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    • 1. 发明申请
    • Distributed Energy System Architecture with Thermal Storage
    • 具有热存储的分布式能源系统架构
    • US20140265597A1
    • 2014-09-18
    • US14203624
    • 2014-03-11
    • Mondre Energy, Inc.
    • Steven F. Miller
    • H02J3/38
    • F01K5/02F01K13/02F01K23/10F02C6/18Y02E20/14Y10T307/642
    • In one embodiment, power gathering system (PGS) circuits are connected as an electrical overlay system to a distribution substation of a conventional electric-power generation, transmission, and distribution system. Combined heat and power (CHP) generators generate (i) electric power provided to the PGS circuits and (ii) thermal energy provided to co-located thermal host facilities that also receive electric power from the PGS circuits. The CHP generators convert excess thermal energy not used by the thermal host facilities into additional electric power provided to PGS circuits. As the amount of thermal energy used by the thermal host facilities varies over time, the amount of additional electric power generated by CHP generators is inversely varied. In this way, the primary electric-power generators (e.g., gas turbine generators) of the CHP generators can be operated economically at optimal levels independent of the thermal energy demand of the thermal host facilities.
    • 在一个实施例中,集电系统(PGS)电路作为电气覆盖系统连接到常规发电,输电和配电系统的配电站。 热电联产(CHP)发电机产生(i)提供给PGS电路的电力和(ii)提供给同时接收来自PGS电路的电力的热定位的热主机设施的热能。 热电联产发电机将热主机设施未使用的剩余热能转换为提供给PGS电路的额外电力。 随着热主机设施使用的热能量随时间而变化,由CHP发电机产生的附加电力的量是相反的。 以这种方式,CHP发电机的主要发电机(例如,燃气涡轮发电机)可以经济地运行在与热主机设施的热能需求无关的最佳水平。