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Unique precision injection molding technology, environmental protection, resource conservation, energy saving, low cost of production batch of green performance, become the basic technology of automotive parts processing technology of green plastic innovative solutions of choice and molding technology innovation, and by the general equipment, general equipment, special technology extension technology extension development for automotive structural parts molding.独特的精密注塑工艺，具有环保、节约资源、节能、低成本批量生产的绿色性能，成为汽车零部件绿色塑料加工工艺创新解决方案的选择和成型技术创新的基础技术，并由通用设备、通用设备、专用技术延伸技术延伸发展为汽车结构件成型。独特的精密注塑工艺，具有环保、节约资源、节能、低成本批量生产的绿色性能，成为汽车零部件绿色塑料加工工艺创新解决方案的选择和成型技术创新的基础技术，并由通用设备、通用设备、专用技术延伸技术延伸发展为汽车结构件成型。       Liquid metal (amorphous alloy) injection molding technology is an innovative development of injection molding technology.     液态金属（非晶合金）注射成型技术是注射成型技术的创新发展。液态金属（非晶合金）注射成型技术是注射成型技术的创新发展。 From the injection molding of parts can often go beyond the most precise CNC technology, can realize the smooth surface close to the optical degree, to achieve high precision, which is the liquid metal injection molding process shows a most important quality characteristics. Injection molding and metal injection molding (MIM) compared with CNC processing, injection molding of liquid metal to create conditions for the realization of "higher efficiency and higher degree of automation and process integration and manufacturing concept. Liquid metal injection molding process, only a short cycle, the production cycle time is between 2-3min, shorter than the processing time of CNC. At the same time, the gate material can be recycled, no waste accumulation.从零件的注塑成型往往可以超越最精密的CNC技术，可以实现表面光滑接近光学的程度，达到高精度，这是液态金属注塑工艺表现出的一个最重要的质量特征。与金属注射成型（MIM）数控加工相比，金属液态注射成型为实现“更高效率和更高程度的自动化”和工艺一体化制造理念创造了条件。液态金属注射成型工艺，周期短，生产周期时间在2-3min之间，比CNC的加工时间短。同时，浇口材料可循环利用，无废弃物堆积。从零件的注塑成型往往可以超越最精密的CNC技术，可以实现表面光滑接近光学的程度，达到高精度，这是液态金属注塑工艺表现出的一个最重要的质量特征。与金属注射成型（MIM）数控加工相比，金属液态注射成型为实现“更高效率和更高程度的自动化”和工艺一体化制造理念创造了条件。液态金属注射成型工艺，周期短，生产周期时间在2-3min之间，比CNC的加工时间短。同时，浇口材料可循环利用，无废弃物堆积。       Liquid metal  (amorphous alloy)injection molding technology has brought new opportunities for the development of green cars.      液态金属（非晶合金）注射成型技术为绿色汽车的发展带来了新的机遇。液态金属（非晶合金）注射成型技术为绿色汽车的发展带来了新的机遇。 The car engine timing system, nozzle, trim parts, safety components, pumps, sensors, and heavy load connectors 400 grams of parts can be used for liquid metal injection molding parts, parts can not only obtain excellent performance, but also can obtain good economic benefits, it is good choice for auto parts manufacturing. Making use of the characteristics of high hardness and high wear resistance of the liquid metal, it can be used to manufacture the hydraulic cylinder, piston ring, nozzle and other wear-resistant parts, which can greatly improve the service life of the automobile.汽车发动机正时系统、喷管、饰件、安全部件、泵、传感器，以及重载连接件等400克的零件均可采用液态金属注塑成型，零件不仅能获得优异的性能，还能获得良好的经济效益，是汽车零部件制造的良好选择。利用液态金属高硬度、高耐磨性的特点，可用于制造液压缸、活塞环、喷嘴等耐磨件，可大大提高汽车的使用寿命。汽车发动机正时系统、喷管、饰件、安全部件、泵、传感器，以及重载连接件等400克的零件均可采用液态金属注塑成型，零件不仅能获得优异的性能，还能获得良好的经济效益，是汽车零部件制造的良好选择。利用液态金属高硬度、高耐磨性的特点，可用于制造液压缸、活塞环、喷嘴等耐磨件，可大大提高汽车的使用寿命。       Liquid metal (amorphous alloy) injection molding process should not only be seen as a replacement process, but as a flexible design can be obtained through the unique properties of the molding process. The liquid metal injection molding processing to achieve step manufacturing metal parts of highly complex structures, and its precision and surface quality is much better than that of ordinary casting, even complex three-dimensional shapes and very fine structure can with excellent reproducibility and high utilization rate of materials can be formed it makes the manufacture of high-quality metal parts of the revolutionary change.     液态金属（非晶态合金）注射成型工艺不应仅仅被看作是一种替代工艺，而应看作是一种通过灵活设计可以获得独特性能的成型工艺。液态金属注射成型加工实现了台阶式制造高度复杂结构的金属零件，其精度和表面质量远优于普通铸造，即使是复杂的三维形状和非常精细的结构也能以优异的再现性和材料的高利用率得以成形，这使得高质量金属零件的制造发生了革命性的变化。液态金属（非晶态合金）注射成型工艺不应仅仅被看作是一种替代工艺，而应看作是一种通过灵活设计可以获得独特性能的成型工艺。液态金属注射成型加工实现了台阶式制造高度复杂结构的金属零件，其精度和表面质量远优于普通铸造，即使是复杂的三维形状和非常精细的结构也能以优异的再现性和材料的高利用率得以成形，这使得高质量金属零件的制造发生了革命性的变化。 The technical barrier of liquid metal  (amorphous alloy)is very high, especially the problem of mature equipment becomes the bottleneck of restricting its application.      液态金属（非晶合金）的技术壁垒非常高，特别是设备成熟问题成为制约其应用的瓶颈。液态金属（非晶合金）的技术壁垒非常高，特别是设备成熟问题成为制约其应用的瓶颈。 Inside and outside the decorative parts, more than 400 grams of auto parts and so on are part of the bulk forming, which means that in order to promote a large area of liquid metal, must master the core technology of bulk molding. Secondly, the production of bulk amorphous alloys are still in development or improvement in equipment, a few years ago, although there are a few domestic enterprises began to develop the production of bulk amorphous equipment, but did not form a large-scale market, estimated to be improved and still continued to improve. Fortunately, the eastern region of China, an important equipment companies began to organize the relevant units of collaborative research and development of liquid metal forming equipment, the first half of this year is expected to face global supply. From the analysis of the trial production, both the design of the components, the forming of the products, the yield and the consistency of the products meet the design requirements, and have their own intellectual property rights.内外装饰件、400克以上的汽车零部件等都是批量成型的部分，这就意味着要想推广大面积的液态金属，必须掌握批量成型的核心技术。其次，散装非晶合金的生产设备还在开发或改进中，前几年国内虽然有少数企业开始开发生产散装非晶设备，但没有形成大规模的市场，估计有待改进并仍在继续改进。幸运的是，中国东部地区一家重要设备企业开始组织相关单位协同研发液态金属成形设备，今年上半年有望面对全球供应。从试制分析来看，无论是零部件的设计、产品的成型、成品率还是产品的一致性都符合设计要求，并具有自己的知识产权。内外装饰件、400克以上的汽车零部件等都是批量成型的部分，这就意味着要想推广大面积的液态金属，必须掌握批量成型的核心技术。其次，散装非晶合金的生产设备还在开发或改进中，前几年国内虽然有少数企业开始开发生产散装非晶设备，但没有形成大规模的市场，估计有待改进并仍在继续改进。幸运的是，中国东部地区一家重要设备企业开始组织相关单位协同研发液态金属成形设备，今年上半年有望面对全球供应。从试制分析来看，无论是零部件的设计、产品的成型、成品率还是产品的一致性都符合设计要求，并具有自己的知识产权。       In addition, domestic Foxconn, BYD, world science and technology, Yi an unexpectedly 8 enterprises in this field have deep research and industrialization in the The early bird catches.此外，国内富士康、比亚迪、世科、易安等8家企业在这一领域都有深入研究和产业化的先行者。此外，国内富士康、比亚迪、世科、易安等8家企业在这一领域都有深入研究和产业化的先行者。       Under the support of the amorphous China Industrial Information Center, a car company's product design and R & D center began to pay attention, and to investigate the feasibility of this material in a comprehensive replacement of key components of a car.在无定形中国工业信息中心的支持下，某汽车公司的产品设计研发中心开始关注，并研究该材料在汽车关键部件全面更换中的可行性。在无定形中国工业信息中心的支持下，某汽车公司的产品设计研发中心开始关注，并研究该材料在汽车关键部件全面更换中的可行性。       We believe that China's bulk amorphous alloy industry will be accompanied by rapid access to the automotive industry high-speed channel我们相信，中国大块非晶合金产业将伴随着汽车产业快速进入高速通道        

Anti-thief Technology depends on Amorphous Acousto Magnetic Label When we walk into a supermarket, we can found that each goods has a design against thief, which is the application of the amorphous Acousto magnetic.It is more common that the Electronic Article Surveilance(EAS) is used in our business system. There are 6 kinds of EAS system in our daily life, Electromagnetic System, Microwave System, Radio Frequency System, Intelligent System and Acousto Magnetic. The Acousto Magnetic is most widely used because its low price and convenience as well as high rate of detection. I. What is Acousto Magnetic Acousto Magnetic is depending on the principle that amorphous alloy ribbons can send out strong resonance signal because of its high magnetism (elastic coupling coefficient). In most case, the Acousto Magnetic is composed of detector, decoder, sensormatic etc. The detector send out a 58KHZ impulsion wave in every 20 millisecond, and if the detector tests a resonance signal 5 times after the impulsion wave, and each of these 5 signals has the same capacity and frequency, the alarm bell would ring. And if the signals are not the same in one second, the alarm would not ring. This technology ensures the accuracy of the alarm bell. The decoder reduces the strength of the resonance signal by demagnetizing the bias films in the anti-thief device so the alarm bell will not ring. The Acousto Magnetic technology has been widely used in the anti-thief devices for more that 20 years. The US4510489 which records US patent said that some amorphous ribbons, such as FeNiMoB, can send out high resonance signals because of its high magnetism and this theory are successfully used in the anti-thief system in commercial use. The amorphous ribbon is made into resonator and the bias films are made by semi-hard magnetic materials (US5729200) or soft magnetic materials (US7626502). There rarely have any researches on acoustic magnetic label.II. Acousto Magnetic Theory Magnetostrictive Effect Under the effect of the external magnetic field, the size of the ferromagnetic substance changes and after the removal of the external magnetic field, it turns into the original length. Because of the effect of the magnetic field, the length of the magnetostrictive material has a liner transformation and will causes displacement; or it repeatedly changes under the effect of the alternating magnetic field so that it will forms vibration or acoustic wave. This kind of material can turn the electromagnetic energy into the mechanical or acoustic energy. On the contrary, the mechanical energy can also be turned into electromagnetic energy. The former are called magnetostrictive effect and the latter are called magnetoelastic effect. Under a certain condition, the Ferrite magnetic metals have a change on length, and it was caused by the budge between atoms when magnetizing. In an alternating magnetic field, we can see that magnetostrictive metallic stripe vibrating according to the frequency of the alternating magnetic field. If the frequency of the alternating magnetic field and the frequency of the resonance of the metallic stripe are the same, when the amplitude became the highest then the resonance occurs. This is especially apparent to Perm alloy (Fe-Ni). On the other hand, this magnetostrictive effect is reversible, which is piezomagnetism. Thus, when the frequency of the alternating magnetic field is consistence with the resonance of the metallic stripe, the perm alloy stripe starts to vibrate. When the alternating magnetic field is turned off, the acoustic magnetic label will do the damping viberation for a moment like a tuning fork, and give out resonance signal. As a extension of the space of the alternating magnetic field, it can be tested by the receiver. The magnetostrictive effect can be described by magnetorestrictive coefficient λ, λ= (LH-L0)/L0, L0 is the original length of the substance, LH is the changed length of the substance under the effect of the external magnetic field.Magnetomechanical Coupling Factor K When the amorphous stripe is inspired by the alternating magnetic field under the bias magnetic field, the inner of the stripe has a exchange between magnetic energy and the mechanical energy. It is called magnetomechanical coupling, it is evaluated by the factor K according to the following ways. The core component of the acoustic magnetic label is amorphous alloy (Perm alloy). According to phenomenological theory, the factor k is expressed as: The formula for the resonance frequency Fr and FA for anti - resonance frequency. Apparently, the label have its resonance point and anti-resonance point, it can spread out large resonance signal under a small inspiring magnetic field. Furthermore, the dropout voltage between these two points is apparent, which means the label has high magnetomechanical coupling factor. Sharp resonance curve indicates that the label has high Q factor and Narrow bandwidth as well as strong selectivity. Thus, if we set appropriate bias magnetic field, and give it good work condition, we can acquire high resonance signal and high frequency stability.    Tuning-fork Effect The acoustic magnetic label is composed by little plastic box, about 40mm in length and 8-14mm in width, and 1mm in depth. In the box, a tuning-fork structure is formed by two kinds of metallic stripe, one hard metallic stripe is fixed on the box and the other is free vibrated amorphous stripe. According to the special material and structure of the label, which has a certain resonance frequency; when the Applied alternating magnetic field frequency and resonance frequency of the label aligned, it will have resonance. Due to magnetostriction effect and Piezomagnetism, when applied alternating magnetic field disappeared, the label will still have a damped Oscillation, forming alternating magnetic energy and mechanical energy conversion mode, Resonance signal attenuation; this is a kind of compound acoustic magnetic signal.The working frequency of typical acoustic magnetic label is 58 kHz, tuning-fork signal is just like ultrasonic wave, and thus, it has strong anti-interference capability and high penetrating force, which makes the label more brilliant than other labels. In the process of identification when using tuning-fork effect is actually a process of interaction between electromagnetic energy and mechanical energy conversion. But as the transition of the efficiency of the magnetic devices is very low, it needs strong transmitted power. Typical values such as minimum to activate the magnetic field strength is greater than 16A/m, thus, the antenna detector of the acoustic magnetic label is very large. III. Present Situation at Home and Abroad Resonators and bias films are the key components in the acousto magnetic label. On the one hand, the resonant film is made of Fe-based and Fe-Ni-based amorphous strips. The composition, geometrical size and shape of the resonator, the heat treatment conditions and the number of resonant plates have an important effect on the acousto-magnetic properties of the acousto-magnetic label. On the other hand, the bias film is widely uses semi-hard magnetic material and the performance of the film can influence the frequency of the label and depends whether the acoustic magnetlc label can be tested and decoded. Thus the research of the material of the resonator and the bias film are going on. Patent WO2007143707 proposes a novel composition of the resonating plate, which is believed to be an amorphous ribbon of FeaNIbMc (where M is one of Co, C, B, P, etc., or a combination of several , A + b + c = 100, a in the range of 40 to 70 wt%, b in 10 to 50 wt%, c in 10 to 50 wt%), annealing in a 300 degree magnetic field for at least one hour can achieve similar results to that used in today's market Sound and magnetic properties, but at the same time greatly reduced the manufacturing cost of the resonant film. Patent US6057766 discloses an iron-element-based magnetostrictive material suitable for use as a resonant element having a magnetoelastic coupling coefficient of between 0.28 and 0.4, wherein the iron content is between 45 and 82 wt%, while the rest are mainly cobalt and nickel and some glass-forming elements. Patent US 6,181,245 discloses a low coercive bias sheet material that allows an acousto-magnetic tag to be decoded at a greater distance. Patent US 6,689,490 discloses a semi-hard magnetic material suitable for use in a bias sheet in an acousto-magnetic label comprising 8 to 25 wt% nickel, 1.5 to 4.5 wt% aluminum and 0.5 to 3 wt% titanium, with the remainder being iron. This semi-hard magnetic material is different to the typical biased material and has very brilliant magnetic property and high corrosion resistance. Further more, it is very suitable for cold working and tempering when producing. IV: Related Enterprises Although resonant and biased films are currently being developed around the world, only the United States prior to the company to produce high-performance sound and magnetic labels in line with market requirements, the preparation technology has been monopolized for many years, especially the use of semi-hard magnetic alloy strip preparation bias sheet production process is complex, the world's qualified suppliers only Germany's vacuum metallurgy company and the United States’ Carpenter special steel company two. At home, only the production of amorphous soft magnetic materials for the bias of the magnetic tag of the company, for semi-hard magnetic bias with the magnetic tag of the preparation process is basically in the blank phase.V. Market Size and Forecast As one of the most advanced EAS in the world, acousto magnetic is widely used in different situation. At the same time, European countries are striving to implement the source label scheme, which requires that the manufacturer put the anti-thief label into the products when producing, This behavior will reduce the cost of the production and increase the quantity of the use of the label. As a result, the use of acousto magnetic label is about 8 billion, the transaction amount of more than 200 million US dollars, and annual demand growth remained at 25%, with a very broad market space. However, the label preparative technology has been the United States of America's first monopoly of the company for nearly five years, although the domestic company's strong anti-theft label, The share of the market share of less than 2%, at present dominated the country for the kind of sound and magnetic anti-theft tag preparation process to be improved. With the progress of research, things began to enter our lives; amorphous acousto magnetic security systems will bring us more and more reliable security.  

May 11th, Nanjing King Long Bus Co., Ltd. launched the first solar powered bus in China, attracted broad attention in the world. The solar powered EV charging system of the bus is self-developed by SSE.SSE solar powered EV charging system adopts flexible PV cell and intelligent PV control technology with high performance. It can charge the batteries while running the bus, which is a good solution to the current common issues of electric vehicles, such as short range, inconvenient charging and so on. The system contains a solar energy storage device, charging during the daytime and using excess power as a backup power source at night. The Contract was signed between Nanjing King Long Bus Co., Ltd. and SSE earlier this year and reached a bulk purchasing intentions. In the meantime, Dongfeng Motor Corporation will also apply this system to their renewable energy buses in Tibet after verifying the advantages of SSE solar powered EV charging system.

  And what Mexico will do for SolarCity This morning, SolarCity announced a $10 million acquisition (and up to $20 million with earn-outs) of ILIOSS, a top 20 EPC firm in Mexico according to the Q2 Latin America PV Playbook. This marks a significant milestone for SolarCity, which joins Sungevity and SunEdison in the international market, but also represents a potentially market-moving event in the Mexican solar sector. We explained last year why this move makes sense for SolarCity. The company plans to maintain an aggressive growth strategy in the context of a potential ITC step-down in the United States, while Mexico boasts strong fundamentals and is one of the most accessible growth markets in the world. Acquiring ILIOSS enables SolarCity to leverage local expertise and pipeline in a complex market rather than starting from scratch, and the company (rightly) noted that Mexico was a good “jumping-off point” for further expansion into Latin America. Mexico’s annual PV market will reach 2.6 gigawatts in 2020 under GTM Research's base-case forecast, for a cumulative market of 7.6 gigawatts. Mexico is also the No. 1 ranked country for distributed generation in the Latin America region, and at 2.2 gigawatts, the commercial and industrial segment is expected to account for 15 percent of the Mexican market out to 2020. Bringing Mexico’s C&I solar market to scale SolarCity clearly believes that the commercial and industrial market is the best opportunity to reach scale quickly, and I agree. That segment has high electricity tariffs, ranging from $0.09 per kilowatt-hour to $0.17 per kilowatt-hour, net metering, and creditworthy counterparties.FIGURE: Commercial and Industrial PV Installations in Latin America Source: GTM Research Q2 Latin America PV Playbook Of course, there are some challenges. Electricity prices have dropped over the past few months, exacerbating offtaker concerns about signing long-term power-purchase agreements. Many customers expect electricity prices to continue to fall due to energy reform (although we think that’s unlikely, given the national utility’s mounting losses). Currency volatility has made locking in solid quotes and financing terms challenging for developers, with pricing on imported components changing from week to week. Demand charges for large customers decrease solar paybacks. What's more, lending rates for small and medium-sized enterprises are often in the double digits with tenors under five years. However, tackling these kinds of challenges is precisely SolarCity’s core competency. Providing a standardized leasing model would help shore up consumer confidence. SolarCity has the clout to bring international investors into the market and offer financing at more competitive rates than are currently available through commercial finance. The entry of a large company with big aspirations could also spur consolidation of the largest and best regional installers. While it’s true that a healthy number of companies encourages competition, Mexico has struggled with quality control -- and a nationally recognized brand would raise the bar for all the players in the market. All things considered, these factors create a hugely scalable opportunity for SolarCity in the commercial and industrial segment -- which accounts for almost 70 percent of the total end market in Mexico, with over 170 gigawatt-hours of annual electricity consumption. In addition, its entry could buoy the market to higher levels than we anticipated earlier this year. One last point to make: why isn’t SolarCity pursuing residential in Mexico? While I do think the company will move into this space eventually, the residential market is less scalable at the moment, despite having some highly attractive elements. The tariff structure in the residential market is much more fragmented: while about 500,000 high-consumption customers pay rates as high as $0.21 per kilowatt-hour, most of the middle class pays closer to $0.11 per kilowatt-hour, and then a huge portion of customers pay about $0.06 per kilowatt-hour. Financing is harder to get off the ground, as a large swath of residential customers do not have credit. The currency volatility against the U.S. dollar and the tax on imported PV modules lowers margins for residential installations, particularly outside of that high consumption tier. However, despite those factors, there are several very strong regional players in the residential market who are doing great work, including launching some new leasing products, and we expect that SolarCity and others will be looking for acquisitions in the Mexican residential market over the next year.  

  For a few hours last weekend, on July 25, renewables accounted for 78 percent of Germany's power consumption -- surpassing the old record of 74 percent. The new generation record was enabled by a combination of strong winds in the north, where most of Germany's wind turbines are installed, and sunny conditions in the south, where Germany has installed most of its solar. That's according to Craig Morris, an expert who writes about the country's energy transition. The figures are preliminary. But assuming they're correct, solar and wind will have produced 40.65 gigawatts of power in Germany last Saturday. Adding biomass and hydropower, total renewable power generation reached 47.9 gigawatts. At that point in time, Germany's domestic peak power demand was 61.1 gigawatts. Source: EnergyCharts.de While this is a significant achievement, Germany is still far from becoming a fully renewable-energy-powered country. The European industrial powerhouse still relies heavily on coal, which currently makes up more than 40 percent of Germany’s energy mix. Natural gas makes up roughly another 10 percent. Some worry that Germany's push for renewable energy and transition away from nuclear is actually increasing the use of coal and lignite (a soft brownish coal). In November 2013, Bloomberg reported that Germany had fired up its first coal-fired power plant in eight years. According to the environmental group Deutsche Umwelthilfe, 10 new coal plants had either gone into service or were slated to go into service in 2013 or 2014. But others say the link between Energiewende and the “coal comeback” is a myth. A report by Craig Morris and Arne Jungjohann showed that new coal projects in Germany were started between 2005-2007 when carbon credit prices were low and developers wanted to complete plants before pollution standards tightened.  Meanwhile, they found that growth in renewables more than replaced nuclear power over the past decade. But Morris and Jungjohann also noted that coal isn't exactly in jeopardy. "Renewables have only slightly cut into demand for electricity from fossil fuel. Mainly, power from natural gas has been offset, with hard coal going next based on fuel price in the merit order," according to the report. "Germany lacks specific policies to reduce lignite and increase natural gas use. Unless that changes, the market is unlikely to bring about a reduction in power production from lignite until the mid-2020s." Germany's overall target is to increase renewables to 40 percent to 45 percent of overall generation by 2025 and 55 percent to 60 percent by 2035. While the 78 percent record was a one-time event, it is indicative of the progress Germany is making toward reaching its targets. On an annual basis, renewable energy makes up 28 percent of Germany's energy mix -- a significant achievement for a highly industrialized country. Renewable energy generation remains strong even at times of high intermittency. On the night of July 22, for instance -- just a few days before the record-breaking day -- wind power dropped to 2 to 3 gigawatts and solar generation dropped to zero, Morris reported. But hydropower and biomass continued to generate 9.5 gigawatts out of an overall 40-gigawatt load. So even as solar and wind dropped off, renewables continued to supply about a quarter of Germany’s electricity demand.  Despite doomsday projections, Germany also survived a 2.5-hour solar eclipse earlier this year that dropped solar power output from 21.7 gigawatts to 6.2 gigawatts very quickly. “These record-breaking days show that Germany has the the infrastructure and capacity in place [to handle large amounts of renewables], and to work toward making these outliers more feasible and happen on a regular basis,” said Roric McCorristin, program director for the Transatlantic Energy and Climate Network at the Heinrich Böll Foundation North America. “The Energy Transition is a long-term project," he added. "But we see these record-breaking days as signs that it's working."  

Can India install 5 gigawatts of rooftop solar by 2017? India has released a year-by-year roadmap for its aggressive solar target of 100 gigawatts by 2022. Rooftop solar is slated to account for 40 percent of the target, while larger grid-scale projects will make up the rest. Rooftop PV will have to achieve astronomical growth, and quickly. The government calls for 200 megawatts of rooftop solar in 2015-16, but that number will have to balloon to 4,800 megawatts by 2017 to stay on track. State electricity regulators will have to purchase solar as part of their portfolios, with an initial goal of 0.25 percent that will grow to 3 percent by 2022. As of June 30, India had just over 4,000 megawatts of installed solar. Earlier this year, nearly 300 global companies committed to generate 266,000 megawatts of solar, wind, biomass and mini-hydro within the next decade. The investment is estimated to total more than $300 billion. One of the biggest pledges came from Japan's SoftBank Corp., together with Bharti Enterprises and Taiwan's Foxconn, to invest about $20 billion in solar projects in India. The ambitious targets and impressive commitments may point to an energy transformation in India, but there are many challenges that remain. For one, there will need to be substantial investment in the electrical grid to support the level of renewables, especially distributed generation, that is being proposed. Ideally, there will also need to be changes to the energy market. Many of these issues are being discussed at the top levels of government, as Prime Minister Modi has plans to bring electricity to 400 million homes that currently do not have it. India’s adoption of distributed solar could be unique, as much of it may not be tied back to the larger grid. One report found that even with current grid expansion in India, as many as 75 million households may still be off-grid in 2024, which could open the door for microgrids and solar-plus-storage solutions.

  The city is adding a total of 288 EVs as part of a broad climate compact with China.   A few years down the line, the Los Angeles Police Department could be carrying out its high-speed chases in electric vehicles. As part of a broader climate initiative, the LAPD was given a $160,000 Tesla Model S P85D last week to poke and prod -- and possibly turn into one of the force's police pursuit vehicles. "We're using [the Model S] in a fleet used by detectives and investigators and staff, and hopefully we can research and prepare for a pursuit vehicle that could be battery electric in the future," said Matt Petersen, LA's chief sustainability officer, in an interview. The LAPD was also loaned a BMW i3. These vehicles will be used for testing by LAPD technical experts to determine how electric-vehicle technology could support operations. The two high-end vehicles are just one part of a major EV expansion. Los Angeles mayor Eric Garcetti announced the city will also lease of 160 battery electric vehicles and 128 plug-in hybrids. One hundred of the battery electric vehicles will go the police department, making it the single largest government EV procurement in the nation. "The LAPD is proud to be among the law enforcement agencies leading the way to sustainability with the use of electric vehicles, and reducing our operating costs at the same time,” said LAPD Chief Charlie Beck, in a statement. These leases will deliver on Garcetti's Sustainable City pLAn commitment to ensure that 50 percent of LA's annual light-duty vehicle purchases are EVs by 2017. Under the initiative, there is a longer-term target to have 80 percent of city vehicle fleet purchases be electric by 2025. The EV announcement helped to kick off the U.S.-China Climate Leaders Summit in LA this week, an event intended to build upon the historic climate partnership Presidents Obama and Xi announced last November. On Tuesday, multiple city, state and provincial leaders in the U.S. and China signed on to a new declaration to take enhanced actions to mitigate carbon emissions, increase climate resilience and strengthen bilateral cooperation. Leaders in both countries have also agreed to collaborate on the development of carbon markets. In addition, 11 Chinese cities agreed to hit their emissions peak earlier than the national goal of 2030. These 11 cities combined produce the same amount of annual emissions as Japan or Brazil, according to the White House. "Forty-two percent of all greenhouse gas emissions come from the U.S. and China, and cities are leading the way in reducing emissions and preparing for the reality of climate change," said Peterson. "If we can make this summit a success, it will help put wind at the back of everyone going into the Paris climate negotiations." Vice President Joe Biden spoke at the U.S.-China Climate Leaders Summit in LA on Wednesday, after announcing $120 million in solar funding at Solar Power International.  

  October 13, 2015 --16 days, organized by the Hong Kong Trade Development Council's 35th Hong Kong Electronics Fair opened at the Hong Kong Convention and Exhibition Centre. The exhibition attracted 27 countries and regions over 4,100 exhibitors to participate. Exhibition of electronic products and more covering audiovisual, multimedia, digital imaging, home appliances, communications and electronic accessories and other fields, is recognized as the world's largest and most influential Electronics Show.                                     This time to participate in the Hong Kong Electronics Fair (Booth #: 5G-F30), is "amorphousbus" important step towards international. Exhibits involve amorphous and nanocrystalline strip, power systems nanocrystalline core, high-frequency power nanocrystalline core, amorphous and micro-cutting C-type core current transformers, etc., attracted participants from Asia, Europe, the Americas and Hong Kong, Macao and Taiwan regions the majority of buyers are concerned, there are some buyers at the scene with my company reached a cooperation. As a new force in the industry, "amorphousbus" hard work, we use the actual action to create one after another legend, as an industry model. Of course, all this without your support and assistance in the coming journey, we would like to ride with you to create success, then the spectrum of new poem!        

  Anhui Amorphousbus E-business Co.,Ltd with an annual output of 3000 tons of amorphous master alloy project in January 3,2016 officially put into operation, the amorphous master alloy products produced using vacuum smelting process, mainly used in production of nanocrystalline strip, with high density, good flowability, timber rate is high, get the praise of the broad masses of customers!  

January 11, 2016, the leaders of Anhui Amorphousbus E-business Co.,ltd went to Beijing to visit professor Wang Weihua, the Acdemician of CAS. Academician Wang mainly engaged in the research of new amorphous material and nano-materials.Academician Wang and the leaders of our company had a thorough conversation about the current situation of the development of amorphous material and came to the conclusion that global cooperation is very necessary and urgent.The most important thing to do is to innovate,and it will bulid our country into a innovation-oriented country. At the same time,academician Wang gave us many advices to our products which is very useful for our product upgrading.     

Anhui Amorphousbus E-business Co.,Ltd has put the item of producing 1000 tons of nanocrystal strip into operation in June 2016. The width of the strip is 8-40mm and the thickness of the gravity strip is 33-38um, the thickness of the pressure strip is 18-24um. Compared to traditional material, the nanocrystal strip has higher initial permeability, low remanent magnetism, low loss and it can save more energy. At the same time, it is environmentally friendly. It has been widely applied to Power Electronic Transformer, mutual inductor, Common Mode Inductors, high frequency switch, anti-thief magnetic stripe, wireless charging of mobile phones.  

On the morning of April 29, Chuzhou Hangyou Electric Co., Ltd. held a grand opening ceremony. The scene was full of gongs, drums and firecrackers. The splendid opening drum performance made the atmosphere very lively. Wang Junsong, general manager of the company, came to the scene to unveil the opening of Chuzhou Hangyou. Quanjiao County Government mainly led the county governor Yang Guang, deputy county governor Ban Xurui and some company customer representatives to attend the opening ceremony and express warm congratulations on the opening of the company.   Chuzhou Hangyou Electric Co., Ltd. is an enterprise specializing in the design, development and production of new magnetic materials such as amorphous, nanocrystalline, silicon steel sheet and related products. The company's products mainly include various kinds of amorphous, nanocrystalline strips, high and low voltage current transformer cores, precision current transformer cores, common-mode inductor cores, PFC inductor cores, high-frequency power transformer cores and other special related devices, mainly serving new energy vehicles, photovoltaic power generation, wind power in the national strategic new industries. Power generation, smart household appliances, smart meters, wireless charging and various power sources, inverters, filter inductors, shielding materials and other fields. "Excellent Hangyou, because of you,"We sincerely welcome all new and old customers patronage."