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Public sector resilience

Support critical public loads with transparent sequencing, labeled educational demos, and evidence-led delivery.

Request a public-sector consultExplore the campus islanding simulation

The problem

Critical services need dependable power and clear accountability—not opaque vendor claims.

Librarian helping a visitor in a public library computer area.

The Solarun approach

We separate what labeled campus simulations teach from what field engineering must prove, then deliver documented systems with measured evidence where available and honest projected labeling where not.

  1. Document the public services that must stay available.
  2. Sequence campus loads operators can rehearse.
  3. Keep educational simulations clearly labeled.
Engineer and caretaker reviewing an enclosed panel in an institutional corridor.

How a public-sector engagement works

Survey team with a tripod instrument in an educational campus courtyard.

  1. Separate educational simulations from field obligations before any procurement story.

  2. Sequence critical public loads with transparent evidence requirements.

  3. Deliver documented systems with measured results where available and honest projected labels where not.

Talk with SolarunExplore the campus islanding simulation

System boundaries. The campus islanding demonstration is a teaching tool. Field protection, interconnection, and public procurement remain separate obligations.

How solar and battery support a campus.

Physical energy flow

Solar panelsSolar panels
Essential household loadsEssential household loads
Home batteryHome battery
Utility gridUtility grid

Digital control and coordination

Solarun coordinationSolarun coordinationIntelligent control and coordination
  • Physical electricity
  • Data and control
The diagram explains production, storage, loads, coordination, and grid exchange. It is not an operational control interface.
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 campus scenarios separate teaching tools from field engineering. They do not report invented municipal capacity.

Three facilities staff reviewing an unmarked site plan in a municipal building.

Illustrative planning scenario

Planning scenario: municipal campus resilience in Isfahan

Educational scenario for a municipal campus in Isfahan. Not a completed public works trophy and not operated from a browser.

Needs

Critical public loads need a transparent sequence; political language often oversells islanding.

Proposed approach

Advisory sessions separate the website demonstration from field engineering. Commissioning notes capture transfer cues.

Scope limitations

Procurement rules remain the buyer’s. No RFP upload exists on this website.

Explore other scenarios

Services, reading, and questions

Related questions

Can the campus islanding demonstration run a real campus?

No. It is a labeled educational simulation on this website. Field islanding requires engineering, protection studies, and commissioning that cannot happen in a browser.

What should public buyers ask for in evidence?

Ask for dated assumptions, residual-risk language, commissioning notes, and whether a figure is measured, projected, or educational. Solarun publishes metrics and certificates only when they are approved and in date. Empty evidence is replaced with process explanation, not invented proof.

Knowledge Hub

Campus islanding demonstration

Inspect utility, solar, storage, and load nodes; simulate a grid failure; and step through safe disconnection and critical-load priority.

Simulation

Step 1 of 5: Normal grid-tied operation

Not every campus can island. Islanding requires engineering assessment, protective devices, operating procedures, and interconnection agreements. This demo is educational only.

Normal grid-tied operation

Utility supplies the campus. Solar and storage support loads while remaining grid-tied.

  1. Normal grid-tied operation — Utility supplies the campus. Solar and storage support loads while remaining grid-tied.
  2. Grid failure detected — Utility voltage is lost. Local sources remain available but the campus is not yet islanded.
  3. Safe disconnection — The campus disconnects from the utility and forms a controlled island with local resources.
  4. Critical loads prioritized — Noncritical loads are shed so solar and storage can sustain critical services.
  5. Optional grid restore — Utility power returns. The campus can resynchronize and restore noncritical loads.
View data table
Campus node states for the current simulation step
NodeState
UtilityOnline
SolarOnline
StorageCharging
Critical loadsOnline
Noncritical loadsOnline

Labeled simulation only. The browser does not control campus switchgear or real assets. Consult engineering before planning islanding capability.

Plan backup power for public services.

Select your priorities to start a focused consultation.

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