The formula to calculate the Converted Power in a DC Generator is:
\[ Pconv = Vo \cdot IL \]
Converted Power refers to the electrical power output that is generated by the conversion of mechanical energy into electrical energy.
Let's assume the following values:
Using the formula:
\[ Pconv = 140 \cdot 1.075 = 150.5 \text{ W} \]
| Output Voltage (Vo) | Load Current (IL) | Converted Power (Pconv) |
|---|---|---|
| 135 V | 1.075 A | 145.125000000000 W |
| 136 V | 1.075 A | 146.200000000000 W |
| 137 V | 1.075 A | 147.275000000000 W |
| 138 V | 1.075 A | 148.350000000000 W |
| 139 V | 1.075 A | 149.425000000000 W |
| 140 V | 1.075 A | 150.500000000000 W |
| 141 V | 1.075 A | 151.575000000000 W |
| 142 V | 1.075 A | 152.650000000000 W |
| 143 V | 1.075 A | 153.725000000000 W |
| 144 V | 1.075 A | 154.800000000000 W |
| 145 V | 1.075 A | 155.875000000000 W |
