MATERIAL PROCUREMENT IS
AN ELECTRICAL CASH PROBLEM.
Switchgear deposits go out 60–90 days before installation. Gear sits in a warehouse for weeks before the first billing event. The pay app gets submitted. The GC takes 30 days to pay. By the time cash arrives, the electrical contractor has been carrying $150K–$300K in procurement costs for 90–120 days with no corresponding revenue. This is not a slow GC problem. It is a procurement timing problem.
WHAT THE PROCUREMENT GAP
LOOKS LIKE ON A JOB.
On a standard commercial electrical contract with a switchgear package, the cash gap between procurement payment and billing collection routinely runs 90–120 days. Here is what that looks like on a calendar:
SWITCHGEAR
DEPOSIT
WAITING
ON GEAR
GEAR
DELIVERED
ROUGH-IN
LABOR
PAY APP
SUBMITTED
CASH
ARRIVES
From week 1 to week 14–16 is 90–110 days of carrying the switchgear deposit plus all rough-in labor costs with no cash coming in. On a job with a $180K gear package, that's $180K out the door before the first dollar arrives. Multiply by three simultaneous jobs and you understand why electrical contractors are always at their LOC limit.
The LOC math: a $5M electrical contractor running three jobs with average $150K gear deposits each needs $450K of LOC capacity for procurement alone — before payroll, before overhead, before any other float requirement. Most electrical contractors have $200K–$300K total. The math explains the crisis.
WHY PROCUREMENT KEEPS
CREATING CASH CRISES.
THREE LEVERS THAT COMPRESS
THE PROCUREMENT GAP.
STRUCTURE THE SOV FOR DEPOSIT AND DELIVERY RECOVERY
Before contract execution: negotiate a separate SOV line for the switchgear deposit, billable at time of deposit or confirmed order. Negotiate a delivery line billable when gear arrives on site or in a bonded warehouse. This turns a 10-week billing delay into a 1–2 week billing event. It requires asking before the contract is signed — after the SOV is locked, the leverage is gone.
BILL STORED MATERIALS — EVERY TIME
Any material delivered and stored on site or in a bonded warehouse is billable under stored materials provisions in most AIA and ConsensusDocs contracts. This requires documentation: a stored materials schedule, photos of the material tagged and identified, and sometimes a third-party storage location agreement. The CFO tracks open stored materials billing opportunities monthly. If gear is sitting in a warehouse and it's not billed, that's cash left on the table.
RECALCULATE LOC BASED ON ACTUAL PROCUREMENT FLOAT
Model the real procurement gap: average gear deposit per project multiplied by number of simultaneous jobs, plus standard labor float from the billing-to-payroll cycle. That's the minimum LOC capacity the business needs to operate without stress. Go to the bank with that calculation, 90 days of clean WIP-backed financials, and a verified overhead rate. The conversation is entirely different from showing up with a maxed card and a story.
The Cash Flow Cycle System inside CFOS maps billing compression, stored materials opportunities, and LOC management as a single system for electrical contractors. It's not three separate problems. It's one procurement-to-payment cycle that needs to be engineered before the job starts.
