# Research on Optimized Energy Scheduling of Rural Microgrid
## Nomenclature  
\begin{tabular}{l l l l} _Sets and Indices_ \\ \(H\) & number of periods within one day & a (A) & index (number) of deferrable appliances \\ _Parameters_ & & & \\ \(h\)(T) & index (set) of time periods & & \\ \(\Delta h\) & Duration of each time interval & \(E_{cm,\text{bias}}^{H}\) & Effective throughput of the CES in one day \\ \(S_{h,\text{max}}\) & Maximum state of charge(SOC) of the battery & & & depreciation factor of the CES battery \\ \(S_{h,\text{min}}\) & minimum SOC of the battery & \(v\) & wind speed \\ \(p_{cm}^{total}\) & total storage capacity of the CES & \(a_{a}\) & start period of allowable operation for the deferrable appliance a \\ \(E_{epi}\) & total agricultural electricity consumption & \(\bar{R}_{a}\) & end period of allowable operation for the deferrable appliance a \\ \(E_{epi}^{min}\) & total residential electricity consumption & \(d_{a}\) & total working periods for the deferrable appliance a \\ \(C_{minor}^{max}\) & energy-storage service fee of CES & P\({}_{a}\) & rate power of deferrable appliance a \\ \(C_{minor}\) & renewable energy-generation cost & \(T_{C}\) & surface temperature of photovoltaic \\ \(C_{minor}\) & Unit power-generation cost of wind turbines & \(G_{C}\) & outdoor sunlight intensity \\ \(C_{epi}\) & Unit power-generation cost of photovoltaics & \(G_{STC}\) & light intensity under the STC standard conditions \\ \(\frac{\Delta h}{\Delta h}\) & charging efficiency of the CES & \(P_{STC}\) & rated output power of photovoltaic under the STC standard conditions \\ \(\frac{\Delta h}{\Delta h}\) & discharging efficiency of the CES & \(P_{P\sigma}\) & output power of photovoltaic \\ \(p_{cm}^{total}\) & maximum charge power of the CES & \(P_{\sigma\sigma}\) & output power of wind power generation \\ \(P_{max}^{total}\) & maximum discharge power of the CES & \(P_{\sigma}\) & rated power of the fan unit \\ \(V_{Variables}\) & & & \\ \(S_{m}(h)\) & SOC of the CES battery in period \(h\) & \(P_{m\sigma}^{total}(h)\) & discharging power of the CES in period \(h\) \\ \(E_{m\sigma}(h)\) & Energy-storage state at the end of period \(h\) & \(s_{h}(h)\) & operation state of deferrable appliance a in period \(h\) \\ \(p_{cm}^{total}(h)\) & charging power of the CES in period \(h\) & \(P_{d\sigma}(h)\) & total power consumption of the deferrable appliances in period \(h\) \\ \(p_{cm}^{total}(h)\) & discharging power of the CES in period \(h\) & \(P_{d\sigma}(h)\) & total power consumption of the non-derderrable appliances in period \(h\) \\ \(p_{xy}^{total}(h)\) & price of electricity purchased from the grid in period \(h\) & \(P_{mu}(h)\) & agricultural greenhouse temperature control system power \\ \(p_{xy}^{total}(h)\) & price of electricity sold to the grid in period \(h\) & \(P_{ix}(h)\) & agricultural greenhouse lighting system power \\ \(p_{xy}^{total}(h)\) & the energy purchased from the grid in period \(h\) & \(P_{mu}(h)\) & agricultural greenhouse irrigation system power \\ \(p_{xy}^{total}(h)\) & the energy sold to the grid in period \(h\) & \(P_{mod}(h)\) & CO\({}_{2}\) generator power \\ \(p_{xx}^{total}(h)\) & charging power of the CES in period \(h\) & & \\ \end{tabular}