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The process for Solar Panel
Long before a solar panel (called a module in the industry), can be installed on a roof or home business, there are steps to be carried out. It all starts with plain ol ‘silica sand is extracted through various chemical processes. The refined and almost pure silicon, called polysilicon or poly, is heated and molded into blocks called ingots. Cube-shaped ingots are sawed into wafers square. Then the magic happens. Polysilicon wafers are placed on a substrate, usually glass, to make a solar cell. A number of cells are arranged together and set in place to form a panel. The final package is called a module. This is how a solar panel is made in a nutshell. However, the steps are hidden in hundreds of companies, thousands of patents and more than a few investment vehicles that can do “they know” a lot of money.
For nearly a decade, the industry forward with a compound annual growth rate of over 40%, and investors did a lot of money to companies making it happen.
The solar market is still set to triple in size over the next five years. By 2015, installed solar capacity will grow another 347% to over 72 gigawatts worldwide as utilities are encouraged and forced to adopt sustainable production assets, and how solar energy reaches price parity a growing number of markets. In order for predictions to be true, the policy of improvement is going to have to grapple with the current economic conditions. The current state of the solar market is currently facing rapidly falling prices, both raw material and final product. A seasonal drop in demand and excess supply related to the panels, along with the general economic slowdown and restricted the loans has led to a decrease of up to ~ 30% in selling prices of solar modules. Of course, the operating costs of solar energy companies have not fallen as quickly, forcing companies to cut profit margins and sell off panels. In fact, the recent price control, Chinese manufacturers have opened an advantage over European companies historically dominant. Established Chinese producers are offering contract prices of around € 2.00 per watt, while European suppliers are struggling to break below € 2.50 per watt.
Therefore, solar energy companies in China are about to gain some market share in Europe. You should see that reflected in stock prices over the coming quarters. Even with the economy in the pits, the German solar market – the largest in the world – is still set for steady growth, thanks to renewed lending by German state bank KfW and national political commitment. Funding for the roof and small ground facilities also flow back to the big European investment banks and local savings banks. Other European Union countries will take longer than in Germany in the heat of solar energy markets again. Any astute investor should therefore ensure that they have exposure to the German market, which is expected to be among the first to recover from the current economic crisis. Only the most high-efficiency panels with better prices and better warranties will be acquired. Smaller companies in China are probably the most threatened. The balances of all solar energy companies will go out for the coming quarters as demand reduction of the cyclical downturn and seasonal patterns works its way out of balance.
Besides Germany, the U.S. consider that the sleeping giant of the solar industry is also doing much to ensure a robust recovery solar. Here’s a snapshot of what the U.S. stimulus recently done for the solar industry: investors are now able to have a 30% federal reimbursement of the value of a new installation before deducting state incentives. So a theoretical $ 100. $ 00 solar system in North Carolina (35% state credit) now only costs $ 35.00 the investor, because the federal and state incentives are calculated from the total price. The best part is, those federal incentives have no cap and the project only needs to be completed by 2017 to qualify. This incentive only rapidly increase demand for solar power as owners and investors as a race to get discounts on solar installations with taxpayer money. But there are many more solar provisions in the stimulus will only be amplified by the gains that can be taken in the right solar stocks. There is also $ 6 billion dedicated to paying dues of secured loans. This clause is intended to encourage banks to make loans for renewable energy projects. Most estimates say that $ 6 billion in guarantees will translate into $ 60 in new loans.
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