Builder and General Contractor Resources FAQS

As early as humanly possible, ideally during early preconstruction before budgets and architectural plans are locked in. Bringing MK Power to the table early allows our team to:

1. Evaluate main service capacity requirements and identify long-lead equipment (such as commercial switchgear or distribution transformers).
2. Highlight spatial conflicts between electrical raceways, structural steel, and mechanical ductwork.
3. Review site logistics, temporary power needs, and Rocky Mountain Power connection lead times.
4. Provide preliminary budgeting, constructability feedback, and value-engineering options.

Early preconstruction input keeps options flexible and economical before permits are pulled or equipment orders are finalized.

To help our team build a tight, fully itemized proposal, a complete bid package should include:

• Current architectural, electrical, mechanical, plumbing, civil, and structural drawings
• Project specifications, addenda, bid forms, and specific scope instructions
• Master project timeline, key milestone dates, and site access/logistics rules
• Landlord criteria, owner standards, and insurance/bonding requirements
• Clearly dated document revision numbers so all bidding trades price identical information

Always look beyond the bottom-line number. A thorough bid-leveling process evaluates each trade proposal line-by-line across critical parameters:

• Drawing Revisions & Scope Boundaries: Verifying whether all addenda, demolition, and temporary power are included.
• Equipment & Product Basis: Checking if quoted switchgear, panels, and lighting packages match project specifications.
• Permits & Utility Scope: Confirming who applies for municipal permits and handles utility connection fees.
• Site Support & Logistics: Ensuring trenching, backfill, concrete pads, coring, firestopping, and lift rentals are clearly assigned.
• Commissioning & Closeout: Verifying that testing, submittals, closeout documentation, and staff training are fully accounted for.

A lower bid that quietly excludes permit fees, trenching, or long-lead coordination quickly becomes expensive once change orders start rolling in.

We support plan-and-spec, negotiated, design-assist, and design-build delivery structures for commercial and industrial projects across Utah.

At MK Power, our preconstruction support is designed to take the guesswork out of project planning. We tailor our involvement to your project’s delivery model and stage to help you lock in accurate budgets, protect your master schedule, and prevent mid-construction surprises:

• Conceptual Stage: We build reliable, high-level planning budgets using historical square-footage benchmarks, preliminary load calculations, and early utility feasibility checks.
• Schematic & Design Development: Our team conducts thorough plan reviews to spot trade conflicts early, evaluate long-lead gear procurement risks (such as switchgear or transformers), and deliver practical constructability and value-engineering input.
• Construction Document Stage: We complete precise material takeoffs, secure direct vendor and manufacturer pricing, and define clear scope boundaries so you receive a fully leveled, transparent proposal ready for buyout.

By leveraging our preconstruction team early, builders and general contractors gain an active partner focused on optimizing costs, streamlining utility coordination with Rocky Mountain Power, and keeping the jobsite running efficiently from day one

An electrical scope matrix is a cross-trade reference tool that explicitly assigns responsibility for items that often fall into grey areas between trades:

• Disconnect switches for HVAC and mechanical equipment
• Low-voltage pathways, conduit, and pull boxes for data, security, or fire alarm systems
• Trenching, backfill, concrete housekeeping pads, sleeves, and firestop penetrations
• Temporary jobsite power, lighting, and utility connection fees

Establishing a clear scope matrix during buyout prevents cost gaps and trade disputes on the jobsite.

Our constructability reviews analyze real-world installation feasibility:

• Working clearances around main electrical switchboards and subpanels per NEC rules
• Feeder routes through crowded riser shafts and ceiling spaces
• Physical equipment dimensions, weights, and transformer heat dissipation needs
• Access points for heavy gear delivery, rigging, and future facility maintenance
• Phasing and temporary power setups in occupied facilities

• Design-Assist: MK Power works alongside your retained Engineer of Record (EOR), providing budgeting, product availability data, and constructability feedback while the EOR retains formal design liability and stamps the final plans.
• Design-Build: Design and construction responsibilities are consolidated under a single contract, with engineering calculations, stamped plan deliverables, and field execution managed collaboratively under our umbrella.

Yes. True value engineering optimizes performance, lead times, and constructability rather than simply slashing scope. Strategic value-engineering options include:

• Optimizing panel placements to shorten heavy copper feeder runs.
• Substituting long-lead lighting packages with high-availability, equal-performing fixtures to protect the master schedule.
• Standardizing switchgear specifications to avoid custom factory lead times.
• Utilizing code-compliant, pre-fabricated raceway systems suited to site conditions.

Before field crews mobilize, our project management team verifies:

• Fully executed contract, approved scope boundaries, and current drawing sets/addenda
• Issued municipal permits and approved utility design drawings from Rocky Mountain Power
• Approved submittals for long-lead gear and main distribution panels
• Site logistics plans, temporary power availability, badging, and jobsite safety rules
• Composite ceiling and riser coordination plans with mechanical and plumbing trades

An RFI is generated whenever project plans contain ambiguities, code conflicts, spatial collisions, or missing design specifications. A well-crafted RFI identifies the exact drawing grid location, explains the technical conflict, outlines schedule/cost impacts, and proposes a practical field solution for the design team to review.

Submittals allow the design team to verify that proposed equipment — such as main panels, transformers, lighting fixtures, and smart controls — complies strictly with project specifications. MK Power prioritizes submittal packages for long-lead distribution gear and utility-interface equipment to protect the critical path.

Commercial HVAC units, pumps, boilers, and kitchen equipment require tight coordination:

• Mechanical trades must supply verified equipment nameplates detailing exact voltage, phase, minimum circuit ampacity (MCA), and maximum overcurrent protection (MOP).
• Trade boundaries for disconnect switches, variable frequency drives (VFDs), starter panels, and control wiring must be clearly documented in the scope matrix.
• Physical clearances around motors, condensate lines, and housekeeping pads must be coordinated prior to concrete slab pours or wall framing.

Commercial construction schedules depend heavily on key electrical milestones:

• Utility Service Applications & Engineering: Rocky Mountain Power line design and transformer setting.
• Underground Rough-In & Slab Conduit: In-slab feeder conduit prior to concrete pours.
• Long-Lead Gear Delivery: Switchboards, main panels, and dry-type transformers.
• Wall & Ceiling Rough-In Inspections: Mandatory sign-offs before insulation and drywall close-in.
• Permanent Power Energization: Required before commissioning HVAC systems or building finishes.
• Life-Safety & Fire Alarm Testing: Final functional testing required for Certificate of Occupancy (CO).

Long-lead gear is managed through a dedicated procurement log that tracks submittal dates, factory release authorizations, shipping status, and required-on-site dates. Releases are executed only after physical equipment dimensions and electrical characteristics are verified against structural and utility requirements.

Electrical productivity relies on clean sequencing and site readiness:

1. Providing clean, unobstructed access to work areas and designated material storage zones.
2. Maintaining current, coordinated drawing sets on site so trades don't work off obsolete plans.
3. Ensuring wall framing and overhead mechanical rough-ins are complete before electrical rough-in begins.
4. Scheduling utility disconnect/reconnect windows and municipal inspections promptly.

Contract responsibilities should clearly outline permitting duties. Typically, Our company pulls the trade-specific electrical permit and manages all required rough, ceiling, and final electrical inspections. The general contractor coordinates master building permits and overall jobsite inspection sequencing.

Before scheduling a municipal rough-in inspection, our site foreman conducts a pre-inspection review to verify that:

• All conduit pathways, junction boxes, and cabling are properly supported per NEC rules.
• Equipment grounding and bonding connections remain visible for the inspector.
• Firestop seals around wall and floor penetrations are properly installed.
• Approved municipal plans and permit cards are physically present on site.

Immediately during preconstruction. Adding or upgrading commercial utility service requires formal service applications, load calculations, utility engineering reviews, easement verifications, and site meetings with Rocky Mountain Power estimators. Because utility scheduling operates independently of jobsite timelines, early submission prevents severe project delays.

Testing and commissioning help confirm that electrical equipment has been installed correctly and operates as intended before the building is turned over. The exact requirements depend on the project specifications, equipment, local jurisdiction, and responsibilities assigned to each contractor. Testing deliverables may include:

• Insulation-resistance testing: Checking main service feeders and other specified conductors for damaged or weakened insulation.
• Torque verification: Confirming that electrical connections are tightened according to the equipment manufacturer’s requirements.
• Grounding-system testing: Measuring grounding or ground-grid resistance when required by the project documents.
• Lighting-control testing: Verifying that occupancy sensors, daylight-harvesting controls, timers, and programmed lighting sequences operate correctly.
• Emergency-power testing: Confirming the operation of generators, automatic transfer switches, emergency lighting, and other designated backup systems.
• System-interlock testing: Checking that connected electrical, mechanical, fire-alarm, or life-safety systems respond properly during the required operating scenarios.

Testing results, deficiencies, and corrective work should be documented when required. The project team should also confirm who performs each test, who witnesses it, and what reports must be included in the final closeout package.

A formal change order request details the technical reason for the change, attaches reference drawings or RFIs, outlines exact material and labor line items, states any schedule/lead-time impacts, and requests written authorization before extra work proceeds.

Electrical change orders are usually needed when the approved scope, design, schedule, or site conditions change after the original proposal or contract is finalized. Common triggers include:

• Architectural or tenant revisions: Moving walls, equipment, workstations, lighting, or other features after rough-in may require installed wiring, conduit, boxes, or circuits to be relocated.
• Hidden site conditions: Commercial remodels may uncover damaged wiring, undocumented circuits, blocked pathways, or other conditions that could not be confirmed before demolition.
• Equipment substitutions: Replacing mechanical, kitchen, or industrial equipment may change the required voltage, phase, amperage, horsepower, disconnect, or circuit size.
• Inspection or utility requirements: A municipal inspector or Rocky Mountain Power may identify additional work that was not shown in the approved plans or known when the project was priced.
• Schedule acceleration: Requests to finish earlier may require overtime, additional crews, premium shipping, multiple shifts, or work outside normal business hours.
• Owner-requested additions: New outlets, lighting, controls, equipment connections, or upgraded materials can increase the original scope.

A clear change-order request should explain what changed, why the additional work is needed, how it affects the price or schedule, and what approval is required before work proceeds.

• Allowances: Set aside defined dollar amounts for items not yet fully specified (such as specialty decorative lighting packages). Reconciled up or down based on actual material costs upon selection.
• Alternates: Provide standalone pricing for optional scope additions or deletions, allowing owners to evaluate budget options without invalidating the base bid.