What this analyzer measures
This page starts from the distribution you already have. Instead of recommending a new assignment, it answers: how uneven are the phase totals now, and which individual loads are most associated with the high side of the distribution?
Methodology
Each record has a load value and a phase assignment. The analyzer sums values by phase, calculates the average phase total and determines the difference between the highest and lowest totals.
It then ranks individual loads by size. Large loads are not automatically “bad”; they are highlighted because moving or redesigning a relatively large single-phase load may change phase distribution more than moving a very small one.
Example
If phase totals are 18, 15 and 10 units, the average is 14.33 units and the spread is 8 units. The highest phase is 80% above the lowest phase in absolute difference relative to the lowest phase, while the mean provides a more stable reference for the overall distribution.
How to use the result
Start with the phase totals. If one phase is consistently higher, inspect the largest loads assigned to that phase. Before moving anything, verify the actual circuit arrangement, breaker constraints and operational requirements.
Limitations and safety
This is an arithmetic distribution analysis. It does not model conductor impedance, voltage drop, neutral heating, harmonics, motor behavior, breaker compatibility or code requirements.
Frequently asked questions
Does this automatically move loads?
No. It diagnoses the entered arrangement without changing the assignments.
Why identify large contributors?
Larger single-phase loads can have more influence on phase totals, so they are useful starting points for review.
Can I use amps instead of kW?
Yes, provided every value uses the same measurement basis.