The no-load loss loss of the byldanarum Amorphous alloy transformer is very low, only 20% of S9 type silicon steel transformer, and the relative consumption reduction reaches 80%. Amorphous alloy transformer meets the requirements of industrial policies and power grid energy conservation and consumption reduction.
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In construction of new rural areas and the renovation of urban power grids, non metallic transformer technology has great potential in reducing consumption and has a very broad market prospect.
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First, currently, the line loss rate of power transmission and transformation lines in China is 7.70%, while in the United States it is 6.00% and in Japan it is 3.89%. Compared with the data in 2000, the load loss of high energy consuming distribution transformers in China is 50% -60% higher than the international advanced level, and the no-load loss level is over 90% higher. Therefore, improving the efficiency of power transmission and transformation equipment is an necessary factor to consider in power planning and energy saving measures.
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Secondly, the benefit factor is that China produces approximately 240 million kVA of distribution transformers annually. Assuming 30% of them are made of amorphous materials, the annual production of amorphous transformers would be 72 million kVA. Taking each transformer with 300 kVA as an example, the annual production of amorphous transformers would reach 240000 units. This will reduce the no-load loss of the transformer by 130000 kW and save 1.14 billion kWh of electricity annually. Equivalent to saving 433000 tons of electricity coal and reducing 11000 tons of harmful gas emissions from coal combustion. Iudaecima quinque annorum plana etiam clara dicit, quia in 2010 per capitum GDP duplicem comparabit ad 2000, et consummatio energiae per unam GDP ad 20% reducetur. Reducing energy consumption by 20% within 5 years is quite challenging. As for the power grid, the possibility of achieving this through technological means mainly focuses on amorphous alloy transformers and frequency conversion technology. Pro hoc, concludimus, ut 20% energiam conservationis et consummationis reductionem, magnam numerum amorphous transformatorum inevitabilem utilizat.
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Cum increasing investment in urban and rural power grid renovation in China, expectata est requis distribution is transformatoribus ad crescendum tempus 10% -15%. Based on this speed calculation, by 2010, if 10% of distribution transformers were to switch to amorphous materials, China's annual demand for amorphous transformers would reach 38 million kVA. In order to comply with energy-saving policies, the relevant departments of the power grid have repeatedly stated that amorphous alloy transformers with obvious energy-saving and consumption reducing effects and lower total cost of ownership (TOC) are gradually replacing traditional silicon steel transformers in the distribution field, which is the trend.
