Ask an operations leader at a channel-driven energy company where a given install is stuck, and watch what happens. The sale is in Salesforce. The permit status is in an inbox. The crew schedule is in a spreadsheet. The honest answer is "give me a day and I'll find out," multiplied by a thousand active jobs.

The real problem: the deal and the delivery live in different worlds

Solar, storage, EV infrastructure and connectivity businesses share a shape: the deal is won centrally, and the delivery happens in the field, often through certified contractor networks. Between signature and power-on sits a project: site survey, permitting, scheduling, install, inspection, activation. And in most companies that project lives everywhere except the system where the deal was won.

That gap has a cost you can put numbers on, and it's about to get more expensive to ignore. McKinsey research estimates that the net-zero transition will require an additional $1 trillion to $3.5 trillion a year in global capital investment through 2050, a build-out pace that runs directly through installer and contractor networks like the ones carrying this work today. The workforce meant to absorb that volume is already stretched thin: McKinsey's analysis of the skilled-trades pipeline found that construction employment needs to grow by as much as 4.5% annually in some states even as nearly a quarter, about 23%, of the existing workforce is already over 55. Installs waiting on a permit nobody chased, crews double-booked because capacity lived in someone's head, and a contractor's third delayed job in a month that nobody connected to the first two are not people problems. They're what happens when delivery data is disconnected from the commercial record, at a moment when the industry can least afford the slack.

The shift: every won deal becomes a project, automatically

The operating model that works is almost boring to describe: closed-won creates the install project from a template, in the same Salesforce org, with the milestones your business actually runs on: permit submitted, permit approved, scheduled, installed, inspected, powered on. Contractor capacity is visible next to demand, so scheduling is a decision, not an email thread. Fall-behind signals surface by exception, so your team manages the fifty jobs that need attention instead of scrolling a thousand that don't.

Do that, and two things follow. Leadership can finally answer "what's our average permit-to-power time, and which region is dragging it" from live data. And the people you have go further. Teams running resourcing this way see up to a 20% boost in utilization, because capacity stops hiding in spreadsheets.

Why this belongs in Salesforce

Because the deal is already there. Adding another field-project tool means another sync, another login, another version of the truth to reconcile. Keeping delivery in the same data model as the sale means the pipeline view and the delivery view are the same view. That is the only way a channel business scales installs without scaling chaos.

This is exactly the gap Cloud Coach's Resource & Capacity Management and Project Planning & Delivery capabilities are built to close. Because Cloud Coach runs natively on the same Salesforce org as the deal, a closed-won opportunity can spawn the install project from a template automatically, with contractor capacity, permit status and milestone data all visible in one place, no export or middleware required.

Permit-to-power is the metric your growth actually runs on. We think it deserves to be managed like one.

Sources Cited

McKinsey & Company, "The energy transition: A region-by-region agenda for near-term action," net-zero transition capital investment estimates, 2022. https://www.mckinsey.com/industries/electric-power-and-natural-gas/our-insights/the-energy-transition-a-region-by-region-agenda-for-near-term-action

McKinsey & Company, "Upgrade the grid: Speed is of the essence in the energy transition," skilled-trades workforce analysis. https://www.mckinsey.com/capabilities/operations/our-insights/global-infrastructure-initiative/voices/upgrade-the-grid-speed-is-of-the-essence-in-the-energy-transition