From: Dynamic energy pricing considering agent specific losses in residential energy hubs
Binary variables | Â |
\(\mu _{grid}^{t,exp}\) | True if energy is exported to the grid during time t |
\(\mu _{grid,phase}^{t,imp}\) | True if energy is imported on phase during time t |
\(\mu _{a}^{t,imp}\) | True if agent a imports energy during time t |
\(\mu _{a,batt}^{t,ch}\) | True if agent a battery is charging during time t |
\(\mu _{a,load\_s}^{t}\) | True if agent a schedulable load is on during time t |
Electrical model variables | Â |
\(C_{market}^{t}\) | Market price at time t |
\(C_{grid,buy}^{t}\) | Grid purchase price at time t |
\(C_{grid,sell}^{t}\) | Grid sell price at time t |
\(C_{p}\) | Penalty price for changing 1st stage grid import/export |
\(C_{a}^{t}\) | Agent a energy price at time t |
\(C_{s}^{t}\) | Voltage source energy price at time t |
\(C_{l}^{t}\) | Load energy price at time t |
\(E_{s}^{t}\) | Source energy transfer during time t |
\(E_{l}^{t}\) | Load energy transfer during time t |
\(I_{n,x}\) | Current flowing from node n to x |
\(I_{a}\) | Current flowing into agent a |
\(I_{grid,phase}\) | Grid phase current |
\(I^{t}\) | Source to load current at time t |
\(P_{a}^{t}\) | Agent a price scalar during time t |
\(R_{n,x}\) | Resistance between node n and x |
\(R_{a}\) | Resistance between agent a and connected node |
\(V_{a}\) | Agent a voltage |
\(V_{r,a}\) | Node voltage of agent a connected resistor voltage |
\(V_{n}\) | Node n voltage |
\(V_{x}\) | Node x voltage |
\(V_{s}^{t}\) | Source voltage at time t |
\(V_{l}^{t}\) | Load voltage at time t |