China

China


Germany

Germany


Vatican

Vatican


Africa

Africa


Spain

Spain


USA

USA


Market and general Conditions

Economic framework

In the first half of 2008 the global real economy showed itself to be largely unaffected by the financial crisis triggered in the USA. Even though important international banks had already been pulled into the wake of the US mortgage crisis, the economy was still expanding in the first quarters of 2008. Growing financing problems and the lack of liquidity at major banks then also had an impact on the real economy, starting in the second half of the year 2008. The 5.1 per cent growth of the worldwide GDP that was still predicted at the end of 2007 could not be achieved. The global economy grew by as little as 2.7 (previous year: 3.9) per cent, according to the figures of the German Institute for Economic Research (Deutsches Institut für Wirtschaftsforschung = DIW). The main drivers of this growth were mainly China, India and Russia.

 

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In the Euro region and in the USA, on the other hand, growth was only very moderate at 1.0 (previous year: 2.6) per cent and 1.2 (previous year: 2.0) per cent respectively. The reasons for this were declining exports, a shrinking real estate market as well as the increasing reluctance of banks to grant credits. Germany did not escape the repercussions of the financial crisis either. Due to declining exports, economic growth slowed down in the second half of the year. Thus, the German GDP grew by as little as 1.6 (previous year: 2.5) per cent in the year under review.

The world electricity market

The world energy system also suffered from the negative economic environment. The scarcity of refinery capacities and dependence on the production volumes of the OPEC states exacerbated in the first half of the year 2008 and was reflected in oil prices that had, in the meantime, reached the previously unimaginable record level of 145 US dollars/barrel. Rapid population growth and an increasing urge for a higher standard of living in the developing and threshold countries constitute an additional challenge to the world energy system.


Development of average oil price (WTI) // 2005 – 2008

Source: Association of the German Petroleum Industry, 2009

Higher energy prices with strong volatility. The strong volatility of energy prices in 2008 which, by the end of the year once again dropped back to 44.60 US dollars/barrel in view of the emerging recession, shows clearly how sensitively the energy markets respond to short-term market developments: The imbalance between a high demand and a scarce supply led to these violent reactions.

In spite of clear price declines in the past few months, energy prices with an average oil price of 99.56 (previous year: 72.18) US dollars/barrel were higher than ever before in 2008. In fact, the year 2008 showed that the current international energy consumption trend is no longer sustainable over the long term with conventional energy sources, neither in ecological nor in social terms.

Electricity sector dominates energy consumption. The electricity sector, as the most vigorously growing energy segment (ahead of heat and transport), assumes a central role in this context. While total energy consumption has grown by an average of 1.9 per cent annually since 1990, according to the Energy Information Administration (EIA), electricity provision has been going up by 2.9 per cent annually in the same period. This trend can also be expected to continue in spite of the current economic crisis because economic development correlates closely to power consumption. Emerging economies like China, India, and Brazil incessantly need more energy to cover their industrial and private electricity consumption. Opportunities This is why the world needs energy resources from which inexhaustible and, at the same time, ecologically compatible power can be generated.

Renewable energy technologies are catching up. Against this background, political support for renewable energy technologies is growing worldwide. The EU member countries, for example, have agreed to cut their greenhouse gas emissions by 20 per cent by the year 2020 and, at the same time, to increase the share of renewable energies in the total energy mix to 20 per cent. The US President Barack Obama has also announced far-reaching initiatives in favor of alternative energies The future solar power market 

Industry has recognized the growth potential of these technologies and has positioned itself in this market of the future at an early point in time. In the year 2008 growing investments in renewable energies were recorded – above all in the area of power provision. According to information provided by the United Nations Environmental Program (UNEP), about one quarter of newly installed power output in early 2008 was accounted for worldwide by renewable energies. At the moment, more than 18 per cent of the worldwide power mix is accounted for by alternative power technologies (including hydropower), according to the International Energy Agency (IEA).

Within this sector solar power has the excellent potential of growing to be the main supporting pillar of worldwide power provision. Since the beginning of the 21st Century, the average annual growth rates of new capacities in solar power (amounting as they do to some 60 per cent) are significantly higher than for all other renewable energy sources. In 2008 alone, investments in the solar power segment rose, according to New Energy Finance, by more than 30 per cent to 31.0 (previous year: 23.5) billion US dollars. This accounted for more than one quarter of the entire capital invested in renewable energies.

In the year 2008, according to conservative estimates of the European Photovoltaic Industry Association (EPIA), 4.2 gigawatt (GW) of solar power capacity (previous year: 2.4 GW) were newly installed worldwide. The power needs of about 4.2 million people can be satisfied with this new capacity. As a comparison: In the field of nuclear power the World Nuclear Association reports that, in the same period, only some 2 GW of newly built capacity were added.

The solar power market

Grid parity in sight. In 2008 the growth of the solar industry was essentially determined by national and regional funding programs which presently still act as important growth drivers and investment engines for the industry. Legal and economic factors of influence The turning point is just ahead: The solar industry is only a few years away from grid parity, which is the time when the costs per Kilowatt hour (kWh) of solar power will be below the power price to final customers. Then, solar power will be competitive without any state funding programs. EPIA predicted in 2008 that this will be the case in Germany and most EU countries by the year 2015. The situation is similar in the United States: A study by the US research agency, Clean Edge Inc., conducted in 2008 concluded that solar power would be an economically viable proposition without state funding in the majority of the US states by the year 2015.

Regulatory uncertainties in core markets such as Germany, Spain, and the USA as well as in the emerging market of South Korea impaired the confidence of investors in the industry in 2008. In the environment of these changes the solar market was repeatedly shaken by waves of euphoria or panic. The dependence on funding programs showed how important the attainment of grid parity is for continuous growth of the solar power market. The financial markets crisis and the associated bottlenecks in obtaining credits were an additional burden for the solar market.

The legal uncertainties were removed in the course of the year as new laws that laid down the framework conditions for the solar industry for the next few years were passed. This guaranteed long-term investment security in the key solar markets. The future solar power market  What is more, countries such as the Czech Republic, India, Australia, Belgium, and the Netherlands approved incentive systems for the promotion of solar power for the first time in 2008, and to some extent already implemented them successfully.

Supply – production and capacities clearly increased. One important prerequisite for grid parity is the optimization of the manufacturing process for solar modules along the entire solar value chain. Major drivers of this development are an efficient use of materials, higher degrees of efficiency for cells and modules as well as economies of scale and learning curve effects in the production processes.

With regard to all these factors industry has made significant progress during the course of past year. Thus, according to the EPIA, manufacturers succeeded in reducing the average wafer thickness by some 45 per cent in the past five years. Through other technological developments, manufacturers increased the average crystalline cell efficiency by two per centage points to 16.5 per cent in the same period of time. A more efficient use of material by industry also made it possible to reduce the average silicon consumption by seven per cent to 8.5 (previous year: 9.1) g/Wp during the reporting year.

In 2008 the total manufacturing capacities concerning silicon, the most important raw material in the solar industry, were significantly expanded. According to a study by Photon Consulting, they increased by some 40 per cent to 71,000 (previous year: 50,000) tonnes. The study estimates that the solar industry used 69 per cent of the worldwide silicon production while the semiconductor industry – until 2006 still the major customer for silicon producers – consumed as little as 31 per cent of total production. Consequently, the focus of silicon producers shifted to the solar industry.

Nevertheless, the available capacities were not sufficient to meet the silicon needs of a growing solar industry. The development of spot market prices in 2008 that have meanwhile reached record levels of more than 400 US dollars/kg was correspondingly volatile. Only towards the end of the year were there first signs of easing. In December of 2008 the average spot market price for silicon had dropped to about 200 US dollars/kg. High margins attracted new market players who want to enter the capital and know-how intensive silicon market. However, the largest portion of these new capacities was not yet available to industry in the year 2008.

Just as in the silicon segment, increased investments were also made in the expansion of production capacities along the entire value chain (wafers, cells, modules) in the year 2008. This in turn acted as an impetus to the development of the industry in terms of cost reductions due to economies of scale and learning curve effects. According to estimates by the EPIA (moderate scenario), over 50 per cent more than in the previous year was invested in the expansion of production capacities for solar wafers. In the production of solar cells and solar modules, investments in capacity enhancements rose by some 30 per cent.

The limited supply of silicon also favors the further development of alternative solar technologies. According to the Sarasin Bank estimates, the share of thin layer technologies in the international solar power market grew correspondingly to just under 20 (previous year: 12) per cent. The thin layer modules are mainly used for the construction of open-air systems because, due to their low efficiency rate (5 to 11 per cent), larger areas are required in comparison with silicon-based solar modules (efficiency rate: 14 to 19 per cent). This low level of efficiency is admittedly compensated for by the installation of more modules, but these require a larger surface with limited roof dimensions, longer installation times and also more components so that the lower prices of the thin layer technology are put into perspective. In addition, the use of problem chemicals, such as cadmium, found in some thin layer modules suggests that their use on house roofs is questionable. In addition, the natural resources for the substances used in thin layer technology such as tellurium, cadmium, and indium are not sufficient to cover the long-term, worldwide demand for solar power technology. The silicon we use is, on the other hand, the second most frequently occurring element in the earth’s crust.

Demand – dynamic solar sales markets. Irrespective of the rapid production growth of the industry, the supply of solar modules again failed to keep up with the demand for solar power technology. The market remained a sellers’ market: Demand always exceeded the available supply. To some extent the demand was driven by purchases being brought forward due to temporary uncertainties concerning the funding levels in important core markets from the year 2009 onwards.

Thanks to the strong demand, module prices remained stable during the course of the year 2008 (reduction vs. 2007 pursuant to EEG). The newly installed solar power output worldwide grew by 75 per cent over the previous year. The global market volume of the solar industry increased by 30 per cent according to the EPIA and reached a total value of around € 17 billion (previous year: € 13bn). Thus, the solar market has been able to maintain its high growth dynamics.

Growth drivers in the solar market. The most important growth drivers were Spain, Germany, and the USA. In 2008 these three markets still accounted for more than 70 per cent of the worldwide solar market.

In the year 2008 Spain advanced to become the largest solar market worldwide and ousted Germany from its previous top position. According to information supplied by the Spanish Energy Commission (CNE), the newly installed solar power output capacity multiplied to 1,970 (previous year: 512) MW. This record demand was one of the major drivers for the strong growth of the worldwide solar market in 2008. Crucial to the exceptionally high demand was the funding law concerning solar systems that was passed in the year 2007 (“Real Decreto 661/2007”); this law laid down very good feed-in compensation amounts for roof-mounted and open-air solar systems. Thanks to the high level of sun radiation in Spain, the construction of solar power plants has developed into an attractive and safe investment with rates of return of between 14 and 15 per cent. Investors, above all in the large-scale solar plant segment, made use of the high compensation rates applicable until September of 2008 in order to benefit from the strong returns. Consequently, the construction of large-scale solar power plants accounted for some 90 per cent of the newly installed output capacity in Spain in 2008 and caused an enormous amount of these investments to be brought forward. The readiness of Spanish investors to pay for solar modules was therefore up to 35 per cent higher than in an international comparison, according to information provided by Deutsche Bank.

The German market with established and mature distribution channels as well as speedy approval processes continued to be an important solar market worldwide. It is true that Germany only managed to achieve second place in terms of newly installed output capacity due to the extremely high solar market development in Spain, but the country still has the highest cumulative solar power output worldwide: 5,362 (previous year: 3,862) MW. According to the German Solar Industry Association (Bundesverband Solarwirtschaft = BSW), industry sales rose to € 7.7 billion (previous year: € 5.7bn). All in all, some 1,500 (previous year: 1,135) MW were newly installed.

According to the Sarasin Bank, the US solar market was the third largest solar market in 2008 with a newly installed output capacity of around 340 (previous year: 207) MW and a growth rate of just under 64 per cent versus the year 2007. 158 (previous year: 78) MW of this additional output was installed in California in the context of the “California Solar Initiative”. New Jersey, Massachusetts, and Colorado were the most important growth drivers in the US solar market after California.

 


Historic development of our core sales markets // 2004 – 2008

Source: IEA-PVPS, 2008/BSW, 2009/CNE, 2009

In the core markets (Germany, Spain, and the USA) new funding conditions were approved in the year 2008 that will come into force in 2009. The future solar power market

In the year 2008 other markets such as Italy, South Korea, France, Belgium, and Greece were able to boost their development. With the increasing experience of their market participants and also supported by a shortening of the approval procedures and an optimization of the distribution channels, Italy and Korea (above all) achieved highly dynamic growth rates. In addition, laws for the promotion of solar power were passed in 2008 that created the basic structures for investments in solar power in new solar markets such as the Czech Republic, India, Australia and the Netherlands.


Repercussions of the general conditions concerning business development in 2008

The year 2008 was an exceptionally dynamic year for the solar industry despite the negative impact of the financial crisis in the second half of the year. Driven by the favorable investment conditions in the core markets of Germany, the USA, and Spain, the solar demand increased very much more strongly than expected. At the same time the competitive pressure also increased.

On the whole 2008 was a successful business year for our group. We made good use of the positive market environment for our own growth. By way of excellence and quality as well as reliable and long-term customer relations, we faced the increasing competition in the solar sector. In Germany, the USA, and South Korea, we strengthened our distribution channels and expanded our production. The result: our strategy of internationalization worked as planned – it was possible to significantly boost sales in the new markets outside Germany.


Important events during the business year
  • International growth targets on plan – international business up over-proportionately. The group-wide foreign sales (all markets outside Germany involved in the wafer, cell, module and kit/systems business) grew during the reporting year over-proportionately by 44.4 per cent to € 486.2 million (previous year: € 336.8m). In Germany our sales rose by 17.3 per cent to € 413.8 million (previous year: € 352.8m).

  • Manufacturing capacities expanded in new markets. We succeeded in significantly advancing our market position in dynamic target markets such as the USA or Asia: In the fourth quarter of the year, integrated mono-crystalline wafer and cell production was commenced at Hillsboro, USA, and also the new module production began operations at Camarillo, USA, in the first half of the year. This has made us the largest integrated solar group in the country with its own production activities from wafers through to modules; a strong and promising starting point for further growth in a market that is opening up to renewable energies. Future economic environment

    In South Korea we successfully completed our plans to establish a new module production facility in the fourth quarter of the year after only a ten-month construction period since signing the related agreement in February of 2008. As a result, we now have a logistics center in one of the currently most vigorously growing Asian solar markets for on-grid applications as well as a good starting position for the entire Asian solar market. Our Asian activities are operated under the leadership of SOLARWORLD KOREA LTD., a Joint Venture of SOLARWORLD AG and SOLARPARK ENGINEERING CO. LTD., Seoul, in which both partners hold a stake of 50 per cent, respectively.
  • Start of ecologically efficient silicon production. Against the background of our comprehensive expansion plans we managed to build a sustainable foundation for our raw materials procurement. On 8 August 2008 we launched our own process for the production of solar-grade silicon, the strategically relevant raw material for the solar industry. The Joint Venture established together with Evonik Degussa GmbH in Rheinfelden, Germany – JOINT SOLAR SILICON VERWALTUNGS GmbH (jssi) – produces solar-grade silicon according to a process that achieves significant savings in terms of energy.

  • Long-term order book strengthened. In 2008 the order book up to 2018 grew in the wafer business alone to seven billion € through supply contracts for solar cells with customers in Asia and Europe involving our wafer brand SOLSIX® .

  • Production structure made leaner. Group-wide we have concentrated on technologically leading production facilities in the markets that are strategically crucial to us. Against this backdrop we sold 65 per cent of the shares in our Swedish subsidiary, gällivare photovoltaic ab (gpv), to Borevind AB at the beginning of the fiscal year. The purchase price achieved for the module production facility amounted to a total of € 19.6 million, of which a residual purchase price payment will be made in January of 2009, plus supplier contracts. Via these contracts we have secured the possibility for us to buy modules in the years to come.

  • Intention to submit an offer. Transport constitutes a considerable and growing share of the world energy demand (28 per cent). In this context a major responsibility is incumbent upon the automotive industry. It must increasingly develop and market means of transport fit for the future. In November of 2008 SOLARWORLD AG took part in a public discussion about sustainable transport concepts. In a Corporate News, SOLARWORLD AG reported about its intention to make a take-over bid for the four German Opel factories and the Opel Development Center in Rüsselsheim to the US car maker, General Motors (GM), that had got into economic difficulties. The idea of SOLARWORLD AG was for Adam Opel GmbH to produce a new generation of vehicles with energy-efficient and low-emission drive systems. General Motors rejected the offer.

 

 


Procurement

Material usage rate down. In the year under review material use accounted for € 454.1 million (previous year: € 333.7m), which is equivalent to 49.2 (previous year: 49.6) per cent of total output. The rate of material usage has thus declined by 0.4 per centage points.

Due to strongly rising raw material prices and owing to capacity bottlenecks, the trend towards price hikes continued in the year under review. We were able to mitigate, and in some cases even to eliminate this trend. We managed to do this through economies of scale but, above all, through the conclusion of long-term supply contracts, larger purchasing quantities, capacity reservations and clearer supplier structuring for strategically important products, some of which extend all the way to the year 2012. The increasing raw material prices refer mainly to consumables: To be mentioned in this context are aluminium, copper, and silver as components of frames, cables, cell connectors, pastes as well as semi-finished products such as raw graphite and also organic and inorganic chemicals. Silicon prices within the framework of long-term contracts were fairly stable in the course of the period under review.

The supply of raw materials and consumables to our manufacturing sites was assured at all times during the year 2008. Thus, the contractually secured quantity of silicon under a supply contract concluded in the first quarter of the year with the Korean silicon producer, DC Chemical Co. Ltd. (DCC), would be enough to produce wafers with an imputed total power output of 600 MW. Furthermore, we concluded another contract for the delivery of solar-grade silicon valued at 580 million US dollars up to the year 2016 that will support wafer expansion in Freiberg and Hillsboro.

For module production in South Korea another long-term contract was concluded in the year under review with the Korean wafer manufacturer, Nexolon Co. Ltd., which is designed to secure the basic supplies for the new module production facility in South Korea as of the year 2009. The contract provides for the supply of 420 MW worth of wafers for seven years.

Internally we strengthen our procurement position regarding the input products for wafers and cells by way of our own integrated production. Around half of the wafers we produce go into the group’s internal cell and module production. In this way we secure the solidity of our business and our growth.

Group-wide organization guarantees efficiency. Purchasing is organized via our group-wide procurement management at our production location of Freiberg, Germany. Purchasing managers in the USA and South Korea back up group-wide buying. The working contents of the purchasing teams are organized by merchandise categories, thus guaranteeing efficient and short internal information channels.

Quality and environmental claim – Supplier Capital. According to an internal supplier survey dating from August 2008, some 77.5 per cent of our suppliers are ISO 9001 certified in the area of quality management and 30 per cent are ISO 14001 certified in the area of environmental management. In addition, we conclude quality assurance agreements with our suppliers. In this way we minimize our own inspection of incoming goods, reduce the risk respecting required environmental and quality standards along the entire supply chain, cut costs as a result, and substantiate the quality and environmental claim of the SOLARWORLD brand vis-à-vis the customer.


Strategic raw material activities

Group growth secured through raw material activities. Silicon, the most important raw material for the solar industry, was subject to violent price fluctuations in the year under review. The solar power market By way of long-term silicon contracts, some of them concluded last year, we were able to minimize the impact that the volatilities had on our purchase prices. With our own silicon production and our recycling activities, we additionally managed to further stabilize our raw material position and costs. We secured our 2008 wafer production as well as further expansion plans by using three independent pillars (1st silicon production, 2nd recycling, 3rd external purchasing).

Own silicon production started. Under the coverage of SUNICON AG we are pooling our group’s own raw material activities. Within the framework of the Joint Venture, JOINT SOLAR SILICON VERWALTUNGS GmbH (jssi) with Evonik Degussa GmbH (solarworld: 49 per cent), we evaluate and develop processes in industrial silicon production with regard to their feasibility and economy.

In 2008 jssi took up its silicon production. The so far unique jssi process based on the use of mono-silane is extremely energy-efficient because, in comparison with conventional silicon production, it saves up to 90 per cent of the required energy. The favorable energy efficiency balance was one of the reasons why, in the course of the year under review, SOLARWORLD AG received the German Sustainability Award in the “Production” category. The brand

Another advantage: The investment costs for this process are clearly lower than those for the Siemens process employed so far. The newly developed precipitation process is protected by four patents. All rights are held exclusively by jssi, whose general conditions are laid down in a master agreement. On the one hand, Evonik Degussa GmbH provides the input product, mono-silane, and on the other acts as a partner (in the context of the Joint Venture) in building the precipitation plant for the subsequent production of solar-grade silicon under the brand sunsil®. The Joint Venture thus ensures our supply of inexpensive silicon even at times when silicon is expensive and scarce. On 8 August, industrial production was started with a planned nominal capacity of 850 tonnes per year. After the start-up of the plant the production volumes were increased step by step until the end of the year so that, in 2008, we were able to make available some 46 tonnes of solar-grade silicon from our own internal raw material source for the first time. For further upgrading of the sunsil® product, three compaction processes were developed which will enter production as early as in 2009. Regarding the purchase of the input product, mono-silane, Evonik Degussa GmbH, jssi and SOLARWORLD AG concluded 10-year contracts. In this way we secure the very basis for our silicon production over the long term.

In an additional process development we are working on the production of solar-grade silicon from processed metallurgical silicon. The cleansing process investigated by the Joint Venture, SCHEUTEN SOLARWORLD SOLICIUM GmbH, at the Freiberg site is a new development. By means of different process steps, boron and phosphorous are eliminated and the silicon is processed as an input product for subsequent wafer block production.

Recycling to secure the supply of raw materials. With our broad range of recycling activities we hold a leading market position worldwide. Our activities range from by-products of solar and semiconductor production and processing via wafer and cell scrap all the way to the recycling of all commercially available solar modules. Production residues from wafer and column manufacture are also completely recycled.

Cells and modules made from recycled wafers meet the same quality and performance criteria as modules from non-recycled raw materials. We have succeeded in increasingly automating the internal recycling processes thus making them more cost-efficient. For example, in 2008 we used a fully automatic fine grain etching and sorting machine. Another advantage: The energy employed in recycling is substantially lower than that in primary silicon production. The costs of the preparation of secondary silicon amount to between ten and 50 per cent of the raw material purchase prices (excluding spot market transactions), so that, in 2008, recycling also made a contribution to cutting the average raw material costs of the group.

In 2008 we succeeded in optimising the inspection of incoming merchandise and the relevant analysis processes and in implementing new preparation technologies: As a result a wider spectrum of recycling material has become usable.

In the year under review we maintained the recycling result of about 900 tonnes as well as a constant material quality – in spite of the increasingly complex raw materials mix and the greater efforts required. SolarMaterial works at full capacity utilization. All in all, a nominal etching capacity of 1,200 tonnes per annum is available.

As a service to external customers we offer recycling from the preparation of raw materials provided by the customer all the way to block and wafer production. About one third of our recycling sales are generated in this way. However, the priority is on our own raw materials supply within the group. Our recycling contributes about 20 per cent to the raw materials supply of the group.

Above and beyond this commitment within the group, we are among the co-initiators of the PV CYCLE association founded in 2007 and located in Brussels. www.pvcycle.org The tasks of this association include the creation of a voluntary European system for the return of solar power modules as well as the guarantee of expert recycling. PV CYCLE represents some 70 per cent of European module and solar cell producers today. Through its activities, the association preempts the legal duty of redemption that has been announced creating manufacturers’ responsibility for the entire product life cycle based on their own initiative. Opportunities


Closed value chain in the SOLARWORLD Group

Source: Basic Chart: PV CYCLE

Production

Solar power technology from wafer to module. Our production ranges across the value chain from wafer to the finished module. This creates a high level of process transparency and facilitates process control and optimization. As a result, we cut the use of resources under economic and ecological aspects. Furthermore this provides us with some additional levers for increasing the performance and competitiveness of our products. Through this value creation we achieve internal cost cutting effects every year through which we can largely compensate for the reduction of feed-in rates provided for by law. Legal and economic factors of influence We have three production sites worldwide and produce directly in our core markets in Europe, the USA, and in Asia. This keeps transport distances short and logistics costs low.

Wafer production is that stage of the solar value chain which requires the highest amount of capital and know-how. In this area we possess a great deal of competency that was acquired over many years and which helped us gain a position of market leadership – which, in turn, gives us essential competitive advantages today. On top of this, wafer production is a valuable business for the group.

New production sites established, existing ones expanded. In the USA we created market access for ourselves in 2008 by way of building up an integrated production facility from silicon to the finished module. After a hitch-free construction phase lasting only 18 months, we commenced operations at a highly advanced wafer and cell production facility at our new US location in Hillsboro. This makes us the largest solar integrated technology group (from wafer to module) with its own production in the USA. The official start of production was on 17 October. Optimum site conditions, our group’s own “Intellectual Capital” as well as our special technology and process know-how from the Freiberg facility made the expansion possible in such a short time frame. Human resources

Camarillo is another strategically important location for us in the USA – due to its logistic proximity to the important Californian retail market. There, we were able to commence operations at our technologically completely revised plant for module production in the middle of 2008. This means that, group-wide, we are now working at the same high technology level.

Another strategic entry into new markets was successfully completed in 2008 when we established a module production facility in South Korea in less than one year. Towards the end of the year under review production was started and the initially planned capacity was successively reached. The high level of process and plant know-how of the two Joint Venture partners made possible the construction of this modern, fully automatic module manufacturing facility within such a short time frame. Important events during the business year

In our cell production at the German location of Freiberg we were able to fully utilize our capacity of 160 MW in 2008. We increased our module production capacities in Freiberg from 120 to 140 MW – which could be realized through rationalization investments in technologically improved plants in the production lines. For the planned expansion of wafer production by 250 MW up to the end of the year 2009 we started construction work at the new Industrial Estate East in the middle of the fiscal year under review


Group-wide, nominal end-of-year capacities – expansion in 2008 // in MW

Trading in modules and systems

Distribution strategy – quality and coordinated systems technology. We position ourselves with our modules and systems as a high quality provider in the volume segment of solar power technology. In line with the concrete demands of individual markets, we continuously fine-tune our already mature systems. Through systems competency we create added value for our brand. Research and development Our philosophy is based on including our customers in our growth. Our direct customers are the wholesale and the retail trade, through which we reach the installers who in turn sell our modules and kits to the end customers.

Strong growth of our international business. We were able to use the strong market growth in 2008 for expansion of our international module and kit business. Thus, the share of our shipments in the trading business outside the German market increased to 54 (previous year: 48) per cent. Germany remained our strongest sales market.

Until the end of the third quarter of 2008 we benefited from the intensive demand and a readiness to pay high prices on the Spanish solar market. The solar power market In 2008 that country was our most important trading market after Germany, as well as a major growth driver for our international business. Despite the exceptionally high module delivery for the large-scale project in Extremadura, we were able to make enough volume available so as to strategically expand our position on the Spanish roof systems market. In Italy we also succeeded in boosting our sales by more than 60 per cent and strategically enhanced our partnerships in distribution. Italy is one of the most important young solar markets in Europe. In France, Benelux, Greece, and the Czech Republic – all of them still fairly new solar markets – we succeeded in placing our customer portfolio on a sound basis for further growth. In these countries we increased our sales significantly.

Outside Europe the USA remained our most important strategic foreign market and, after Germany and Spain, our third largest trading region. Our original target of doubling our sales of modules and kits could be exceeded in 2008. The major sales area in the USA was once again California. Thanks to our module production as well as our sales office in California, we were able to grab additional market shares in comparison with the previous year. One further site advantage: As a result of our logistic proximity to this important sun-drenched retail market, we could cut our transport costs.

Our trading sales in Asia went up in double digits in the year under review. The driver was the South Korean market, where we could use a large-scale project to strengthen our position as market leader and to more than double our sales.

On the African Continent we were able to demonstrate our competency as SOLARWORLD especially by way of off-grid solar systems. Our sales team in Cape Town, South Africa, succeeded in significantly increasing our market share.

Plant competency for Solar Megawatt Parks enhanced. In 2008 we successfully demonstrated our competency in the planning and construction of large-scale solar plants: In a consortium of Deutsche Bank AG, the Spanish ecoEnergias and SOLARPARC AG, we completed a 30 MWp solar park in the autonomous community of Extremadura in the South West of Spain in the third quarter of the year and connected it to the grid in September. The special feature: The plant is equipped with solar tracking technology.

In addition, we equipped one of the largest Asian solar parks with solar power technology on behalf of our South Korean partner, SOLARPARK ENGINEERING CO. LTD.. In the Vatican, SOLARWORLD built a 220 kWp solar power roof system on the Papal audience hall.


Selected large-scale power plants with SOLARWORLD technology // completed in 2008 1)

PlaceTotal size of plant (in kWp)Number of SolarWorld modules installedQuantity of power generated annually (in kWh)Quantity of CO2 saved annually (in t)Number of persons who can be supplied with this power 3)
Spain30,000166,00057,000,00038,76057,000
South Korea15,00085,00023,500,00015,98023,500
Vatican 2)2202,400 300,000204300
Germany2,20012,000 2,200,0001,4962,200
1) The specific yields of the plants vary according to the output classes of the modules installed as well as the duration and intensity of solar radiation in the countries concerned. The quantities of CO2 annually saved by the plants depend on the energy mix of the country concerned.
2) Not relevant for sales
3) Assumption: Yearly power consumption of 1,000 kWh per person

Gaining new customers at international trade fairs. We met the increasing worldwide demand for solar power products by an increased international presence at 15 (previous year: 14) trade fairs. In this process we were also particularly active in the USA, the market of the future. Worldwide we were able to consolidate our position as a wafer supplier, recycling service provider, and integrated module and systems producer with new and existing customers.

Our product and systems competency was evidenced and enhanced over the course of the year under review by several innovations we launched at exhibitions. Specifically, we presented SUNTUB®, SUNTROL® and SUNTRAC®, as well as the new SUNKIT® solar kits that were specifically developed for the flat roof architecture in the Southern European region.

Customer Relationship Management – customer satisfaction enhanced. Our customer networks constitute a strategic resource for us in which we make sustainable investments. Particularly at times of crisis it is indispensable to be seen to be a fair and reliable partner. By the same token, we in turn demand fairness and reliability from our business partners. Our distribution strategy, which even at times of increased demand and a scarce supply, is always geared to the motto that “We make our customers successful”, again paid off in 2008 in the form of stable customer relationships.

In 2008 we expanded our SOLARWORLD specialist partner network significantly both quantitatively and also qualitatively through dealer training. The SOLARWORLD planning software suntool® was further developed on the basis of customer demands and wishes we identified, and the document output was improved and the computing speed increased.

Our annual international trade customer survey (as part of our quality management) serves the goal of identifying strengths and weaknesses as well as of optimizing our customer service, in particular. The survey profile identifies customer satisfaction with the service of the Sales Team, with the delivery service, with product quality (also in comparison with competitors), as well as with the way we handle complaints. In the year under review we succeeded in maintaining – and in some cases significantly improving on – our good results of the previous year at all our major locations.


Quality and environmental management

Environmental policy is an integral part of our quality policy. Through integrated quality and environmental management we counteract the risks in the process chain and guarantee group-wide quality, process, and environmental standards with appropriate efficiency gains. Target agreements and measures derived from them are fixed annually. Corporate management and control

Successful certification in the year under review. After the certification of our Singapore sales office according to the ISO 9001 quality standard, almost all our SOLARWORLD locations are now working in line with this recognized standard. The only exceptions are Hillsboro (USA), and South Africa. At our new US production site, Hillsboro, we are already striving for certification – as soon as possible after the ramping-up of all processes. Within the framework of our quality management system the product quality of our external suppliers is also checked permanently. By way of regular auditing and evaluation procedures we guarantee a high and stable quality of the products and merchandise of our suppliers. Procurement

Our internal processes in Bonn and Freiberg are additionally checked and evaluated with regard to environmental relevance. In 2008 SOLARWORLD AG in Bonn (Holding company and distribution organization) as well as our subsidiaries, deutsche solar, DEUTSCHE CELL and SOLAR FACTORY, were certified according to the international environmental standard ISO 14001. Other production sites are to follow as soon as all local production processes have started up completely.

Environmental protection defined as a value contribution. We consider effective and continuously monitored environmental management to be an important part of our integrated quality management. In order to continuously improve the environmental performance of SOLARWORLD, measurable environmental targets are an essential feature of our environmental management system. This is why we defined group-wide environmental goals in the course of 2008 and verified them towards the end of the year.

The environmental goals will also be used beyond the year under review for the development of higher level control measures together with the other group objectives. Corporate management and control As an aggregated higher level objective we have defined the “Reduction of the Consumption of Resources”. We identify this ecological control variable by using the following sub-targets: energy expenditure, waste quantity, water requirement, amortization time of the most powerful SOLARWORLD module, CO2eq emissions. As these target values also serve for internal control purposes they are not being divulged at this point.

To reach our objectives we developed a special environmental program. At the various locations concrete measures were determined and implemented. These include, for example, the minimization of material use for the design of racks in the product development segment and an increase in the number of environmentally certified suppliers in the area of procurement.

Internal environment audits and annual monitoring of indicators help to check the efficiency of the measures and the degree of target achievement. In addition, the Environmental Management Officers report to management on the basis of a target/actual comparison.

Positive CO2eq balance. We systematically record our group-wide greenhouse gas emissions and also disclose them. The SOLARWORLD Stock The continuous improvement of our energy and material efficiency enables us to improve the overall processes holistically in the spirit of economic and ecological aspects. Research and development The group-wide CO2eq emissions developed to amount to some 96 (previous year: 77) thousand tonnes of CO2eq in the year 2008 according to provisional estimates and taking into consideration the increase in production.

With the solar power modules which we sold in the year 2008 some 2.7 (previous ykear: 2.1) million tonnes 089 of CO2eq can be saved during the average module lifetime of 25 years (calculation based on the solar radiation conditions and the power mix in Germany). The costs of environmental damage avoided in this way amount to about 190 (previous year: 144) million €.

If you compare the CO2eq emissions avoided by our modules with the CO2eq emissions caused by our company, the result is a positive CO2eq balance for SOLARWORLD with the avoided emissions exceeding the emissions caused group-wide by a factor of more than 28.

However, this balance only includes the greenhouse gas emissions generated in the group itself. For a comprehensive analysis of the entire product life cycle, one would also have to include emissions from suppliers and service providers. According to our estimates the SOLARWORLD emissions account for some 35 per cent of total emissions in the product life cycle. Suppliers and service providers account for the remaining roughly 65 per cent.

Environmental communication. External communication of the data collected by the Environmental Management Officers is effected in the framework of the sustainability reporting according to Global Reporting Initiative (GRI), as well as by way of publication of the data in the annual Carbon Disclosure Project (CDP) by the Investor Relations Department. An internal corporate reporting system as well as audit reports and regular management reports make sure that all levels of corporate management are reliably informed. Our environmental reporting system includes a multi-layered network of statistics showing waste, emission, waste water, and electricity figures as well as statistics of auxiliaries and material consumption. Opportunity and risk management system

We refer to the presentation of environmental indicators in the sustainability report (annex to the annual group report for fiscal year 2008).