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Faraday Microgrid Tiers

Four tiers. One commercial microgrid offering.

Not every facility needs the same level of energy resilience. That’s why Faraday offers four microgrid tiers: Resilience, Endurance, Independence, and Strategic.

During the feasibility study, Faraday evaluates your facility and determines which approach delivers the best combination of savings, reliability, and energy security. While every site is different, most commercial and industrial facilities are ultimately classified as Endurance, providing meaningful resilience and energy cost reduction while remaining practical and cost-effective.

Not sure where you fit? The Feasibility Study returns the answer in about 30 days, for a fixed fee.

Why we have tiers versus custom builds for each site.

Most custom microgrid projects begin with extensive engineering, multiple design iterations, and long implementation timelines. Faraday simplifies the process with a tiered approach. Our pre-engineered tiers are designed around common facility types and resilience objectives, from backup power during short outages to multi-day energy security and strategic independence. Rather than reinventing the wheel for every project, we start with proven system architectures and customize them to your needs.

The process begins with a Feasibility Study, which identifies the right tier for your facility and optimizes the system based on your operational and financial goals.

The four tiers at a glance.

Attribute
RESILIENCE
ENDURANCE
INDEPENDENCE
STRATEGIC
Primary outcomes
Backup power for critical loads during outages
Extended outage protection with daily cycling
High Energy Autonomy with PV + storage
Full energy autonomy with advanced optimization
Typical duration
Hours
4–12 hours
Days
Weeks to indefinite
Typical use cases
Life safety, IT rooms, critical refrigeration, minimal ops
Most commercial & industrial facilities.
Sites with limited grid reliability or high costs
Mission-critical campuses, remote sites, microgrids as a service
Solar PV
Optional / limited
Standard
Standard
Standard (large scale)
Battery storage
Small
Sized for 4–12 hours
Sized for multi-day operation
Large scale, long duration
Generator / CHP
Optional
Optional
Typically included
Typically included (or alternative fuels)
Grid interaction
Backup only
Backup + daily cycling
Minimized
Islanded / grid optional
Resilience complexity
Low
Medium
High
Very high
Typical timeline
8-12 weeks
12-20 weeks
16-24 weeks
20+ weeks
Best fit if you...
Need short-term backup for critical functions
Want reliable daily resilience with ROI
Want energy autonomy for days, not hours
Require bespoke architectures and tailored capital structures

The vast majority will end up at the endurance tier.

Selecting the initial tier for your microgrid project.

Three key questions that will help you find the right tier.

1

How much time do you spend cycling through a grid?

  • Up to 4 hours → Resilience
  • An entire working day (4–12 hours) → Endurance
  • Days rather than hours → Independence

  • 2

    Which is a more important factor: revenue or downtime?

  • Demand charges are dominating the energy line item → Resilience (or Endurance if downtime also costs you)
  • Both — large invoices + downtime is a problem → Endurance
  • Downtime risk dominates and extends for multiple day → Independence

  • 3

    Are your requirements more than what a productized and fixed scope solution can accommodate?

  • Not really, fixed scope will work fine for me → go through Q1 and Q2 to pick between Resilience, Endurance or Independence
  • Yes, I require advanced control systems, ADR revenue, heat recovery, geothermal power, or other strategic considerations → Strategic

  • *These are guidelines to your tier level but the actual answer will depend on your interval data, rate schedule, load shape, and resilience exposure. This is all determined through our Feasibility Study.

    The tier is the starting point.

    The Study is the answer.

    Think of the tiers as a starting point, not a final answer. While many facilities are a good fit for Endurance, the right solution depends on your operations, energy usage, utility rates, incentives, and resilience goals. The Feasibility Study is what determines the best fit for your facility. 

    The majority of facilities in your field fall under the same category.

    Cold Storage

    Most California cold storage facilities are aligned with Endurance—because of their need for demand charges, 24-hour refrigeration, and spoilage risks, the ideal amount of backup would be 4–12 hours.

    Food Processing

    Most California food processing plants match Endurance, with drivers like process continuity and demand charges.

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    Manufacturing & Multi-tenant

    Manufacturing facilities and multi-tenant buildings can fall under the Resilience or Endurance categories, depending on what the outage tolerance study finds.

    Healthcare & Institutional

    In healthcare and institutional facilities, Faraday uses their own distinct system—commercial facilities align with Endurance, but acute facilities, higher education, and grant-funded projects have their own.

    Ready to find out which tier fits your site?

    Most California commercial buyers start with the Feasibility Study. If you want to talk first, the screening call is free and takes 30 minutes.