A Home Use Fuel Cell Generation System with an Energy Storage Device to Suppress the Surplus and Deficit Power Caused by a Reformer

一种带有储能装置的家用燃料电池发电系统，用于抑制重整器造成的电力盈余和赤字

基本信息

批准号：
18560278
负责人：
TANAKA Toshihiko
金额：
$ 1.67万
依托单位：
Yamaguchi University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (C)
财政年份：
2006
资助国家：
日本
起止时间：
2006 至 2007
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-18560278/
关键词：
Fuel Cell Reformer power line conditioner Correlation Coefficient Cross- Correlation Coefficient DOE DOE

项目摘要

The summary of this research results is as follows:1. Development of the FC simulator with a reformer The FC simulator with a reformer has been constructed using a controllable dc power supply, and tested to demonstrate the validity of the constructed FC simulator.2. Development of the grid-connectable inverter for the FC The grid-connectable inverter for the FC has been constructed with a DSP-based control system, where the inverter acts as a power line conditioner. Thus the balanced and sinusoidal source currents are obtained generating the dc power by the FC.3. Confirmation of the surplus power in the home uses of the FC generation system We have demonstrated that the surplus and deficit power exits when the consumed power in a home is suddenly changed. Suppressing the surplus power is needed because the injection of the power generated by the FC generation system to power systems is not permitted by Japanese low. Thus the moment of inertia of the fly-wheel generator is decided.4. C … More onstruction of the fly-wheel generator The fly-wheel simulator with the dc motor drive system has been constructed on PSIM software, where the do motor drive system acts as a fly-wheel. The moment of inertia is controllable. Thus the constructed fly-wheel simulator is useful for various home uses.5. Construction of a FC generation system for home uses A FC generation system with a fly-wheel generator simulator has been constructed considering a typical Japanese home. In home uses of the FC generation system, the load conditions are suddenly changed. So the surplus and deficit power exists as described the above. We have demonstrated that the surplus and deficit power generated by the FC generation system are perfectly suppressed by the fly-wheel generator by digital computer simulation.6. Development of a EDLC simulator According to the development plan of the DOE, the response time of a reformer will be less than 2s by 2010. This means that an EDLC can be used to suppress the surplus and deficit power. Thus we have developed an EDLC simulator for home uses. Less

这项研究结果的摘要如下：1。使用受控的直流电源构建了使用改革仪的FC模拟器的FC模拟器开发，并进行了测试，以证明构造的FC Simulator的有效性2。 FC的网格连接逆变器的开发已通过基于DSP的控制系统构建了网格连接的逆变器，在该系统中，逆变器充当电源线调节器。平衡和正弦源电流是通过FC.3产生直流功率的。确认FC生成系统的家庭用途中的盈余功率我们已经证明，当房屋中的消耗功率突然改变时，盈余和不足的功率会出现。需要抑制盈余功率，因为日本低点不允许注射FC生成系统对电力系统产生的功率。决定了飞轮发电机的惯性时刻。4。 c…在PSIM软件上构建了飞轮发电机的更多撞击飞行器模拟器，该模拟器已在PSIM软件上构建，DO电动机驱动系统充当飞轮。惯性时刻得到控制。构造的飞轮模拟器可用于各种家庭用途5。考虑到典型的日本房屋，已经构建了FC生成系统的FC生成系统，该系统使用了带有飞轮生成器模拟器的FC生成系统。在FC生成系统的家庭用途中，负载条件突然更改。因此，如上所述，存在盈余和赤字能力。我们已经证明，FC生成系统产生的盈余和赤字功率被数字计算机模拟的飞轮发生器完全抑制。6。根据DOE的开发计划，开发EDLC模拟器，到2010年，改革者的响应时间将小于2s。这意味着可以使用EDLC来抑制盈余和赤字权力。我们已经开发了用于家庭用途的EDLC模拟器。较少的