The reporter learned today from Hebei Province's Hanyu Management District that an internationally advanced level of sewage electromagnetic wave electromagnetic treatment equipment project has started construction in Hangu. According to relevant experts, this technology is the latest breakthrough and innovation in this field in the world today. According to reports, a total investment of 680 million yuan of sewage electromagnetic electromagnetic processing equipment project, covering 200 acres. After the completion of the project, it will form a manufacturing capacity of 1 million cubic meters of electromagnetic wave processing equipment and 20,000 tons of auxiliary production capacity. The annual production value will be 1.5 billion yuan, and profits and taxes will be 690 million yuan. According to the project inventor Xu Changyou, chairman of Tangshan Huipu Water Environment Engineering Co., Ltd., compared with the current membrane technology, this technology has a small investment intensity, a small footprint, a short process flow, low operating costs, and output. Good water quality can be widely used in municipal sewage, various types of industrial wastewater, high-concentration wastewater, rivers, lakes, and landscape water treatment. Its promotion and application will not only alleviate the problems that plague domestic sewage treatment technologies and operating costs, but will also effectively improve the current state of the water environment. At the Shanghai International Water Technology Symposium previously held, the United States Academy of Environmental Engineering academician Chen Junyi and Swedish water experts and domestic experts said: "Electromagnetic wave series of sewage treatment technology and products" is the latest breakthrough and innovation in the world's water treatment technology, living in international Leading level. At present, this technology has won three national invention patents and domestic and international gold medals, and has achieved excellent results in 13 high-concentration wastewater projects such as the Beijing Olympics project, Japan's Toyota Iron Works, Mitsubishi Cutting, Taiwan's dyeing, and Thailand's permeate. According to the regulations of the State Grid, the proportion of distributed generation such as photovoltaics and wind power cannot exceed 10% of the grid, and the energy storage system must be added if it exceeds. Since photovoltaic systems and wind power systems do not use energy storage systems when they are connected to the grid for power generation, it will bring some adverse effects to the power grid. These effects become impossible to ignore. Through the analysis of the characteristics of photovoltaic power generation, it can be seen that the influence of photovoltaic power generation system on the power grid is mainly caused by the instability of photovoltaic power supply. The demand for energy storage systems has increased over the years.
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