Yu Zhilong, Dean of the Strait (Liancheng) Photoelectric Industry Technology Research Institute, is also the founder of the super-quantum theory, the innovator of the ultra-quantum technology, and the entrepreneur of the super-quantum industry.
Lin Qizhang, Dean of Shanghai Pudong Institute of Industrial Technology
table of Contents
I. Introduction
Second, the connotation of super quantum theory
Third, the way to achieve the realization of super quantum theory
Fourth, some of the results obtained by applying the theory of super-quantum
5. The significance and value of super-quantum theory
Six, attachments
1. Shanghai International Conference Center thank you letter
2. Aidewa super-quantum high-bay light shines in Waigaoqiao Shipbuilding Co., Ltd.
I. Introduction
The industry called “Destructive Creation†by Goldman Sachs, the trillion-dollar market capacity.
The "global forbidden white" effect has risen steadily, and the recent three Nobel Prize winners of physics have made LED lighting more prosperous.
The National Energy Administration announced that the total electricity consumption in 2014 was 5.5233 trillion kWh, of which lighting power consumption was 14.3%, which was about 789.8 billion kWh. For every one percentage point increase in energy efficiency of lighting products, it can save 7.798 billion kWh. If all lighting sources are switched to high-efficiency and energy-saving super-quantum LED light sources, the energy saving rate is calculated at 70%, saving at least 552.8 billion kWh per year, and nearly 8 Three Gorges power stations. The annual average power generation can save 220 million tons of standard coal and reduce carbon dioxide emissions by 500 million tons. The effect of energy saving and emission reduction is quite huge.
(From 2003 to 2014, the cumulative power generation of the Three Gorges Power Station exceeded 800 billion kWh, with an average annual power generation of 72.7 billion kWh; with the current energy-efficient power generation level, each saving of electricity is equivalent to saving 0.32 kg of standard coal. And 3.2 liters of purified water, while reducing emissions of 0.218 kilograms of dust, 0.8 kilograms of carbon dioxide, and 0.024 kilograms of sulfur dioxide. If the power consumption level is reduced by 1 degree, the equivalent of 0.4 kilograms of standard coal is saved, and 0.272 kilograms is reduced. Dust, 0.997 kg of carbon dioxide (CO2), 0.03 kg of sulfur dioxide (SO2), 0.015 kg of nitrogen oxides (NOX).
If the power consumption of the modified lighting system is reduced from 788.8 billion degrees to 236.9 billion degrees, the average daily lighting time is 8 hours, and the installed capacity per watt of electricity is 3 degrees per year, then 236.9 billion degrees requires 78.9 billion watts of lighting installed capacity. If calculated according to the Ming equipment 10 yuan per watt, the market capacity is 789 billion yuan. If calculated on the basis of one yuan per kilowatt-hour, the annual electricity cost can be saved 552.9 billion yuan, and the investment can be recovered in less than one and a half years. It can be seen that its market prospects and economic benefits are very considerable, and the contribution of energy conservation and emission reduction is enormous. Therefore, the pursuit of the maximum efficiency of LED lighting system, especially the maximum effective light efficiency of LED lighting system is of great practical significance!
In pursuit of maximizing the effective light efficiency of LED lighting systems, the essence is to maximize the efficiency of converting LED lighting systems into efficient optical quantum. Here, the effective light quantum is expressed as a light quantum that meets the requirements of lighting standards, physiological health, long life or design life, and a comfortable visual environment.
William's super-quantum theory clarifies the principle of maximizing the efficiency of converting electrical energy into effective photon in an LED illumination system, and proposes methods and approaches for implementation. Our practice proves that the lighting products produced by William's ultra-quantum theory can be 10%-60% higher than other similar LED lighting products.