Final answer:
The Delta Transformer Apparent Power (kVA) formula is kVA = √3 × V × I, where V is the line-to-line voltage and I is the line current.
Step-by-step explanation:
The Delta Transformer Apparent Power (kVA) formula relates to the power capacity of a delta transformer. It is given by the equation:
kVA = √3 × V × I
Where V is the line-to-line voltage and I is the line current. The √3 term accounts for the square root of 3, which is a constant value used in three-phase power calculations.