Quick answer
Choose powered cubicles when repeated stations need integrated access and the exact system, source, trade scope, and installed cost are confirmed. Choose unpowered when approved nearby outlets and cable paths fit each station. Consider a hybrid by run; hold the purchase while demand, compatibility, or lifecycle cost remains unclear.
On this page8 sections
Choose powered, choose unpowered, or hold the decision
| Choose powered | Choose unpowered | Hold decision |
|---|---|---|
| Many repeated stations need power access in planned panel runs. | Approved wall, floor, ceiling, or other sources already align with each station. | Device counts, access positions, or future equipment are still unknown. |
| The exact furniture family offers a verified powered configuration for the layout. | The exact non-powered configuration supports the furniture plan without improvised pathways. | Product family, generation, component identifiers, or documentation cannot be verified. |
| Building interface, furniture power components, and responsible trades are defined. | Separate power and data paths are approved, accessible, and assigned to named owners. | Building source, data path, trade responsibility, or approval remains unresolved. |
| A priced future-change scenario favors an integrated, supported distribution strategy. | Likely moves remain close to approved sources and avoid extra system-specific parts. | Quotes exclude interfaces, testing, documentation, or comparable lifecycle assumptions. |
- Decide by floor, zone, workstation type, and run; one answer may not fit the whole office.
- Use a hybrid plan when only selected runs need integrated power, and label every boundary on the approved plan.
- Do not release the order until both alternatives use the same quantities, device assumptions, delivery conditions, trade boundaries, and acceptance basis.
Definitions and the core comparison
Steelcase Answer, Herman Miller Action Office, and Haworth Compose are examples of workstation families that can route or present power and data when the appropriate options are specified. In this guide, a powered cubicle includes the selected system's internal power components; an unpowered cubicle does not. The brand name, fabric, raceway cover, or outlet opening alone does not show which configuration was ordered. [1] [3] [5]
| Decision factor | Powered cubicle | Unpowered cubicle |
|---|---|---|
| Power access | Access may repeat through specified components along the workstation run. | Access depends on separately planned sources and cord paths near each station. |
| Furniture scope | Includes product-specific distribution, transition, access, cover, and end components as required. | Omits the internal distribution package but may need added access or cord-management provisions. |
| Project coordination | Furniture, electrical, data, inspection, and acceptance interfaces must align. | Furniture placement still must align with building power, data endpoints, and user access. |
| Future changes | Moves can change run geometry, component quantities, interfaces, and review needs. | Moves can be constrained by source location, cord reach, floor access, and data endpoints. |
Define the comparison unit
- Floor, zone, run ID, workstation type, quantity, and drawing revision
- Device register and preferred access position for each station type
- Exact manufacturer, product family, generation, and regional offering
- Powered, unpowered, or hybrid status shown on the current plan
- Known future layout scenario and expected change frequency
Infrastructure can decide the winner
Steelcase and Haworth describe furniture-system options for routing or presenting power and data, but those product pages are not a building-power or cabling design. For each workstation type, record the devices, access points, building source, data endpoint, and the people responsible for each side of the interface. Unpowered furniture still needs a practical source and cable path. [1] [5]
| Infrastructure question | Evidence needed | Decision effect |
|---|---|---|
| Where is the approved source? | Current plan, source location, interface reference, and responsible owner | A distant or unresolved source can weaken either alternative. |
| What must each station support? | Device type, count, use assumption, and access position | Repeated demand may favor integrated access; light demand may not. |
| How will data reach the user? | Pathway, endpoint, cable, label, testing, and IT owner | Power routing and data scope must be compared separately. |
| What does the building permit? | Property rules, approved documents, access windows, and inspection responsibilities | Constraints can change scope, schedule, and installed cost. |
Compatibility and procurement controls
Powered options depend on the exact product family and document revision. Steelcase's archived Answer specification guide shows how option and component details can be revision-specific, while its assembly library is organized by identified products. Use current manufacturer confirmation for the proposed order; similar connectors, covers, dimensions, or brand labels do not prove compatibility. [2] [8]
| Record | What to capture | Hold trigger |
|---|---|---|
| Product basis | Manufacturer, family, generation, region, document revision, and approved plan | Generic description or conflicting revisions |
| Component schedule | Part or option identifiers, quantities, purpose, condition, and run assignment | Unknown, substituted, incomplete, or damaged component |
| Interface record | Building source, furniture interface, data path, named owners, and approval status | No named owner for the building, furniture, or data side of the interface |
| Existing inventory | Labels, photographs, prior modifications, stored parts, and verified reusable quantity | Appearance used as the sole compatibility evidence |
Questions for the dealer or manufacturer
- Is this exact powered or non-powered configuration currently orderable in the project region?
- Which components are included, excluded, optional, owner-supplied, or assigned to another trade?
- Which document revision controls the quoted configuration?
- Are reused or substituted parts supported in writing for this family and generation?
- Which spares have long lead times or limited future availability?
- What changes require a revised component schedule or technical review?
Compare the lifecycle, not just day one
Manufacturer materials describe these workstation families as configurable, but they do not show which future move will be easiest at your site. Test two or three realistic changes—such as adding stations, shortening a run, changing orientation, or moving a team. For each option, list the parts, building and data work, labor, downtime, approvals, records, and parts availability. [1] [4] [5]
| Lifecycle factor | Questions to price | Evidence to retain |
|---|---|---|
| Moves, adds, and changes | Which components, sources, endpoints, trades, and approvals change? | Revised plan, component list, owner matrix, and acceptance record |
| Supportability | Will matching parts, instructions, and knowledgeable support remain available? | Spare-parts plan, product documents, supplier statement, and inventory |
| Troubleshooting | Who owns building, furniture-distribution, device, and data issues? | Asset IDs, labels, test records, escalation path, and closed exceptions |
| End of use | Can components be reused, reassigned, stored, resold, recycled, or documented for removal? | Condition record, configuration history, quantities, and destination plan |
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Model one likely change
Use the approved current layout and a realistic future layout with the same station demand.
-
List changed scope
Identify product, building, data, labor, downtime, review, and documentation impacts.
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Request comparable prices
Ask bidders to state quantities, assumptions, exclusions, lead times, and change rates.
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Record the decision
Keep the selected scenario and evidence with the approved procurement basis.
Cost comparison and quote checklist
The cited manufacturer materials describe product options, not a universal project-wide installed price. Compare the two choices for the actual site, including furniture components, building work, data, delivery, installation, testing, documentation, and a realistic future change. Keep unresolved allowances separate so a low base price does not hide missing scope. [5] [2]
Normalize both options with the same project formula: comparison total = furniture components + building electrical + data and IT + delivery and staging + installation, testing, and records + the priced future-change scenario + unresolved-scope allowances − documented reuse or residual value. Keep taxes, escalation, warranty, and other commercial terms either inside both totals or separately visible for both.
| Cost layer | Include | Common gap |
|---|---|---|
| Furniture system | Panels, supports, surfaces, storage, powered or non-powered options, accessories, and spares | A power-ready family quoted without the selected package |
| Building and data | Source, interface, pathways, endpoints, permits, inspection, testing, labels, and records as applicable | Electrical or data work has no named owner or price |
| Logistics and installation | Freight, delivery service, access, staging, protection, phasing, labor, supervision, and punch | Curb delivery or waiting time not identified |
| Lifecycle | Likely change scenario, parts availability, support, downtime, records, and change rates | Flexibility claimed but neither defined nor priced |
| Commercial terms | Taxes, escalation, alternates, allowances, exclusions, warranty, schedule, and acceptance | Lowest base price depends on unresolved assumptions |
Purchase-order release checklist
- Approved plan, workstation types, quantities, run IDs, phases, and revision
- Exact powered, unpowered, and hybrid configuration schedule
- Station device register and data-endpoint assumptions
- Building interface and responsibility matrix with named owners
- Component compatibility evidence for new, reused, refurbished, and substituted parts
- Normalized quote with inclusions, exclusions, alternates, allowances, and lead times
- Delivery, access, staging, installation, testing, records, punch, and acceptance scope
- Priced future-change scenario and documented hold triggers
Frequently asked questions
Do unpowered cubicles still need electricity?
Usually the people and equipment do. Unpowered means the selected furniture configuration has no internal power-distribution package; the project still needs approved outlets or other sources, practical cable paths, data endpoints, and named owners. [5]
Are powered cubicles better for a large office?
Not automatically. Station density matters, but so do building sources, run geometry, device demand, product availability, trade scope, future changes, and total installed cost.
Can an unpowered cubicle be converted later?
Only if current manufacturer information supports the exact family, generation, structure, and required components. Check parts availability, the building interface, and approval responsibilities before treating conversion as future flexibility. [2] [8]
Does powered furniture include data cabling?
Not necessarily. Some furniture systems offer power and data pathways or access, but cables, connectors, active equipment, installation, labeling, testing, and IT acceptance may remain separate. [1] [5]
Can used powered components be mixed with new parts?
Do not rely on brand, color, size, or connector appearance. Verify the exact family, generation, revision, identifiers, condition, prior modifications, current documents, and written manufacturer or dealer support. [2] [8]
Which option is cheaper?
The cited manufacturer materials describe configurations, not a universal installed-price comparison. Compare equivalent furniture, building, electrical, data, delivery, installation, testing, documentation, and future-change scope at the actual site. [5] [2]
When should a project use both types?
A mixed plan can work when dense workstation runs benefit from integrated power while small rooms or perimeter stations already have suitable nearby sources. Label each run and price each configuration separately.
Sources and limitations
This U.S.-focused guide compares buying and specification evidence; it does not approve a product, configuration, building interface, or project. Manufacturer pages describe family-level capabilities, while the current order, approved drawings, product documents, site conditions, contracts, and responsible-party decisions control the work.
- Steelcase: Answer Panel System
- Steelcase: Answer Solutions Specification Guide (August 2015)
- Herman Miller: Action Office System Product Sheet
- Herman Miller: Canvas Wall Specifications
- Haworth: Compose Workspaces
- Haworth: Compose Panels and Tiles Installation Instructions
- Knoll, a MillerKnoll brand: Power Beam Installation Instructions
- Steelcase: Assembly Directions
- Occupational Safety and Health Administration: 29 CFR 1910.333: Selection and Use of Work Practices