Packaged Microgrid Solutions for Critical Infrastructure
RV Sinkler manages the complete microgrid program under one coordinated delivery framework — engineering, procurement, construction, commissioning, and long-term support.
What Owners Receive
- One coordinated project team
- Engineered system
- Procurement management
- Construction coordination
- Testing and commissioning
- Operator training
- Monitoring readiness
- Long-term support options
Scope of Delivery
- Load analysis
- Site assessment
- System architecture
- Energy-storage evaluation
- Technology evaluation
- Electrical engineering
- Protection coordination
- Civil coordination
- Structural coordination
- Procurement
- Contractor management
- Installation
- Quality control
- Commissioning
- Cybersecurity coordination
- Documentation
- Training
- Operations support
SITE · CAMPUS · DISTRICT
Three defined package tiers scale from a single critical facility to district-level resilience programs.
Site Package
- Power
- Up to 100 kW
- Storage
- Up to 200 kWh
- · Fire station
- · Police station
- · Municipal building
- · Emergency operations
- · Water pump station
- · Single critical facility
- · Load analysis
- · System engineering
- · Energy storage
- · Automatic transfer equipment
- · Controls
- · Remote monitoring
- · Installation
- · Commissioning
- · Operator training
Optional: Solar integration
Indicative implementation: 8–12 weeks after NTP, subject to project conditions
Campus Package
- Power
- 101–500 kW
- Storage
- ≈ 500 kWh – 1 MWh
- · Multi-facility campus
- · Cooperative cluster
- · Public-safety campus
- · Institutional campus
- · Municipal group
- · Coordinated critical facilities
- · Multi-node controls
- · Coordinated islanding
- · Energy storage
- · Distribution equipment
- · Remote fleet monitoring
- · Construction coordination
- · Commissioning
- · Training
Optional: Solar integration
Indicative implementation: 16–24 weeks, subject to project conditions
District Package
- Power
- 501 kW – 1 MW
- Storage
- ≈ 1–4 MWh
- · Substation
- · Industrial critical load
- · District resilience program
- · Cooperative distribution
- · Utility-level resilience
- · Advanced energy-management controls
- · Medium-voltage integration
- · SCADA coordination
- · Cybersecurity coordination
- · Energy storage
- · Grid services
- · Construction management
- · Commissioning
- · Monitoring
Optional: Solar generation · Generator integration · Additional DERs
Indicative implementation: 24–36 weeks, subject to project conditions
Compare Microgrid Packages
| Attribute | SITE | CAMPUS | DISTRICT |
|---|---|---|---|
| Power range | Up to 100 kW | 101–500 kW | 501 kW – 1 MW |
| Storage range | Up to 200 kWh | ≈ 500 kWh – 1 MWh | ≈ 1–4 MWh |
| Typical facilities | Single critical facility | Multiple facilities | Substation / district |
| Primary application | Public-safety / municipal | Campus / cooperative cluster | Utility / industrial critical load |
| Renewable option | Solar (optional) | Solar (optional) | Solar + additional DERs (optional) |
| Monitoring | Remote monitoring | Remote fleet monitoring | SCADA-integrated advanced controls |
| Cybersecurity | Standard hardening | Coordinated multi-node | Full cybersecurity coordination |
| Indicative delivery | 8–12 weeks | 16–24 weeks | 24–36 weeks |
| O&M availability | Optional support plan | Optional support plan | Optional support plan |
Final system sizing, technology selection, storage chemistry, schedule, and commercial terms depend on site conditions, load requirements, interconnection, permitting, equipment availability, applicable codes, and completed engineering.
Five Principles Behind Every System
Resiliency
Automatic islanding and backup capability designed to protect critical loads during grid outages.
Demand Management
Energy-storage dispatch strategies intended to improve load management and reduce peak-demand exposure where commercially applicable.
Renewable Integration
Solar and distributed-energy integration based on project objectives, site conditions, and technical feasibility.
Safety & Compliance
Safety planning, protection coordination, arc-flash considerations, code compliance, commissioning, and documentation integrated into delivery.
Remote Intelligence
Monitoring, alarms, battery-health visibility, performance reporting, maintenance planning, and lifecycle analytics.
Multi-Site Resilience for Critical Public-Safety Facilities
A coordinated microgrid program developed to support multiple critical facilities through integrated energy storage, controls, transfer equipment, remote visibility, and island-mode capability.
Project overview
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Client challenge
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RV Sinkler scope
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System architecture
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Construction approach
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Operational results
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Design a Microgrid Program With RV Sinkler
Engage RV Sinkler for site evaluation, load analysis, and a coordinated microgrid delivery plan for your facility, campus, or district.