Abstract:
Disclosed is a power network system etc. which can safely detach a power router whose communication with a control apparatus becomes interrupted, from other power routers and power cells, the power network system including a second control apparatus controlling one of or plural of the power cells, when the second control apparatus detects abnormality in communication between the apparatus itself and the power router, the second control apparatus performs control so as to stop transmission/reception between the power router in which the abnormality is detected and another power router which is connected to the power router, and when the first control apparatus included in the power router detects abnormality in communication between the power router and the second control apparatus, the first control apparatus performs control so as to stop transmission/reception of the power conversion leg connected to the another power router.
Abstract:
A power generation control device is provided with: a communication unit that receives output control information determined on the basis of a first index that relates to the output state at a power generation device group and a second index that relates to the output state at a predetermined power generation device; and a control unit that controls the output of the predetermined power generation device on the basis of the output control information.
Abstract:
A management or control of a power router is more appropriately performed when a power network system in which power cells are asynchronously connected with each other. A plurality of power conversion legs bi-directionally convert power, one ends thereof are connected with a direct current bus and the other ends thereof are connected with an external connection partner as an external connection terminal. A control unit controls operations of the plurality of power conversion legs. The control unit receives a control instruction including a designation of a stopping target leg. The control unit performs an adequacy determination of whether the stopping target leg can be stopped. The control unit stops the stopping target leg when the stopping target leg can be stopped.
Abstract:
A control or management of a power router is more adequately performed when constructing a power network system in which power cells are asynchronously connected with each other. The power network system includes a first power router, a second power router and a management server. The first power router transmits power. The second power router receives the power from the first power router and the obtain information indicating the received power. The management server controls the power transmitted by the first power router base on the information indicating the received power.
Abstract:
The purpose of the present invention is to enable a power router to be more suitably managed or controlled when constructing a power network system in which power cells are asynchronously interconnected. A power router has a first master leg, a second master leg, a first stand-alone leg, and a second stand-alone leg. Based on the power transmitted and received by the first stand-alone leg and the second stand-alone leg, a control unit controls the power transmitted and received by the first master leg and the power transmitted and received by the second master leg.
Abstract:
A management or control of a power router is more appropriately performed when a power network system in which power cells are asynchronously connected with each other. A plurality of power conversion legs bi-directionally convert power, one ends thereof are connected with a direct current bus and the other ends thereof are connected with an external connection destination as an external connection terminal. A control unit controls operations of the plurality of power conversion legs. The control unit receives a control instruction including a designation of an activation target leg and a designation of an operation mode of the activation target leg. The control unit determines whether the activation target leg can be activated in a designated operation mode. The control unit activates the activation target leg in the designated operation mode when the activation target leg can be activated in the designated operation mode.
Abstract:
An electric power control apparatus (100) includes an electric power procurement information deciding unit (110) that decides electric power procurement information using a predicted electric power generation output of an electric power generating apparatus and control instruction information which includes a period in which an output of the electric power generating apparatus is controlled and an upper limit output value thereof, the electric power procurement information indicating procured electric power or an amount of procured electric power acquired from a difference between the predicted electric power generation output during the period and the upper limit output value, a desired purchase information collecting unit (120) that transmits sales information related to the procured electric power or the amount of procured electric power in the electric power procurement information to a terminal of a consumer, and collects desired purchase information indicating desired electric power for purchase or a desired amount of electric power for purchase with respect to the procured electric power or the amount of procured electric power in the electric power procurement information, and a comparison data output unit (130) that outputs comparison data for comparing the electric power procurement information with the desired purchase information.
Abstract:
An electric power generation control device is provided with: a communication unit that receives an output upper-limit value in a power generation device group and a predicted amount of power generation of each power generation device that belongs to the power generation device group; and a determination unit that, on the basis of the output upper-limit value and the predicted amount of power generation of each power generation device, determines a first output upper-limit value of each power generation device that makes the sum total of the output of each power generation device equal to or less than the output upper-limit value.