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Microgrid Solutions

Integrated energy systems that improve operational resilience and optimize energy use to help control costs.

What is a Microgrid

A microgrid integrates on-site generation, battery storage, and control systems into a single coordinated platform — allowing facilities to operate independently of the grid when needed while optimizing how energy is produced, stored, and used under normal conditions.

Microgrids are typically deployed where downtime carries real operational or financial risk, and systems range from single-facility islanding solutions to multi-building campus deployments — each designed around your critical load requirements and operational risk tolerance.

Microgrids Designed Around Your Facility

Every microgrid is engineered around your facility's energy profile, operational priorities, critical loads, and resilience objectives.

Critical Loads & Backup Requirements
Identifying which loads must stay online — and for how long — is foundational to microgrid design. Backup duration requirements drive battery sizing, generation capacity, and load prioritization strategies.
Grid Integration & Islanding Strategy
Islanding capability requires utility coordination, protection systems, and interconnection approvals. We manage the application and coordination process to support compliance and protect project schedules.
Microgrid Controls & System Coordination
Control systems coordinate generation, storage, and load management in real time — enabling the microgrid to operate reliably under changing conditions. We specify and integrate controls based on your facility’s operational priorities and system complexity.
uture Growth & Energy Flexibility
Microgrids should support future operational growth, including EV charging, additional loads, and evolving energy requirements. System sizing and storage strategies are designed with long-term flexibility in mind.

Microgrids as part of an integrated energy system

Microgrids coordinate multiple energy systems into a single managed platform.

Microgrid + Solar PV

Generate power onsite to reduce reliance on the grid and support long-term cost control.

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Microgrids + EV Charging

Support resilient charging for critical fleet operations.

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Microgrid + Battery Storage (BESS)

Store energy, manage peak demand, and maintain operations during outages.

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Financing options aligned to your capital strategy

Microgrids projects can be structured to match your financial and operational priorities — and often require no upfront capital to move forward.

No upfront investment
PPAs and leases provide immediate savings without capital outlay — cash-flow positive from day one.
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Ownership options
Direct purchase. Maximize ITC benefits, depreciation, and long-term returns, apply for loans and Pace Financing.
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Fully managed energy
Energy Service Agreements (ESA) deliver defined outcomes — cost savings, demand reduction, resilience — with no ownership responsibility.
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Microgrid solutions built to perform

Delivered with consistent execution across diverse facility types, operational requirements, and resilience objectives.

Trusted by companies across the country

Let's discuss your microgrid strategy

We’ll assess your facility, energy usage, and operational risk — and define the right path forward.

Let's discuss your microgrid strategy
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October 13, 11:00 PT

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Sofia Puente

Chief Marketing Officer

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FAQs

A microgrid is a localized energy system that combines onsite generation, battery storage, and control systems — allowing a facility to operate independently from the utility grid when needed, while optimizing energy use during normal conditions.

A generator provides emergency power. A microgrid is an active energy management system — continuously optimizing generation, storage, and consumption to reduce costs and improve resilience. Generators are typically integrated into microgrid systems as one generation source among several.

Microgrids are most common at facilities with critical operations, significant energy costs, or high grid outage risk. Scale ranges from single-building islanding solutions to multi-building campus systems. The right size is determined by your critical load requirements, backup duration needs, and financial objectives.

Typically 12–24 months from development through commissioning, depending on system complexity, interconnection requirements, and permitting timelines. We manage the full development process to protect your schedule.



Federal Investment Tax Credit (ITC), state resilience and clean energy programs, and utility incentives can significantly reduce project cost. Available programs vary by market and project structure. We identify applicable incentives and structure projects to capture them.





No. Once commissioned, the system is fully managed. Your only role is to collect lease income!

Options such as renewal, system removal, or transfer are defined in advance as part of the agreement.