Solar-Plus-StorageConstructionon the Record
Co-located solar-plus-storage is two builds in one — and the battery scope is where the schedule slips. POD reports PV and BESS on one energization timeline, built from a voice note in the field.
Two builds, one interconnection, one date that matters
The PV array runs on its own crews and cadence. The battery scope — PCS, enclosures, SOC, thermal, fire-suppression — runs on another, and it is almost always the one that sets the energization date. A generic report treats it as one job and hides the slip. Solar-plus-storage has to report both scopes against the one milestone they share, the day each moves.
What a solar-plus-storage day has to carry
PV array & MWdc
The solar half — piles, tables, modules set, and direct-current capacity brought online. One of the two scopes sharing the interconnection.
PCS & inverters
Power-conversion skids set and terminated, inverters commissioned. The gear that moves energy both ways between the array, the battery, and the grid.
Enclosures & SOC
Battery enclosures set and racked, modules landed, state-of-charge brought up per enclosure. The scope that most often sets the energization date.
Thermal & fire safety
HVAC and fire-suppression commissioned, thermal set-points verified. Thermal runaway is storage’s defining hazard — the daily record is the paper trail.
The plant, one line at a time
Array to PCS to battery enclosures to the grid — energy flows along the bus, the PCS moves it both ways, and each enclosure’s state-of-charge rises as it commissions.
What solar-plus-storage looks like on the dashboard
Two numbers a solar-plus-storage EPC reads first: where energization lands, and what is driving the slip.
Completion Forecast
PODCompletion distribution
Confidence
Variance & cost
Predictive Maintenance
PODFleet health
At-risk assets
Impact
The solar-plus-storage build POD tracks
Both scopes, phase by phase, against the one energization milestone.
Civil & PV array
Foundations, piles, racking, and modules — the solar scope built to mechanical completion while the pads for storage go in alongside.
PCS & collection
Power-conversion skids, inverters, and the medium-voltage collection that ties both scopes to the transformer and the grid.
Battery enclosures
Enclosures set, racks and modules landed, DC terminated, HVAC and fire-suppression in. The scope that drives the energization forecast.
Commissioning & energize
String tests, PCS energization, SOC brought up, utility witness, and the shared energization milestone the whole project is measured against.
Built for two scopes, not a generic form
| What gets tracked | Generic template | POD solar-plus-storage |
|---|---|---|
| Progress % | Split by scope — PV MWdc + enclosures commissioned | |
| Weather note | Sun-hours + heat/thermal holds on battery work | |
| Equipment | Cranes, telehandlers, lifts — readiness vs at-risk | |
| Battery-scope data | PCS, enclosures, SOC, thermal, fire-suppression | |
| Energization forecast | P50 / P80 / P95 dates toward one milestone | |
| What is driving the slip | At-risk equipment tied to the battery scope |
Free solar-plus-storage template & KPI tools
Grab the free combined solar-plus-storage daily-report template, or use POD's free KPI calculators — Google Sheets, Excel, or PDF. No account needed.
Solar-plus-storage construction questions
Yes. Solar-plus-storage is two builds sharing one interconnection, so POD tracks each scope — array install and MWdc, alongside PCS, enclosures, thermal, and energization — then rolls both into one completion forecast toward the shared energization milestone.
Take the Utility-Scale Solar field brief to your team
The solar day, from pile to MWdc online, for foreman to C-suite. Print it or share the link, no sign-up needed.
Put both scopes on one record
Speak the day from the field. POD builds the report, forecasts energization, and shows what is driving the slip — before the crew leaves the site.
Last updated: July 2026