Microgrid Solutions for Efficient and Reliable Power
Microgrids are a popular solution for businesses looking for cost-effective ways to manage energy usage.
- Firm, reliable power at scale
- Faster COD timelines than utility interconnection
- Transparent long-term energy pricing
- A clear path to decarbonization if required
- Instead of waiting years, your project gets power where and when you need it.
Why Our Architecture Works
- Modular 3.45 MW containerized turbine gensets
- Fast-start, dispatchable, redundant generation
- Designed for 99.999% availability configurations if required
- Integrates naturally with batteries, carbon capture, or other DERs
Customizable Microgrid Components
Execution, Not Speculation
SolMicroGrid’s strategy is to focus on standardized, repeatable, and scalable solutions that are cost-effective, profitable, and have modest footprints. For more information, please click below.
Power Delivered- When the Grid Can't
Across the U.S., AI data centers and large industrial projects are discovering a new reality: The grid is no longer the gating factor. The timeline is. For more information, please click below.
Power from the utility grid to the building is utilized when electricity rates are the lowest.
1 of 9 BatteryStores solar power for peak use and outages.
2 of 9 Microgrid Control- Optimizes energy utilization
- Manages daily peak load
- Captures energy data
- Provides full resilience
- Utilized during power outages or for demand response
- Support customer EV charging
- Can use sustainable power
Converts solar power from DC (direct current) to AC (alternating current)
6 of 9 Rooftop Solar- Maximizes large unobstructed roof footprint
- Powers the building
- Stored in battery to offset peak demand
- Harvest solar power when unused land is available
- Powers the building
- Stored in battery to offset peak demand
- Collect solar power while providing shade/shelter for parking
- Powers the building
- Stored in battery to offset peak demand
Power from the utility grid to the building is utilized when electricity rates are the lowest.
1 of 9 BatteryStores solar power for peak use and outages.
2 of 9 Microgrid Control- Optimizes energy utilization
- Manages daily peak load
- Captures energy data
- Provides full resilience
- Utilized during power outages or for demand response
- Support customer EV charging
- Can use sustainable power
Converts solar power from DC (direct current) to AC (alternating current)
6 of 9 Rooftop Solar- Maximizes large unobstructed roof footprint
- Powers the building
- Stored in battery to offset peak demand
- Harvest solar power when unused land is available
- Powers the building
- Stored in battery to offset peak demand
- Collect solar power while providing shade/shelter for parking
- Powers the building
- Stored in battery to offset peak demand
Power from the utility grid to the building is utilized when electricity rates are the lowest.
1 of 9Battery
Stores solar power for peak use and outages.
Microgrid Control
• Optimizes energy utilization
• Manages daily peak load
• Captures energy data
Generator
• Provides full resilience
• Utilized during power outages or for demand response
EV Charging Stations
• Support customer EV charging
• Can use sustainable power
Inverter
Converts solar power from DC (direct current) to AC (alternating current)
Rooftop Solar
• Maximizes large unobstructed roof footprint
• Powers the building
• Stored in battery to offset peak demand
Ground-mount Solar
• Harvest solar power when unused land is available
• Powers the building
• Stored in battery to offset peak demand
Solar Parking Canopy
• Collect solar power while providing shade/shelter for parking
• Powers the building
• Stored in battery to offset peak demand
Distributed Energy Resources of the Microgrid
Battery Storage
- BESS for ride-through, ramp support and reduced turbine cycling
- Fast-response reserves for smoother operations and improved event handling
- Optional black start support enhancement
Turbine Generator
- Provide power independent from the grid all with superior industrial reliability
- N+ modular architecture enables higher redundancy and a stronger contingency posture
- Configuration also allows maintenance while maintaining normal operations
- Additive capacity can be commissioned without plant-wide redesign
Intelligent Energy Management System
- Optimizes the performance of the DER components
- Controls the cycling of the energy storage system
- Monitors and tracks energy use and cost savings