The third level, known as the Control Layer, manages the whole data exchange between the agents executed in the different layers.
The architecture of InterMitoBase is composed of three layers, the storage layer, the utility layer and the control layer.
This was the control layer used for actuation of the working microfluidic layer.
An integral control is inserted between the two control layers, which adds robustness and disturbance rejection to the design.
The information exchange between the coordination control layer and the access control layer adopts the manufacturing messages specification (MMS) mapping defined in IEC 61850-8-1, and supports control services such as "GetMSVCBValues/ SetMSVCBValue".
When there is a communication fault between the coordination control layer and some device layer DG, the device layer can still make DG control strategies on the basis of the measured values and the quantity of state.
If there is a communication fault between the main station and the coordination control layer, the access control layer will transfer the control strategy function to the coordination control layer, which leads to two-layer control.
Access control management takes charge of information exchange between the access control master station and the coordination control layer, and accomplishes coordination control of the subsystem of microgrid.
Fortunately, a lot of methods have been reported to improve the quality of high-k/Ge interface [8], such as the introduction of SiO2 [9], Si [10], GeO2 [11], Al2O3 [13] 13], GeOxNy [14, 15], and rare earth oxides [16, 17] as the interfacial control layer between Ge substrate and high-k gate dielectrics.
That is, the first-level control layer is the reactive power control between various energy storage transformer units, the second-level control layer is the reactive power control of each storage unit inside the transformer between the PCSs.
