在全球范围内提供电力

半导体

21世纪的一个主要问题是，全球有超过13亿人缺乏定期电力供应，但这是一个偏远的苏格兰岛屿，可以解决这一全球性难题。
苏格兰的Eigg岛于2008年位于西海岸15英里处，成为世界上第一个发射由风，水和太阳能驱动的离网电力系统的社区。
在此之前，这个小岛的居民依靠嘈杂，昂贵的柴油发电机。
然而，电气化计划为居民提供24小时供电，不仅展示了如何通过可再生能源提供电力，还展示了社会如何在无需进入国家电网的情况下满足其能源需求。
这种对可再生能源的热情拥抱为全球社区树立了榜样，特别是在撒哈拉以南非洲和东南亚，并证明了这可以支持现代生活和提高生活质量。
预计光伏发电将对全球功率方程产生重大影响，并且已被证明在经济上可行且技术上可行。
光伏电池技术的最新进展，加上最近可获得的高效率，高性能和低成本的半导体器件，将有助于实现高效，经济和可靠的可再生能源系统。
安森美半导体在工艺技术，系统拓扑和元件性能方面的持续创新将满足未来可再生能源系统的需求，并以其广泛的产品组合引领潮流。
安森美半导体针对可再生能源应用的高效解决方案包括广泛的元件组合，这些元件经过专门设计和制造，可满足下一代电源系统的需求。
我们在工艺技术方面的深厚专业知识与创新的拓扑结构相结合，可为您的设计挑战提供完整的解决方案，并以合理的成本为您提供高性能，高效率和无与伦比的可靠性。
我们的可再生能源构建模块现在包括：
•IGBT和MOSFET具有高电流处理能力和低导通和开关损耗。
•光隔离栅极驱动器，具有宽工作电压范围和高共模瞬变抗扰度。
•高压栅极驱动器，具有出色的抗噪性，高dv / dt和低功耗。
本周是欧洲公用事业周，汇集了来自世界各地的10,000多名智能能源专业人士，分享有关能源行业如何向前发展的见解，需要哪些新创新以及政策制定者和政策制定者的角色。
新市场进入者建立更清洁的未来。
欢迎加入我们，在我们位于1号馆1L72的展位加入我们的智能无源传感器和无线连接解决方案。

以上来自于谷歌翻译

以下为原文

A major 21st century problem is the fact that over 1.3 billion people worldwide lack regular access to electricity however it’s a remote Scottish island which could have the solution to this global conundrum.
The Scottish island of Eigg, which lies 15 miles off the west coast in 2008 became the world’s first community to launch an off-grid electric system powered by wind, water and solar. Prior to this the residents of this small island depended on noisy, expensive diesel generators. However the electrification scheme made 24-hour power available to residents and demonstrated not only how to deliver electricity from renewable energy, but how societies could meet their energy needs without access to a national grid.
This passionate embracing of renewable energies has set an example for communities across the globe, especially in sub-Saharan Africa and Southeast Asia and proved how this can support modern-day living and improve quality of life.
Photovoltaic power generation is forecasted to have a significant impact in the global power equation and has been demonstrated to be economically viable and technologically feasible. Recent advances in photovoltaic cell technology, coupled with the recent availability of high efficiency, high performance, and low cost semiconductor devices, will facilitate the implementation of renewable energy systems which are efficient, affordable, and reliable.
ON Semiconductor’s continuing innovation in process technology, system topologies, and component performance will satisfy the demands of future renewable energy systems and lead the way with its broad product portfolio.

ON Semiconductor’s high efficiency solutions for renewable energy applications include a broad portfolio of components, which have been specifically designed and manufactured to fill the needs of the next-generation power systems. Our deep expertise in process technology, coupled with innovative topologies, result in complete solutions to your design challenges and offer you high performance, high efficiency and unparalleled reliability at an affordable cost. Our family of building blocks for renewable energy now includes:
• IGBTs and MOSFETs featuring high current handling capability and low conduction and switching loss.
• Optically isolated gate drivers with wide operating voltage range and high common-mode transient immunity.
• High-voltage gate drivers with excellent noise immunity, high dv/dt and low power consumption.
This week is European Utility Week which brings together more than 10,000 smart energy professionals from around the world to share insights on how the energy sector can move forward, what new innovations are needed and what's the role of the policy maker & new market entrant in establishing a cleaner future.
Come join us to see our smart passive sensors and wireless connectivity solutions by joining us at our booth located in Hall 1 #1L72.

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