Service capacity, meter and main locations, panel and subpanel positions, transformer clearances, trench routes and generator or battery pads are inexpensive to plan during design and disruptive to change after grading and framing. Early electrical engineering lets the utility application, load strategy and distribution layout develop alongside the architecture instead of reacting to it.
Explore PG&E service upgrades and estate electrical engineeringModern estates concentrate load: EV charging, heat pumps, pools and spas, wellness rooms, kitchens, theaters, equipment racks and landscape systems. Regent5 prepares load calculations, evaluates 400A through 1000A+ service and three-phase feasibility where the utility can offer it, and manages PG&E applications, transformer questions and underground service routes so capacity decisions are settled before permit drawings are fixed.
Plan 400A to 1000A+ estate electrical serviceA useful electrical partner can establish scope and budget before every fixture and appliance is selected. We help define panel schedules and distribution architecture, identify infrastructure that should not be deferred, plan spare capacity and conduit for future systems, and value-engineer without sacrificing safety, serviceability or the expansion the residence will eventually ask for.
Evaluate three-phase power for luxury homes and estatesThe electrical package should be legible to the utility, the inspector and the rest of the construction team. Depending on project scope, Regent5 coordinates one-line diagrams, panel schedules, load calculations, site utility plans, equipment and switchgear locations, generator and battery interfaces, EV circuits, lighting-control panel power and the details other trades need for framing, mechanical, landscape and finish work.
Design a solar, battery and generator microgridGood drawings still need active field execution. Our team verifies conduit and trench routes, panel and equipment clearances, grounding and bonding conditions, device backing and trade interfaces while access is still open, and walks inspections under our own permits. Questions are resolved with the GC and design team before finish work makes corrections disruptive.
See long-term service and support plansCompletion means more than passing final inspection. Service equipment, panels, lighting control, EV charging, battery and generator transfer behavior and monitored circuits need to be tested together. Regent5 supports energization, commissioning, punch-list closeout, labeling, as-built documentation, owner and household-staff orientation, and a long-term service path after the project team leaves.
Resources for builders and developersRegent5 works across architect-led estates, custom homes and major renovations throughout the San Francisco Bay Area and Monterey Peninsula. The electrical plan changes with the property: multi-building distribution and gate power in estate markets, constrained service upgrades in San Francisco, hillside and outdoor loads in the South Bay, and outage resilience and remote-home support around Wine Country, Marin and Pebble Beach.
Understand PG&E applicant design and utility coordination
The exact drawing and coordination package depends on project scope, but these are recurring electrical decisions luxury residential teams need resolved before trenching, framing and finish work.
Whole-property load studies covering EV charging, heat pumps, pools, kitchens, technology and outdoor systems, sized against 400A to 1000A+ service options.
Service, metering, distribution, subpanels, transfer equipment and major loads documented so the utility, the inspector and the project team read the same system.
Panel and subpanel locations, circuit organization, spare capacity and clean separation between house, technology, outdoor and mechanical loads.
Working clearances, ventilation, access and layout for service equipment, distribution, batteries and UPS planned before millwork and MEP systems are locked.
Service applications, load information, transformer questions, meter locations and schedule expectations managed with the utility from design through energization.
Trench routes, conduit sizing, vaults, pull boxes and joint-trench coordination planned with grading, landscape and hardscape before the site is committed.
Transfer equipment, backup panels, critical-load selection and battery or generator integration engineered around outage response and estate priorities.
Charger circuits, load-management strategy and future-vehicle capacity planned so charging never competes with the loads the household depends on.
Panel locations, branch-circuit interfaces, dimming loads and low-voltage coordination for Lutron HomeWorks and architectural lighting systems.
Permits and inspections under our own license, utility energization support, labeling, testing and current record drawings at closeout.
Schematic design or design development is ideal. Service capacity, meter and panel locations, transformer clearances, trench routes and backup-power strategy are much easier to coordinate before permit drawings, grading and framing are fixed.
It depends on the loads, not square footage alone. EV charging, heat pumps, pools, wellness spaces and technology systems push many estates past a standard 200A service. A load calculation is the honest starting point; from there we evaluate 400A, 600A, 800A or larger service and the utility path required to deliver it.
Yes. Preconstruction budgeting can be based on service size, distribution architecture, known loads and site conditions. Fixture and appliance selections can then be refined without losing sight of the infrastructure, labor and utility coordination the residence requires.
It reduces handoffs where technology and electrical scope meet. Lighting-control panels, shade power, equipment-room circuits, EV and energy systems, security power, surge protection and backup-power priorities can be coordinated by one technical team instead of reconciled after separate bids and drawings are complete.
Regent5 prepares and manages the service application, load information, site plans and transformer or service-route questions with PG&E, and keeps the GC and design team informed of utility requirements and timelines. In Palo Alto, where the city provides electric service, the same planning follows City of Palo Alto Utilities requirements.
Yes. Estates often need feeders and subpanels for guest houses, pool equipment, wells and pumps, gates and landscape systems, planned around distance, trenching and future capacity. Those decisions belong in preconstruction, not after occupancy.
Commissioning verifies that service equipment, panels, lighting control, EV charging and battery or generator transfer behavior operate together under real conditions. It also creates the opportunity to test outage response, confirm labeling, close punch items and prepare the system for owner and staff orientation.
Closeout should leave the residence serviceable. Depending on scope, that can include current as-builts, one-lines and panel schedules, labeling, test records, warranty and equipment information, owner or household-staff orientation and a defined long-term service relationship.
Yes. The preconstruction role is collaborative by design. Regent5 reviews the relevant drawing sets, attends coordination meetings, resolves electrical interfaces with the project team and keeps service, distribution and integrated-system scope aligned with architecture, interiors and construction sequencing.
Regent5 now provides personalized smart home consultations, designed to kick-start your project swiftly and efficiently. Simply provide us with your contact information and a brief outline of your interests, and we will pair you with the right specialist for your project.
1300 Industrial Rd, Ste #12
San Carlos, CA 94070
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