Commercial continuity
Protect operations with continuity-first on-site power, transparent residual risk, and contracted electricity pathways where eligibility allows.
The problem
Downtime, spoilage, and idle labor hit margins. Off-the-shelf kits rarely match facility realities—or rehearse backup behavior operators can trust.
The Solarun approach
We engineer continuity-first systems, commission witnessed backup sequences, and align offtake through Solarun’s VPP where contracts allow. Residual risk stays labeled—never a guaranteed zero protected loss.
- Frame continuity around the processes that actually stop.
- Commission a backup sequence operators can witness.
- Keep residual risk visible on the record.
How a commercial engagement works
Frame continuity risk in operational terms: downtime, spoilage, and residual exposure.
Engineer on-site power around witnessed backup sequences operators can trust.
Align offtake through Solarun’s VPP where contracts allow
and label residual risk clearly.
System boundaries. Residual risk stays on the record. Peak-shaving talk is a planning range, not a guaranteed tariff outcome. Browser demonstrations do not operate facility assets.
How solar and battery support your facility.
Solar panels generate electricity that can serve household loads or charge a home battery. The battery may support selected loads. The home can still exchange electricity with the utility grid. Solarun software coordinates compatible devices over a separate digital control path; electricity does not flow through the software platform.
Physical energy flow
Digital control and coordination
- Physical electricity
- Data and control
Read the diagram explanation
Solar panels generate electricity that can serve household loads or charge a home battery. The battery may support selected loads. The home can still exchange electricity with the utility grid. Solarun software coordinates compatible devices over a separate digital control path; electricity does not flow through the software platform.
Planning scenarios
Educational facility scenarios show ranked process loads. Projected outcomes are labeled; measured kilowatt-hours are not invented.
Illustrative planning scenario
Planning scenario: facility continuity in Tehran
Educational scenario for a commercial facility in Tehran considering solar, storage, and operator handover. Not a verified Solarun installation.
Needs
Refrigerated lines and a control room cannot tolerate unmanaged multi-hour interruptions, but the rest of the site can shed.
Proposed approach
Audit how the site fails, write the ranked list, then design storage and solar around that list.
Scope limitations
Utility interconnection timing is outside Solarun’s control. Peak-shaving $ figures are calculator ranges, not invoices.
Services, reading, and questions
Related questions
Can EV chargers stay on during backup?
Only if the shed plan says so. Charging often yields to refrigeration, IT, or life-safety loads. We write that choice down during smart-energy design.
How does Solarun approach commercial continuity?
We start with outage exposure for the processes that actually stop revenue or spoil product, then size solar, storage, and controls around that list. Residual risk stays labeled. The commercial continuity calculator explores Iran Full-pack ranges; it is not a capex approval.
Knowledge Hub
Engineering and market intelligence
What customers can expect from a Solarun engagement
Written assumptions, rehearsed backup, labeled residual risk, and no invented testimonials.
Read article
Engineering and market intelligence
A plain interconnection checklist
Owner signatures, metering, protection intent, and outstanding utility items—without a fake approval date.
Read article
Engineering and market intelligence
Storage safety documents you should actually receive
Siting, clearances, and fire-safety paperwork as a handover expectation—not a certification logo wall.
Read article
Plan backup power around your facility.
Select your priorities to start a focused consultation.