据阿拉伯贸易5月21日消息称，全球科技巨头西门子能源公司与迪拜水电管理局以及2020年迪拜世博会合作，宣布在中东和北非地区开设首个工业规模的太阳能驱动绿氢设施。
西门子在声明中表示，该项目位于迪拜Mohammed bin Rashid Al Maktoum太阳能园区的研发中心的Dewa室外测试设施，这一开创性的绿氢项目是该地区可持续能源产业发展的一个重要里程碑。
西门子能源表示，该综合设施具有电解、存储和再电气化能力，以使试点项目的效益最大化。来自太阳能园区的日光太阳能将使试点项目在峰值功率为1.25MWe时，产生约20.5公斤/小时的氢气。
绿氢电解的运行数据将在2020年世博会上展出，这是历史上最可持续的世博会之一，也是阿拉伯世界有史以来规模最大的盛会。
利用这个试点项目，Dewa旨在演示从太阳能生产绿氢，以及氢的存储和再电气化。西门子能源公司在声明中表示，这是一个可以缓冲可再生能源生产的系统，既可用于快速响应应用，也可用于长期存储。
该工厂的建造是为了适应氢的不同用途的未来应用和测试平台，包括潜在的运输和工业用途。
曹海斌 摘译自 阿拉伯贸易
原文如下：
Siemens opens Mideast's first green hydrogen project in Dubai
Global technology major Siemens Energy, in collaboration with Dubai Electricity and Water Authority (Dewa) and Expo 2020 Dubai, has announced the opening of the first industrial scale, solar-driven green hydrogen facility in the Middle East and North Africa region.
Located at Dewa’s Outdoor Testing Facility of the Research and Development (R&D) Centre at the Mohammed bin Rashid Al Maktoum Solar Park in Dubai, this trailblazing Green Hydrogen Project serves as a major milestone in the advancement of the sustainable energy industry in the region, said the statement from Siemens.
Siemens Energy said the integrated facility was developed with electrolysis, storage, and re-electrification capabilities, to maximise the benefits of the pilot project. Daylight solar power from the solar park will enable the pilot project to produce around 20.5kg/hr of hydrogen at 1.25MWe of peak power.
Operational data from the green hydrogen electrolysis will be displayed at Expo 2020, one of the most sustainable World Expos in history and the largest event ever held in the Arab world.
Utilising this pilot project, Dewa aims to demonstrate the production of green hydrogen from solar power, as well as the storage, and re-electrification of hydrogen. This is a system that allows for buffering renewable energy production, both for fast response applications, as well as for long-term storage, said the statement from Siemens Energy.
The plant has been built to accommodate future applications and test platforms for the different uses of hydrogen, including potential mobility and industrial uses.
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