A Study on Advance Thin Film Technologies
The overall goal of this type of technology is to offer an efficient industrial mass production of cost-effective and highly efficient large-area thin film solar modules. This consists of the creation of the procedure know-how and the production technology, as well as the style and fabrication of customized devices. If you are thinking about independent power supply and need it to be as ecological as possible you should check out natural gas engines from Cummins and Jenbacher.
A successful development will establish Europe as the leading producer of thin film photo voltaic modules and preserve European leadership in photovaoltaics (PV) over the longer term. Long-term situations for a sustainable global development suggest that it should be viable, by the middle of this century, to provide over 80% of electric power by a combination of power from alternative sources. Photovoltaics are much more essential choice which provides a substantial share of over 30% of such a mix.
This integrated project is is targeted on the expansion, assessment and consolidation of photovoltaic thin film technology, and on probably the most promising material and device choices, namely cadmium-free cells and modules, based on amorphous, micro- and polycrystalline silicon also as substance semiconductors. The overall challenge would be to offer the scientific and technological basis for industrial mass production of cost-effective and highly effective, ecologically sound and financially certified large-area thin film solar panels and modules.By drawing on a broad basis of expertise, the whole range of module fabrication and supporting research and development will probably be covered.
Consequently the main challenges are:
• Significantly decreasing the cost/efficiency ratio towards electric consumption in the lengthy run.
• Providing the know-how and the scientific basis for large-area Pv modules by determining and testing new supplies and systems with maximum cost reduction.
• Developing the procedure know-how and also the production technologies, also as the style and fabrication of specialized equipment, contributing to low expenses and high yield within the production of big area thin film modules.
To meet these challenges, existing concepts for materials and technologies will probably be improved and brought to maturity in close cooperation with business, and new choices will be investigated for supplies and new types of solar cells to offer the scientific and technological basis.
