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
PODPredictive Maintenance
PODThe 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.
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