China is growing economically in leaps and bounds, which means it needs energy. Jumping into the solar power industry, it is both producing systems cheaply and using them.
The solar panel industry in China shows promise of huge expansion. China's solar panel industry has steadily shown 25 percent growth in the number of products exported over the past ten years, and this shows no sign of slowing down. Because of its low-cost manufacturing capabilities and the fact that demand for solar power within China itself is beginning to grow, the industry within China has great potential.
Both crystalline and amorphous solar panels are produced in China. The crystalline panels make up 90 percent of China’s total output. Amorphous panels are relatively new, but are growing in production because they cost less to make than the crystalline panels.
China has an enormous amount of manufacturing capability coming up in the next few years. This manufacturing is lower cost than other places for several reasons, including the fact that Chinese workers make an average of $200 per month, and all of the items necessary for making solar panels are now available domestically, with production of those growing as well. Additionally, the cost of doing business in China is much lower. They pay less administrative costs, research and development, peripheral costs, etc, than more developed countries. The machinery necessary for manufacturing solar panels is also being developed domestically, providing much less expensive equipment than could be gotten overseas. Because labor costs are so low, the Chinese assembly lines tend to be much more labor intensive with fewer machines.
The bottleneck in China’s solar panel production is the same as everywhere else– polysilicon. Although domestic production is growing it will not be enough to address future needs of the solar industry. Chinese producers use a combination of scrap and virgin polysilicon for solar cell production, which lowers cost. Low labor costs allow the viability of hand sorting of silicon wafers that are broken or recycled. Chinese firms are stockpiling polysilicon now to ensure lower costs as polysilicon prices keep increasing.
The Chinese government initiated programs extensively increase the amount of solar power used in the country, which will probably only benefit domestic suppliers and those foreign countries that are allied with them. The government intends to bring power to extreme rural areas, which are currently off the grid, with renewable energy systems. Areas of China such as Western China are ideal for solar power as it averages 9 to 11 hours of sun per day. Investment in the Chinese solar panel industry is a hot ticket.
Rick Chapo is with SolarCompanies.com - learn more about solar panels.
Article Source: http://EzineArticles.com/?expert=Richard_Chapo
Friday, July 13, 2007
Your Swimming Pool is an Energy Hog - Learn How to Save Hundreds on Your Electric Bill
With gas prices headed skyward, people are doing a lot more thinking about their energy use in general. Electricity costs have continued to rise as well, and energy-efficient products are the best way to offset these cost increases. If you want to lower your energy use, it is always best to start out by analyzing what uses the most energy in your home. In the southeast and southwest, most people know that air conditioning is number one. If you have a pool, it generally fills the number two spot. The sad truth is that your pool pump is an energy hog - but it doesn't have to be.
Reducing the cost of pool ownership is an area that the pool industry has been working on for some time. Some great advances have been made, but most people are unaware of the energy-saving technologies that are available. You want to enjoy your pool at a minimum cost, so how can you save money? Two main methods have emerged for reducing the energy consumption of pools. One is to have a two-speed pump. Running at an optional low speed decreases the resistance to water flow, allowing for more efficient pump operation. The second method employs a smart year-round controller, specifically designed for pools. A seasonal cycle runs the filter less in the winter and more in the summer, gradually turning up through the spring and down through the fall.
A two-speed pump is pretty simple to understand. A two-speed pump is just a conventional pump with an added low-speed mode. The low-speed mode moves water through the filter more slowly but much more efficiently. This gives you more gallons filtered per dollar. A good analogy is: "slow and steady wins the race". It also has a high-speed mode which is used to run your surface cleaning equipment (pool sweep or pop-ups). This is an efficient method of keeping your pool looking great, but is a sizeable investment because it requires that you replace both your pump and controller. It will usually cost over $1000 to upgrade to a two-speed pump.
A smart year-round controller allows you to keep your existing pump, but is designed to run it only as much as necessary. Most pool owners know that you don't need to run your filter as much in the winter as you do during the summer months. When the water is cold, bacteria and algae don't do much, and you can get away with running your pump less.
Some pool owners adjust the run time of their filter a couple times a year, but many don't adjust them at all. A company out of Chandler, AZ produces a product called the TightWatt® pool timer which will properly run your pump throughout the year. You simply set a "summer" and "winter" run time for your pump, and it calculates the rest of the year based on those values. This is a good option for people who want to save money but can't afford the investment in a two-speed pump. It is an affordable replacement for an aging mechanical timer, at about $149, and an easy way to save some money.
Author and inventor, Steve Allen has a BS degree in Electrical Engineering from Arizona State University. His company, Allen Concepts, Inc. develops value-added products through innovative design with energy conservation in mind.
Steve can be reached at sallen@tightwatt.com. http://www.tightwatt.com
Article Source: http://EzineArticles.com/?expert=Steven_D._Allen
Reducing the cost of pool ownership is an area that the pool industry has been working on for some time. Some great advances have been made, but most people are unaware of the energy-saving technologies that are available. You want to enjoy your pool at a minimum cost, so how can you save money? Two main methods have emerged for reducing the energy consumption of pools. One is to have a two-speed pump. Running at an optional low speed decreases the resistance to water flow, allowing for more efficient pump operation. The second method employs a smart year-round controller, specifically designed for pools. A seasonal cycle runs the filter less in the winter and more in the summer, gradually turning up through the spring and down through the fall.
A two-speed pump is pretty simple to understand. A two-speed pump is just a conventional pump with an added low-speed mode. The low-speed mode moves water through the filter more slowly but much more efficiently. This gives you more gallons filtered per dollar. A good analogy is: "slow and steady wins the race". It also has a high-speed mode which is used to run your surface cleaning equipment (pool sweep or pop-ups). This is an efficient method of keeping your pool looking great, but is a sizeable investment because it requires that you replace both your pump and controller. It will usually cost over $1000 to upgrade to a two-speed pump.
A smart year-round controller allows you to keep your existing pump, but is designed to run it only as much as necessary. Most pool owners know that you don't need to run your filter as much in the winter as you do during the summer months. When the water is cold, bacteria and algae don't do much, and you can get away with running your pump less.
Some pool owners adjust the run time of their filter a couple times a year, but many don't adjust them at all. A company out of Chandler, AZ produces a product called the TightWatt® pool timer which will properly run your pump throughout the year. You simply set a "summer" and "winter" run time for your pump, and it calculates the rest of the year based on those values. This is a good option for people who want to save money but can't afford the investment in a two-speed pump. It is an affordable replacement for an aging mechanical timer, at about $149, and an easy way to save some money.
Author and inventor, Steve Allen has a BS degree in Electrical Engineering from Arizona State University. His company, Allen Concepts, Inc. develops value-added products through innovative design with energy conservation in mind.
Steve can be reached at sallen@tightwatt.com. http://www.tightwatt.com
Article Source: http://EzineArticles.com/?expert=Steven_D._Allen
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