parity is expected to be achieved within one decade. When exactly it will be achieved will depend on a variety of specific country factors, e.g. solar radiation and the respective prices for household power. In California, Hawaii, and Italy, where both solar radiation and household electricity prices are very high, EPIA expects to achieve grid parity as early as in 2009/2010. Germany, France, and most EU countries will probably follow suit by 2015. In Italy, for example, where the average radiation of the sun amounts to some 1,400 kWh per square meter a year, grid parity would be reached at a module price of around 3 €/Wp (including installation). Because, due to the favorable radiation conditions, the costs of solar power generation would then amount to about 0.23 €/kWh and this would be on a par with the Italian electricity retail price. This development- oriented forecast will result in enormous potential for the solar industry since solar power will be a competitive competitor for all conventional energy sources upon the achievement of grid parity. The previous market shares of solar power in the various regional power markets are expected to grow strongly.
We presume that this development will particularly benefit the SOLARWORLD group and that we will be able to further expand our sales in a large number of markets. In this respect, we benefit in particular from our international sales structure that enables us to serve these markets if and as required. We are planning to achieve grid parity early on and thus benefit in particular from the expansion of market potentials. This will be based on our intensive research activities at all stages of the value chain and on strict control of cost and materials usage in all process steps to reduce the production costs for our solar modules. Research and development
Climate change challenge. Another key growth driver for the solar sector is the global concern about the increase in greenhouse gas emissions and the associated negative effects not just on the world climate but also on the world economy. According to the IEA, emissions would amount to 41 Gt CO2eq by 2030 if current energy trends are continued. In accordance with calculations carried out by former World Bank economist Nicholas Stern, a dramatic development of this type will correspond to economic damage of at least five per cent of the Global Gross Domestic Product. In other words: the world cannot afford a fossilbased future of energy following the current pattern neither in ecological nor in economic terms.
Source: Energy Information Agency, 2008
Against this backdrop, the IAS is calling for increasing usage of renewable energies alongside an increase in energy efficiency. According to a forecast by the IEA, renewable energies may account for up to 40 per cent (currently around 18 per cent) of worldwide total power generation in 2030, provided the governments would rapidly, persistently and emphatically promote their expansion. This would be the equivalent of up to 23 per cent reductions in the greenhouse gas emissions forecast in the reference scenario.
Source: World Energy Outlook 2008, International Energy Agency
The expected rise in demand for low-carbon technologies for power generation such as solar energy will create opportunities for SOLARWORLD. Our group persistently works to reduce greenhouse gas emissions at all stages of our value chain. Our emissions are disclosed within the framework of the Carbon Disclosure Project. The SOLARWORLD Stock