Permanent power depends on the application, utility design, agreements, civil and electrical work, inspections, meter release, cutover, startup, and downstream acceptance all reaching the right state.

Define the required service and the energization decision

Identify the address, buildings, phases, meters, service voltage, load, demand profile, major equipment, tenant or owner accounts, emergency and standby systems, distributed generation or storage, temporary service, requested in-service date, and the construction and operating milestones that depend on power. Distinguish initial service, increased load, temporary service, permanent service, meter installation, energization of service equipment, energization of downstream systems, and full building readiness.

Name the actual utility, authority, owner or developer entity, design professionals, electrical contractor, testing organization, commissioning provider, lender, equity partner, tenant, and operator roles. Utility process, terminology, technical requirements, and lead times vary by provider and jurisdiction. KOW can organize the project record, schedule, cost exposure, site progress, open items, and evidence within its assignment; the utility, authority, licensed professionals, contractors, and owner retain their respective design, approval, safety, construction, and operating decisions.

Control the application, design, property rights, and commercial steps

Track the work request or application, load letter and calculations, service class, point of connection, service layout or design, utility study, customer design submissions, easements or property rights, vault or room requirements, transformer and equipment responsibilities, contributions or deposits, contracts, account setup, tariffs, meter configuration, distributed-energy review where applicable, and every revision caused by scope, load, phasing, address, or ownership changes. Record submitted, accepted, issued, paid, executed, and expired dates separately.

Create one service-responsibility drawing and register showing what the utility furnishes and installs, what the customer furnishes and installs, ownership and maintenance after energization, required access, civil work, conduits and duct banks, pads and vaults, grounding, service equipment, metering, communications, protection, inspections, and tie-in. Con Edison’s service-layout process and PG&E’s application-to-meter journey illustrate the value of a defined sequence; the project must follow its own provider’s current requirements and assigned representative.

Field-verify utility and customer construction readiness together

Break the physical work into utility source and upstream reinforcement, poles or underground structures, public-way or easement work, excavation, duct bank and conduit, vaults or manholes, pads, grounding, utility equipment, service conductors, service entrance, switchgear, transformers, protective devices, meters and cabinets, rooms, clearances, ventilation, drainage, fire rating, flood protection, security, access, labels, communications, and downstream distribution. Show permits, public-improvement dependencies, material status, inspections, restoration, and responsible party for each segment.

A customer room can appear complete while access, property rights, utility civil work, grounding, clearances, labels, or municipal certification remain open. Conversely, installed utility equipment cannot energize customer gear that has not been accepted. Use site observations, utility correspondence, approved drawings, look-aheads, contractor reports, inspection records, photographs, material tracking, and direct confirmation from the responsible parties. Mark hearsay, target dates, pending reviews, and conditions clearly instead of converting them into reported completion.

Build one inspection, testing, and release path

Map the prerequisites for authority inspection, utility inspection, engineer or contractor certification, equipment startup authorization, protection and control settings, cable and equipment tests, grounding tests, torque and installation checks, firestopping, labeling, arc-flash and safety information, meter release, account and payment status, utility crew assignment, and any required outage or tie-in. Identify the exact inspection, document, witness, acceptance criterion, deficiency, corrective action, retest, and final release.

Formal electrical acceptance testing may require qualified independent personnel, calibrated instruments, project-specific procedures, certified reports, and correction of deficiencies under the applicable contract. UFGS and NETA-based federal requirements are useful examples, not default requirements for every private project. The project’s engineer, authority, utility, insurer, equipment manufacturer, contractor, and owner should define the governing tests and safe energization process. KOW’s record should show which evidence was reviewed and which technical acceptance remains with others.

Separate energization, cutover, startup, and building readiness

Prepare a written energization and cutover sequence covering temporary and permanent sources, isolation, lockout and safety controls, utility coordination, affected occupants and systems, emergency power, fire alarm and life safety, elevators, pumps, controls, communications, IT, security, refrigeration, heating and cooling, lighting, tenant equipment, distributed generation, rollback, monitoring, and the conditions for declaring stable service. Identify the decision-maker at every irreversible step and the parties receiving notice.

Voltage at the service does not prove that switchboards, feeders, panels, equipment, controls, sequences, alarms, safeties, emergency transfer, or integrated building functions are ready. Continue through equipment startup, point-to-point and functional testing, balancing, commissioning, failure-mode testing, operator training, documentation, and representative operation. Preserve temporary power until the defined permanent functions are stable and the responsible parties authorize removal; avoid a schedule that treats “power on” as one undifferentiated milestone.

Expose schedule, funding, and operating consequences early

Put utility and customer tasks on the project schedule with predecessors, decision dates, review periods, property rights, procurement, inspections, weather and public-way constraints, outage windows, meter availability, crew commitments, float, and recovery options. Pair each major assumption with its source and last confirmation. Show the cost of temporary power, acceleration, redesign, storage, standby labor, extended general conditions, delayed testing, delayed occupancy, interest and carrying cost, tenant impact, and potential lender or equity funding consequences.

Closeout should include executed service and property documents, accepted utility and customer drawings, inspection and test records, settings and studies, meter and account information, one-lines, equipment data, labels, utility and emergency contacts, outage and switching responsibilities, commissioning results, issues and conditions, training, warranty and maintenance requirements, and final dates for energization and accepted operation. The durable record explains not only when the utility arrived, but how permanent power became a reliable owner-controlled service.

Primary sources

Sources and technical references.

Source review current as of September 2, 2026.