New energy high-proportion area microgrid energy management system design method and system
A technology of energy management system and design method, which is applied in the field of energy management system design method and system of storage microgrid in areas with a high proportion of new energy, and can solve the problem of energy management system in the link of power generation, transmission, distribution and utilization of smart microgrid. and other issues, to achieve the effect of improving consumption capacity, good economic and social benefits, and improving power quality
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Embodiment 1
[0036] Embodiment 1: as attached figure 1 As shown, this embodiment discloses a method for designing a storage microgrid energy management system in an area with a high proportion of new energy, including:
[0037] S101, set the data acquisition and transmission layer, set the IEMP controller and the communication interface corresponding to each functional device in different subsystems in the smart microgrid, and connect to each functional device; the communication interface here includes Ethernet network port, RS485 interface, CAN interface, ES232 interface, etc.;
[0038] S102, count the number of different types of communication interfaces, configure one or more IEMP controllers accordingly, configure the communication point table of the functional device according to its communication protocol according to the communication interface and communication protocol of each functional device, and configure the function The communication setting of the device; the communication...
Embodiment 2
[0049] Embodiment 2: as attached figure 2 As shown, this embodiment discloses an energy management system for storage microgrids in areas with a high proportion of new energy, including a central remote monitoring layer, a local monitoring layer for a power station, a data collection and transmission layer, and a field equipment layer for a power station;
[0050]The on-site equipment layer of the power station is equipped with various functional devices of different subsystems in the smart microgrid.
[0051] The data acquisition and transmission layer builds the data transmission link between the on-site equipment layer of the power station and the local monitoring layer of the power station, collects and processes the data on the on-site equipment layer of the power station, completes the control mode switching, realizes the corresponding energy storage energy distribution, maintains and manages the storage energy battery; here, the data acquisition and transmission layer ...
Embodiment 3
[0054] Embodiment 3: as attached figure 2 , 3 As shown, this embodiment discloses an energy management system for storage microgrids in areas with a high proportion of new energy, including a central remote monitoring layer, a local monitoring layer for a power station, a data collection and transmission layer, and a field equipment layer for a power station;
[0055] The on-site equipment layer of the power station includes wind turbine grid-connected inverters, photovoltaic inverters, wind power controllers, power distribution cabinet controllers, PCS, BMS, electric meter devices, and environmental monitors.
[0056] The data acquisition and transmission layer includes the IEMP controller. The IEMP controller communicates with various functional devices through a variety of communication interfaces of different specifications to realize the control of system protection and energy scheduling, complete the switching of data acquisition and control modes, and realize the corre...
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