Asana vs Monday.com for Commercial Solar EPC Projects

Between signed contract and permission to operate, a commercial solar project typically passes through engineering review, a permitting authority, an interconnection application to the utility, equipment procurement lead times, and a final utility inspection, each with its own queue that your team doesn't control. Crews only show up for a fraction of that timeline.

The operational risk isn't usually the install itself going wrong, it's a permit application sitting in a queue longer than expected without anyone noticing until the crew is scheduled and the permit still isn't in hand.

Asana's task dependencies can model this sequence explicitly: the interconnection application can't be submitted until stamped engineering drawings are done, procurement can't be finalized until the design is locked, and installation can't be scheduled until the permit is in hand. That structure makes clear which specific external approval is actually the bottleneck on a given project at any moment.

Across a portfolio of projects at different stages, Asana's portfolio view can roll up which projects are stuck waiting on which type of approval, useful for spotting a pattern, several projects all stuck at the same permitting authority, that's worth addressing directly with that office rather than treating each delay as a one-off.

Monday.com's board automations suit equipment procurement tracking, where a column for expected delivery date against a project's installation target date can flag a mismatch early, before a crew is scheduled to show up for equipment that hasn't arrived. A board across all active projects also makes it easy to see which ones have equipment on order versus already on site.

Given how much commercial solar equipment involves long lead times on specific components, that early-warning view tends to prevent a scheduled crew showing up to a site with no equipment better than tracking procurement as a single undifferentiated task.

A workable sequence: engineering completes stamped drawings, the permit application is submitted to the local authority, the interconnection application goes to the utility in parallel where that's allowed, procurement is finalized once design is locked, installation is scheduled once the permit is in hand and equipment has arrived, commissioning follows installation, and the utility's final inspection and permission to operate closes the project.

Track each of those as a distinct milestone with its own expected duration based on your own project history, not a generic industry estimate, since permitting timelines vary significantly by local authority and utility. Reviewing actual versus expected duration after each closed project, and updating the template with what you learned, is what makes those internal estimates meaningfully more accurate the next time around.

Once a permit and equipment are both confirmed, crew scheduling itself is a shorter, more typical project task: assign a crew, confirm a start date, sequence the install against weather and site access. The mistake to avoid is scheduling a crew based on an optimistic permit timeline rather than a confirmed one, which leads to either an idle crew or a rushed reshuffle when the permit doesn't land on time.

Build crew scheduling as a task that depends on the permit and procurement milestones actually closing, not on their target dates, so the schedule reflects reality rather than the original plan.

Avoid idle crews and stalled projects with these checks:

• Schedule the crew against confirmed milestones, permit in hand and equipment on site, rather than target dates from the original plan.
• Compare each project's expected equipment delivery date with its installation target date, and flag any mismatch before a crew is booked.
• Model dependencies explicitly, so the interconnection application cannot be submitted until stamped engineering drawings are done.
• Use a portfolio view by milestone, so you can see which specific approval is blocking each project.
• Submit permit and interconnection applications through each authority's own process, and use the tool only to track their status.

ClickUp's combined docs and whiteboards can hold site assessment notes, single-line diagrams, and permit correspondence alongside the task tracking, useful for a smaller EPC where the same project manager handles design coordination and permitting correspondence directly. That consolidation matters less for a larger EPC with separate engineering, permitting, and construction teams, where keeping documents and tasks in purpose-built systems for each function often works better, since a permitting specialist and a construction superintendent tend to need different views of the same underlying project.