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    • 2. 发明授权
    • Method for real-time control of energy storage units to reduce electricity cost
    • 实时控制储能装置降低电费的方法
    • US09098817B2
    • 2015-08-04
    • US13858031
    • 2013-04-06
    • Babak AsghariRatnesh Sharma
    • Babak AsghariRatnesh Sharma
    • G06Q10/06G06Q50/06H02J3/00
    • G06Q10/06315G06Q50/06H02J3/008Y04S50/10
    • A method for controlling an energy storage unit having a model which tracks each charging instances includes, for each charging event, capturing energy charged into the energy storage unit and an unit energy price of the charging source(s) at the time of charging; updating a unit price of total energy stored in the storage unit at each time-step; during a discharging event, updating the unit price of energy in the storage unit on a selected cost model; comparing the unit price of energy in the storage unit with other generation sources in the microgrid and a utility tariff; selecting a lowest cost combination from generation, storage, and grid and using the lowest cost combination to supply a load; and if a controller decides to use stored energy at any time, sending a discharge command to the energy storage unit.
    • 用于控制具有跟踪每个充电实例的模型的能量存储单元的方法包括:对于每个充电事件,捕获充电到能量存储单元中的能量和充电时的充电源的单位能量价格; 在每个时间步骤更新存储在存储单元中的总能量的单价; 在放电事件期间,以选定的成本模型更新存储单元中的能量的单价; 将存储单元中的能源单价与微电网中的其他发电源进行比较和公用事业电价; 从发电,存储和电网中选择最低成本的组合,并使用最低成本组合来提供负载; 并且如果控制器随时决定使用存储的能量,则向能量存储单元发送放电命令。
    • 5. 发明申请
    • METHOD FOR REAL-TIME CONTROL OF ENERGY STORAGE UNITS TO REDUCE ELECTRICITY COST
    • 实时控制能源储存单位降低电力成本的方法
    • US20140019188A1
    • 2014-01-16
    • US13858031
    • 2013-04-06
    • Babak AsghariRatnesh Sharma
    • Babak AsghariRatnesh Sharma
    • G06Q10/06
    • G06Q10/06315G06Q50/06H02J3/008Y04S50/10
    • A method for controlling an energy storage unit having a model which tracks each charging instances includes, for each charging event, capturing energy charged into the energy storage unit and an unit energy price of the charging source(s) at the time of charging; updating a unit price of total energy stored in the storage unit at each time-step; during a discharging event, updating the unit price of energy in the storage unit on a selected cost model; comparing the unit price of energy in the storage unit with other generation sources in the microgrid and a utility tariff; selecting a lowest cost combination from generation, storage, and grid and using the lowest cost combination to supply a load; and if a controller decides to use stored energy at any time, sending a discharge command to the energy storage unit.
    • 用于控制具有跟踪每个充电实例的模型的能量存储单元的方法包括:对于每个充电事件,捕获充电到能量存储单元中的能量和充电时的充电源的单位能量价格; 在每个时间步骤更新存储在存储单元中的总能量的单价; 在放电事件期间,以选定的成本模型更新存储单元中的能量的单价; 将存储单元中的能源单价与微电网中的其他发电源进行比较和公用事业电价; 从发电,存储和电网中选择最低成本的组合,并使用最低成本组合来提供负载; 并且如果控制器随时决定使用存储的能量,则向能量存储单元发送放电命令。