Capacity Analysis · Distribution system

Distribution system analysis, across every utility.

FacilityConnect rolls capacity up through the entire distribution network — electrical, process gas, CHW, exhaust, and beyond. The model surfaces the bottleneck upstream capacity that actually caps each branch, the limiting factors that drove the headroom number, and the correction factors applied at every level of the network.

B2-BP-A1-1 9 POCs

FAB01 / Sub-Fab A/3 25.0 m

Limit 80 kva DF 0.8

Peak 6.05 kva · Aug 1, 26

Bottleneck B2-BP-A1-1

41% used · Aug 1, 26

Demand

Upstream B2-DP-208-A3

Component	Size	Poles	Order	X	Y	Assigned to
1	63	1	1	5000	15000	Not connected
2	63	1	2	5000	15000	Not connected
3	63	1	3	5000	15000	Not connected
4	63	1	4	5000	15000	T01-FabChiller · P04 7.566 kva
5	63	1	5	5000	15000	T01-FabChiller · P04 7.566 kva
6	63	1	6	5000	15000	T01-FabChiller · P04 7.566 kva
7	63	1	7	5000	15000	Not connected
8	63	1	8	5000	15000	Not connected
9	63	1	9	5000	15000	Not connected

B2-DP-208-A1 13 POCs

FAB01 / Sub-Fab F/2 25.0 m

Limit 150 kva DF 0.64

Peak 28.69 kva · Aug 29, 26

Bottleneck B2-DP-208-A1

37% used · Aug 29, 26

Demand

Upstream B2-DP-480-A

Component	Size	Poles	Order	X	Y	Assigned to
CKT1	250	3	1	30000	10000	Not connected
CKT2	250	3	2	30000	10000	B2-BP-A1-2 · BUS
CKT3	250	3	3	30000	10000	T01-FabChiller · P101 4.323 kva
CKT4	250	3	4	30000	10000	Not connected
CKT5	250	3	5	30000	10000	Not connected
CKT6	250	3	6	30000	10000	T01-FabChiller · P03 16.212 kva
CKT7	250	3	7	30000	10000	Not connected
CKT8	250	3	8	30000	10000	Not connected
CKT9	630	3	9	30000	10000	T02-HVAC-RTU · P02 18.01 kva
CKT10	630	3	10	30000	10000	T03-Spectrometer · P01 5.205 kva

B2-DP-208-A2 11 POCs

FAB01 / Sub-Fab F/2 28.4 m

Limit 150 kva DF 0.7

Peak 84.20 kva · Sep 12, 26

Bottleneck B2-DP-208-A2

78% used · Sep 12, 26

Demand

Upstream B2-DP-480-A

Expand to view the 11 assigned POCs and their kva, ordering, and component sizing.

B2-BP-A1-2 7 POCs

FAB01 / Sub-Fab A/4 31.2 m

Limit 80 kva DF 0.8

Peak 19.20 kva · Jul 18, 26

Bottleneck B2-DP-208-A1

24% used · Jul 18, 26

Demand

Upstream B2-DP-208-A1

Expand to view the 7 assigned POCs for this branch panel.

B2-DP-208-A3 15 POCs

FAB01 / Sub-Fab F/3 34.8 m

Limit 225 kva DF 0.75

Peak 137.40 kva · Oct 4, 26

Bottleneck B2-DP-480-A

87% used · Oct 4, 26

Demand

Upstream B2-DP-480-A

Expand to view the 15 assigned POCs. This panel is approaching capacity — review bottleneck B2-DP-480-A.

B2-BP-A1-3 5 POCs

FAB01 / Sub-Fab A/5 38.6 m

Limit 80 kva DF 0.8

Peak 12.80 kva · Jul 22, 26

Bottleneck B2-DP-208-A1

16% used · Jul 22, 26

Demand

Upstream B2-DP-208-A1

Expand to view the 5 assigned POCs for this branch panel.

How the analysis is built

Four inputs. One live distribution model.

The capacity rollup is only as accurate as what feeds it. FacilityConnect ingests tool demand, existing utility infrastructure, fab geometry, and your design intent — then keeps them in sync.

Import your tool utility matrix

Bring in the demand side of every tool — kVA, scfm, gpm, exhaust cfm — via spreadsheet import from your tool master list, with live progress on big files. Every demand value lives on a revisioned asset with a full audit trail.

Import your current utilities

Bring in the supply side: existing electrical panels, gas headers, CHW loops, exhaust risers and their as-built limits, demand factors, and upstream parents. The distribution tree builds itself, ready for capacity rollup.

Detail your fab layouts

Lay out buildings, levels, and grid lines so every demand and every supply point lives at a real coordinate. Distances and location-aware rollups run from this geometry, per scenario.

Assign — by hand or by Optimizer

Wire loads to supplies with rule-assisted assignment and live headroom signals — or hand the whole puzzle to the Optimizer, available today as a service, which proposes the balanced network into a scenario for your team to review. Issued revisions file automatically into Autodesk Construction Cloud.