More than 2 billion people around the globe live without electricity. Grid power supply is not available in many areas. Energy cost increases every year as a continuing increase for electrical power demand overcomes the supply.

As a consequence, it is likely that electrical power may be rationed as it has been in many areas around the globe. The uncertainty on future energy cost and
resources demand availability, prompt action.

Market transformation

Many countries, US states, cities and utility companies are adopting energy programs by removing barriers and implementing energy strategies.

Among the many barriers are:

• Lack of information on solar energy and poor consumer education on the subject
• Lack or little of product standards
• Old codes and expensive permitting
• Few financial incentives and other market incentives
• Lack of trained and personnel and services.

Those limitations make difficult, for consumers to choose technology and installation.

Our business is dedicated to energy conservation for private and public consumers, helping them to take control on energy provision, to achieve cost effective supply of energy while allowing quantify the future energy costs for the next decade. We bring the state of the art energy generating equipment to our projects.

We work with external partners to address technical and non-technical issues that are barriers for the adoption of energy technologies.

Solar energy comes from the sun radiation. Photovoltaic cells (PVC), made from silicon alloys, convert the sun radiation into energy for heating and electricity. At the current state of development solar cells can convert up to 22 percent of sun radiation in electricity.

Solar energy is used for heating water, heating building spaces and electricity. Solar energy collectors, consisting of a flat-plate absorber, oriented to proper direction and angle, intercept and absorb solar energy.

Energy prices have increased significantly in the last few years, which has fueled interest in alternatives sources of energy such as solar. Solar power can reduce energy capacity problems on local utility systems, especially during peak demand periods. It may also reduces greenhouse gas emissions and oil consumption by displacing electricity generated by fossil-fuel power plants.

| 01.01.2009 | Read more| Print |

Based on estimates, wind can generate enough energy to meet global demand. Currently, about one percent of global electricity consumption came from wind. Many sites feasible for wind power generation are in coastal areas or offshore.

Global installed wind capacity in 2006 was around 74 Gigawatts (GW), according to the World Wind Energy Association. This was more than one percent of global electricity consumption, but because installed capacity does not reflect actual production, its contributions to the global energy mix are less than that.

Wind energy capacity is expected to more than double between until 2010. That increase will be driven by rapidly developing countries, such as India, Brazil, and China. Several offshore wind parks are being planned in northern Europe and North America.

The prices of producing utility-scale wind power have fallen by 90 percent in the last 20 years, and according to General Electric, global prices range between 3.5 and 4 cents per kilowatt hour, making wind competitive with coal, oil, nuclear, and gas energy. Global land and near-shore wind resources are around 72,000 GW, or five times the world's current energy use, according to a study at Stanford University. But sites convenient for wind power production are limited by factors such as land use for agriculture or living, distance to consumers, and technology. Experts from the Intergovernmental Panel on Climate Change estimate that only four to ten percent of given resources could be used in an economically viable way.

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Hybrid systems or a sigle electricity grid connected to different energy generation methods may work just fine. Hybrid electricity systems offer a reliable power supply by combining solar photovoltaic, wind turbines, and other sources of energy generation.

| 01.01.2009 | Read more| Print |