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The 2 MW Santa Clara Project

机译:2 MW圣塔克拉拉项目

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The City of Santa Clara, CA, USA, has hosted the world's first field demonstration of a molten carbonate fuel cell power plant. This US$46 million, 2 MW generator was a joint effort of five US utilities, the federal government, and two US research organizations. The demonstration used sixteen 125 kW stacks placed in four modules. The balance of plant (BOP) is the equipment that prepares and supplies the fuel to the stacks and converts the d.c. current to a.c. BOP construction started in April 1994, and was completed in June 1995. The BOP configuration allowed testing and development before installation of the four modules. The final full-temperature test was completed in February 1996. The four fuel cell modules were installed and cured, and power delivery began in April 1996. The plant operated for approximately 720 h at design output before electrical anomalies occurred and the plant was shut down for repairs. The plant restarted in August, but it soon became obvious that other problems had been caused by the electrical anomalies. The plant shut down and was reconfigured to a 1 MW plant. The restarted plant was ramped to 1 MW, but additional problems began to occur and the plant demonstration ended. The plant produced 2500 MWh, and operated at 1000℉, or higher, for over 5290 h. The plant set operational records, and demonstrated multistack, automatic control, and stable-field operation. Power quality met all standards with no measurable NO_x or SO_x output. The plant isolated itself from the grid during two major California, USA grid outages. The plant also experienced a shutdown of the automatic control system, and placed itself on hot standby using the mechanical field systems. The plant then restarted without incident.
机译:美国加利福尼亚州圣克拉拉市主办了世界上第一个熔融碳酸盐燃料电池发电厂的现场演示。这台耗资4,600万美元的2兆瓦发电机是由美国五家公用事业公司,联邦政府和两个美国研究组织共同努力的结果。该演示使用了放置在四个模块中的十六个125 kW烟囱。工厂天平(BOP)是用于准备燃料并将其供应到烟囱并转换dc的设备。当前到a.c. BOP的建设始于1994年4月,并于1995年6月完成。BOP配置允许在安装四个模块之前进行测试和开发。最终的全温测试于1996年2月完成。四个燃料电池模块已安装和固化,并于1996年4月开始供电。在发生电气异常并关闭工厂之前,该工厂在设计输出下运行约720小时。进行维修。该工厂于八月重新启动,但很快就发现其他异常是由电气异常引起的。工厂关闭,并重新配置为1 MW的工厂。重新启动的电厂已增加到1兆瓦,但其他问题开始出现,电厂示范结束。该工厂的发电量为2500 MWh,并在1000℉或更高的温度下运行5290 h以上。该工厂创下了运行记录,并展示了多堆,自动控制和稳定现场操作。电能质量符合所有标准,没有可测量的NO_x或​​SO_x输出。在美国加利福尼亚发生两次重大电网中断期间,该工厂将自身与电网隔离。该工厂还关闭了自动控制系统,并使用机械现场系统将自己置于热备用状态。然后工厂重新启动,没有发生任何事故。

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