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.
Resiliency Shouldn’t Come in Pieces.
Most microgrid projects fall apart in the gaps between vendors: one company handles the battery storage, another the switchgear, another the controls, and the owner is left coordinating all of it. RV Sinkler built its packaged solutions to close those gaps. Every package brings the full scope, engineering, procurement, construction, commissioning, and long-term support, together under one simplified solution, scaled to match the size of your facility, from a single critical building to a full district deployment. These packages are a starting point, not a fixed menu; every one is fully customizable to your project’s specific needs.
To make that flexibility easy to navigate, we organize it into three starting points, SITE, CAMPUS, and DISTRICT, each defined by the power and storage capacity a facility actually needs. Find the tier that matches your situation below: it tells you the scale of the system you’re likely looking at, the typical facilities it serves, and a realistic delivery timeline. From there, we tailor every detail to your specific site, but the tier gives you an immediate, honest starting point instead of an open-ended guess.
SITE · CAMPUS · DISTRICT
Each tier scales up from a single critical facility to district-level infrastructure — a starting point for sizing, always tailored to the specific site.
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
When the grid goes down, critical loads shouldn't. Every system is engineered for automatic islanding, so backup power kicks in without manual intervention, keeping fire stations, water systems, and other critical facilities running exactly when they're needed most.
When the grid goes down, critical loads shouldn't. Every system is engineered for automatic islanding, so backup power kicks in without manual intervention, keeping fire stations, water systems, and other critical facilities running exactly when they're needed most.
United Power

United Power Fire Station Microgrid Program
United Power Inc. · Brighton, Colorado
RV Sinkler is serving as Prime Contractor for a multi-site Battery Energy Storage and Microgrid program supporting rural emergency services under Colorado's Microgrid Batteries initiative. The project delivers resilient energy infrastructure across four fire stations through integrated engineering, construction, commissioning and operations support.
- Role
- Prime Contractor
- Contract value
- $1,497,597.41
- Status
- Ongoing
- Handover
- Scheduled final handover: February 2027
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.

