I talk to architects every week who are still treating the kitchen as a late-phase item. I get it, for decades, that approach worked fine. You’d drop a placeholder in schematic design, bring in the foodservice consultant during design development, and sort out the details later.

That window is closing. In 2026, several things shifted at once, and the combination means decisions that used to be adjustable later now have to happen earlier. Here’s what I’m actually seeing on active projects right now.

1. California’s Electric Readiness Code: Active Law, Not a Future Requirement

California’s 2025 Energy Code, Title 24 Section 120.6(k ), creates mandatory electric readiness requirements for all newly constructed commercial kitchens. This isn’t a pilot or a voluntary standard, it’s active law. [Source: California Energy Commission]

The specifics: branch circuit conductors rated at 50 amps minimum, a service panel with at least 800 connected amps of capacity, and a panel sized to accommodate an additional 208V or 240V 50-amp breaker. [Source: Schnackel Engineers]

If those numbers aren’t in your BIM model at schematic design, your MEP engineer is working blind. And incomplete information at that stage tends to show up as expensive surprises later.

2. Managing the 79% Electrical Load Increase in All-Electric Conversions

A study conducted for Southern California Edison found that institutional kitchens converting to all-electric equipment saw connected amp loads jump 56% and peak demand rise 50%. Full-service kitchens hit increases of 71% to 79%. [Source: CalNEXT / Southern California Edison]

Those aren’t rounding errors. A transformer or panel sized for a conventional gas kitchen won’t support that load, period!

The problem I see most often is not that architects ignore this. It’s that the foodservice scope arrives too late for the MEP engineer to catch it before the electrical service is sized. Getting real utility load schedules based on actual equipment specs into the model during schematic design is the fix. Generic LOD 200 placeholders don’t give your engineer what they need. [Source: Revizto]

3. Other Jurisdictions: The Trajectory is Clear

New York City’s Local Law 154 is actively enforced for covered buildings right now. New York State enacted a statewide all-electric buildings requirement for new construction starting January 1, 2026. Currently suspended pending appeal, but the legislation is enacted and the trajectory is clear. [Source: BPN / NPGA] [Source: Phillips Lytle LLP]

Colorado requires local jurisdictions to adopt the Model Electric Ready and Solar Ready Code by July 2026. Washington State’s Clean Buildings Performance Standard requires buildings over 50,000 sq ft, including K-12 schools, to hit an energy use intensity target by June 1, 2026, with penalties of $1 per square foot per year for missing it. [Source: Climate Policy Dashboard] [Source: Envigilance]

If your firm works across multiple states, the safe assumption for new institutional projects is: plan for electric readiness infrastructure, regardless of whether the local mandate exists today.

4. NFPA 96’s 2025 Updates: No More Grandfathering for Suppression Systems

This one tends to catch renovation projects off guard more than new construction.

The 2025 edition of NFPA 96 explicitly ended grandfathering of pre-UL-300 fire suppression systems for major renovations. All new systems must be UL-300 listed. For projects involving significant kitchen renovation in buildings built before 1995, that often means a full suppression system redesign, not just new nozzles. [Source: Done Right Hood & Fire Safety] [Source: State Fire Prevention]

If you are working on a healthcare or school renovation and the existing suppression system predates UL-300 compliance, that scope needs to be identified and priced before the project goes to bid. Finding it during construction is a much harder conversation.

5. Coordinating New Access Panel Requirements in Ceiling Plans

The 2025 NFPA 96 updates increased the number and placement of required access panels, especially in vertical duct runs. The rule: technicians must be able to reach every section of ductwork for inspection and cleaning. Digital documentation is now required for all cleaning and inspection activity, and inspectors can request photo and timestamp proof. [Source: Done Right Hood & Fire Safety]

This is as much a design coordination issue as a compliance one. If the access panels aren’t modeled into the architectural ceiling plan during design development, they show up as a conflict at final inspection. At that point, your options are cutting into finished ceilings or failing inspection. Neither is a good day.

The foodservice consultant’s job—specifically through expert kitchen equipment coordination—is to make sure those panel locations are identified and coordinated with the reflected ceiling plan before construction documents are issued. That coordination has to happen earlier than it used to.

6. Deploying Robotic Infrastructure: Why LOD 350 Modeling is Non-Negotiable

In March 2026, WellSpan Health launched what is documented as the first deployment of an Autonomous Robotic Kitchen system in a U.S. healthcare setting, at WellSpan York Hospital. The system runs 24/7, covers roughly 400 square feet, and handles meal preparation, plating, and cleaning without kitchen staff. [Source: WellSpan Health]

Aramark announced a partnership with the same technology provider in October 2025 to roll out similar systems across healthcare facilities nationwide. [Source: Aramark Newsroom]

These aren’t concept installs. They’re operational, and more are coming.

The design implication is simple: these systems require dedicated utility provisions and specialized infrastructure configurations that a traditional kitchen placeholder doesn’t account for. If a healthcare client is evaluating this technology for a project currently in schematic design, those provisions need to be in the model now. Retrofitting infrastructure after construction is the kind of problem that damages relationships with clients and contractors alike.

The right level of detail for kitchen equipment coordination in complex institutional projects is LOD 350, where system interfaces are modeled and actual clearance and access requirements are represented. That’s what lets your MEP, structural, and construction teams build without conflict. [Source: Autodesk] [Source: Greenheck]

What this means for how we work together

None of this requires a different firm. It requires an earlier conversation with the one you already trust.

If you are in schematic design on a K-12 or healthcare project right now, the time to bring in foodservice coordination is before your MEP engineer sizes the electrical service. We provide utility load schedules based on actual equipment specifications, coordinate NFPA 96 compliance requirements into design documents, and model kitchen equipment at the level of detail your construction team needs.

If you want to talk through where a current project stands, we’re easy to reach.

Contact Foodesign Associates