Nanotechnology is Arofound Impact on The New Energy Storage
Author: Source: Datetime: 2016-11-10 17:40:44
At the industry investment and financing forum held in the same period, Maimus Consulting believes that clean renewable energy is becoming the future direction of energy development. Nanotechnology, nanomaterials and micro / nano manufacturing will have a profound impact on renewable energy such as wind power and solar energy. Energy development trajectory to help achieve its transition from alternative energy sources to alternative energy sources, which has aroused the concern of the relevant capital.
Wind turbine is the core component of wind turbine, which is an important device to convert mechanical energy into electrical energy. However, the traditional wind generators bulky, high cost, for the control and post-operation and maintenance are challenges.
According to an exhibitor related parties, in nanotechnology sector, has been in the research and development of nanometer thin film solar power generator system, its core component is a small, light weight thin film nano-generator. Nanofilm wind power generation system can be produced by wind pressing, friction nano-film to generate electricity, but also with the traditional solar energy, wind power generation system for the existing combination of wind power, to explore a new way.
Traditional Chinese materials and power generation technology can only use high-frequency mechanical motion energy and into electrical energy, if the human body such as beating heart, blood flow and other low-frequency mechanical movement into electrical energy and to be used, the Institute of Microelectronics by the experts said, Only nano-energy technology can be achieved.In the new energy cost of electricity more and more attention to the current, to improve the photoelectric conversion efficiency of crystalline silicon cells, photovoltaic industry has become the focus of technology research and development.
Shenzhen New Materials Association, the relevant person in charge told reporters that nanotechnology is likely to help break PV industry has long plagued the battery conversion efficiency issues. At present, some of the technology has been successful in the laboratory. For example, the fused silica glass nanomaterials prepared by the novel process are combined with ultra-thin nanotube structure and honeycomb nano-wall structure, which can absorb the subwavelength energy efficiently. This material makes the coating attached to the PV module panel, can achieve multi-angle absorption of solar energy, and can greatly improve the conversion efficiency of solar cells.
With the wind power, solar energy and other new energy installed capacity of the rapid growth of large-scale new energy grid on the grid security and stability of the test, with large-capacity energy storage become a trend.
He (Suzhou) Special Materials Co., Ltd. official told reporters that the current lithium-ion energy storage battery, charge and discharge times less, rapid decline in capacitance, and the higher cost. The use of copper compound nano-material of the new electrode in the repeated charging 40,000 times, the battery capacity can still maintain more than 80% of its raw materials such as iron, copper and nitrogen are also more cost advantages.
However, in the energy industry, these are expected to change the field of new energy nanotechnology looks beautiful, but to really go from the laboratory to the industrialization of the road is still very tortuous. This requires industrial capital, incubation platform and other aspects of the force.
In order to transform the most advanced nanotechnology into real productivity, during the exhibition, Suzhou Industrial Park Administrative Committee, the United States National Academy of Sciences Yang Peidong and its team, Jiangsu Provincial Industrial Technology Research Institute, Chinese Academy of Sciences, Suzhou Institute of Nano-technology and nano-bionic And other four parties signed a cooperation to build the Sky Innovation Center and Nano Energy Materials Research Institute.
It is said that SkyCentre will focus on the development of functional nanomaterials for energy, environment and health. By creating a new environment of "Research Institute + Industrial Incubator", we will introduce quality innovation for industrialization, self-cultivation and cooperation. Team in the platform of professional incubator, greatly reduce the material technology innovation team in the field of entrepreneurial costs and difficulty, improve conversion efficiency and success rate, to promote the project development and industrialization, to seize the commanding heights of materials technology.
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