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

主要研究成果如下： 1．带重整器的FC模拟器的研制利用可控直流电源构建了带重整器的FC模拟器，并进行了测试，验证了所构建的FC模拟器的有效性。燃料电池并网逆变器的开发燃料电池并网逆变器采用基于 DSP 的控制系统构建，逆变器充当电力线路调节器。平衡和正弦源电流通过 FC 产生直流电。 3 家庭使用 FC 发电系统的剩余电力的确认我们已经证明，当获得家庭消耗的电力时，存在剩余电力和不足电力。由于日本低压不允许将FC发电系统产生的电力注入电力系统，因此需要抑制剩余电力，因此决定了飞轮发电机的转动惯量。4。飞轮发电机的构造带有直流电机驱动系统的飞轮模拟器是在PSIM软件上构建的，其中电机驱动系统充当飞轮，因此构建的飞轮的转动惯量是可控的。轮模拟器可用于各种家庭用途。 5. 构建家用 FC 发电系统考虑到典型的日本家庭，构建了带有飞轮发电机模拟器的 FC 发电系统。负载条件突然改变，因此如上所述存在剩余功率和不足功率。通过数字计算机模拟，我们证明了飞轮发电机完美地抑制了FC发电系统产生的剩余功率和不足功率。 EDLC模拟器的研制根据DOE的发展计划，到2010年重整器的响应时间将小于2s。这意味着EDLC可以用于抑制剩余和赤字功率，因此我们开发了EDLC。家用模拟器较少。