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Construction InfrastructureTop 10 Best Solar Design Services of 2026
Top 10 Solar Design Services ranking with technical criteria and tradeoffs for solar developers and EPC teams, including DNV and Ramboll.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
DNV
Traceable engineering change control that preserves assumptions, constraints, and revision history across deliverables.
Built for fits when teams need governed solar design outputs that integrate into existing project data systems..
Ramboll
Editor pickRevision-traced engineering deliverables that tie constraints and assumptions to final design packages.
Built for fits when engineering teams need schema-aligned solar design with governance-driven revisions..
WSP
Editor pickDocumented QA review gates tied to design revisions across project phases.
Built for fits when solar programs need controlled design governance and consistent downstream handoffs..
Related reading
Comparison Table
The comparison table benchmarks Solar Design Services providers across integration depth, data model design, automation coverage, and the API surface for provisioning and extensibility. Readers can map how each provider handles configuration patterns, throughput for design workflows, and governance controls such as RBAC, audit logs, and admin permissions. The table also highlights automation capabilities and where gaps emerge between schema support, API granularity, and platform governance.
DNV
enterprise_vendorProvides engineering design review and solar plant technical consultancy covering grid interconnection, protection coordination, and electrical design verification.
Traceable engineering change control that preserves assumptions, constraints, and revision history across deliverables.
DNV supports solar design work that depends on consistent engineering schemas, where design inputs, constraints, and outputs stay traceable for downstream review. Delivery emphasizes governance controls such as review gates, controlled documentation versions, and audit-ready records for changes across revisions. Integration depth is strongest when project teams need consistent translation between technical models, permitting deliverables, and grid requirements.
A tradeoff appears when teams expect code-first self-service automation for every step of design, because DNV engagement is centered on engineering service delivery rather than turnkey schema management. DNV is a strong fit for projects that already have internal project systems and require reliable data mapping, controlled configuration, and predictable throughput of design revisions.
- +Engineering governance with controlled document revisions
- +Traceable data mapping from design assumptions to deliverables
- +Fit for multi-stakeholder workflows with review gates
- +Supports extensibility via structured handoffs and requirements schemas
- –Automation depth depends on engagement scope
- –API-first self-service automation is limited versus service execution
- –Full schema control stays with DNV delivery process
- –Integration needs upfront requirements for consistent mapping
Engineering program managers
Governed revision cycles across design stages
Fewer rework loops
Grid interconnection leads
Design aligned to interconnection constraints
Improved approval readiness
Show 2 more scenarios
Developer operations teams
Permitting handoff with consistent data
Faster permitting submissions
Converts technical assumptions into permitting-ready packages with stable data model mapping.
EPC owners and PMOs
Controlled integration into project systems
Lower mismatch risk
Coordinates configuration and review gates so internal systems reflect the latest controlled design outputs.
Best for: Fits when teams need governed solar design outputs that integrate into existing project data systems.
More related reading
Ramboll
enterprise_vendorDelivers solar power engineering design and multidisciplinary renewable infrastructure services from concept through detailed design for utility-scale projects.
Revision-traced engineering deliverables that tie constraints and assumptions to final design packages.
Ramboll fits teams that need engineering-grade outputs aligned to permitting, grid requirements, and construction handoff artifacts. Integration depth is strongest when solar design tasks connect into existing GIS, asset registers, and document control systems. The data model typically maps design assumptions, constraints, and revision history to deliverable sets so downstream teams can trace why a layout or calculation changed.
A tradeoff appears when automation and API surface expectations are high for fully self-serve provisioning and high-throughput job orchestration. Ramboll works best when integration is scoped around engineering workflows rather than building a pure external API-first service. Usage is most effective for multi-site programs that need consistent schema, controlled revisions, and repeatable studies across site variants.
- +Engineering-grade solar deliverables mapped to revisionable assumptions
- +Integration breadth across GIS, permitting artifacts, and design constraints
- +Strong configuration control for multi-site consistency
- –API surface for external job orchestration is not the primary control plane
- –Sandbox-style experimentation is limited compared with software-only tooling
- –Automation depth depends on project integration scope
Utility interconnection engineering
Manage constraint-driven layout revisions
Faster review response cycles
Developer portfolio teams
Standardize multi-site study assumptions
Lower rework across sites
Show 2 more scenarios
EPC planning leads
Convert design outputs to construction packets
Clear construction-ready artifacts
Governed revisions track changes from early layout studies through finalized documentation sets.
GIS and asset management teams
Integrate land constraints and assets
Reduced manual data reconciliation
Integration focuses on connecting asset registers and site geometry inputs into design workflows.
Best for: Fits when engineering teams need schema-aligned solar design with governance-driven revisions.
WSP
enterprise_vendorSupports solar infrastructure engineering design including layout, civil engineering, electrical design coordination, and grid connection deliverables.
Documented QA review gates tied to design revisions across project phases.
WSP fits teams that need solar design outputs tied to a clear data model for downstream engineering review and project documentation. Integration depth shows up in how design scope is organized for consistent configuration, model lineage, and review traceability across disciplines. Automation and API surface are shaped more by workflow integration and extensibility hooks than by a developer-first self-serve interface, so integration planning matters early.
A tradeoff emerges when teams expect a broad public API surface for high-throughput design generation or event-driven updates, since delivery usually centers on managed engineering work and structured handoffs. WSP works best when governance requirements demand auditability via internal QA checkpoints and documented revisions, such as multi-site programs with standardized design templates.
- +Delivery-focused integration across solar design, documentation, and handoff workflows
- +Structured technical data organization supports repeatable schema and review traces
- +QA gates and governance checks support audit-style revision control
- +Extensibility through configurable standards and repeatable design templates
- –Automation is more workflow-based than developer self-serve API driven
- –High-throughput event-driven provisioning depends on project delivery cadence
- –Public API breadth for custom schema mapping is limited compared to engineering platforms
Program managers and EPC teams
Standardize multi-site solar design handoffs
Fewer revision cycles
Engineering operations leads
Maintain consistent technical data schemas
Higher data consistency
Show 2 more scenarios
Permitting and compliance reviewers
Track audit-ready design changes
Cleaner review packets
WSP’s QA checkpoints and review traceability improve audit readiness for technical submissions.
Systems integrators
Coordinate toolchain integration handoffs
Less handoff friction
WSP supports integration by mapping deliverable formats and configuration standards to consuming workflows.
Best for: Fits when solar programs need controlled design governance and consistent downstream handoffs.
AECOM
enterprise_vendorExecutes solar power design services for infrastructure delivery with detailed engineering, permitting support, and owner engineering oversight.
Multi-discipline design delivery with managed design-change governance across solar scopes.
In the solar design services segment, AECOM fits teams that need deeper integration into enterprise engineering workflows. AECOM can support end-to-end solar project design with strong handoffs across site, electrical, and structural scopes, which reduces schema mismatch between disciplines.
Integration depth is strongest when project data is managed through consistent engineering documentation and established governance over design changes. Automation and API surface depend on the specific AECOM delivery program, so extensibility goals should be mapped to the delivered data model and configuration controls.
- +Cross-discipline solar design handoffs with consistent engineering documentation
- +Works with enterprise governance on design revisions and technical approvals
- +Supports integration into existing engineering processes and standards
- –Automation and API surface vary by delivery engagement
- –Extensibility and sandboxing for custom workflows may be limited
- –Data model alignment depends on project setup and document schema
Best for: Fits when enterprises need governed multi-discipline solar design with controlled engineering change.
Solstice Solar Engineering
specialistPerforms solar design engineering for residential and commercial PV with electrical design documentation and construction coordination deliverables.
Engineering deliverables tailored to execution handoff rather than software integration automation.
Solstice Solar Engineering provides solar design services with a focus on engineering deliverables for project execution. Integration depth is strongest when design inputs, site constraints, and engineering outputs follow a consistent project data model across request intake, drafting, and handoff.
Automation and an API surface are not clearly evidenced in public documentation, so integration-heavy workflows may rely on manual project provisioning. Admin and governance controls are also not described publicly, which limits certainty around RBAC, audit logging, and controlled schema changes for multi-team operations.
- +Engineering-led solar design deliverables aligned to project execution handoff
- +Clear project scoping signals a repeatable intake to output workflow
- +Uses a consistent engineering data flow from constraints to design artifacts
- –Public materials do not confirm an API for design intake automation
- –Public materials do not document a schema or extensibility model
- –Public materials do not specify RBAC, audit logs, or governance controls
Best for: Fits when engineering teams need handoff-ready solar design without deep API automation.
Black & Veatch
enterprise_vendorOffers utility-scale solar EPC and owner engineering services including engineering design, procurement support, and construction technical governance.
Controlled design artifact provisioning with versioned deliverables governed by engineering review workflow.
Black & Veatch fits teams needing solar design integration work across engineering, data, and delivery workflows for utility and commercial projects. Solar design service execution can be tied to a structured data model that supports configuration, versioning, and handoff to downstream engineering processes.
Integration depth tends to show up through project-specific schemas, document and drawing generation, and controlled provisioning of design artifacts. Automation and any API surface are typically anchored in project tooling rather than a public developer platform, so governance hinges on internal project controls and review gates.
- +Project-driven design data model supports controlled handoff to downstream engineering
- +Engineering execution covers PV layout, electrical design, and deliverable production
- +Strong governance through review gates aligned to project documentation requirements
- +Integration work can align schemas across engineering artifacts and reporting needs
- –Automation and API surface is not oriented around self-serve developer integration
- –Extensibility depends on project scope and internal workflow design
- –RBAC and audit log visibility for external systems is not designed for transparency
- –Throughput gains from automation may require adopting Black & Veatch workflows
Best for: Fits when engineering teams need managed solar design integration with documented schemas and review gates.
Burns & McDonnell
enterprise_vendorProvides solar power engineering and design services including electrical balance of system design and grid interconnection engineering support.
Revision-controlled deliverables that preserve traceability from design inputs to permitting-ready outputs.
Burns & McDonnell delivers solar design services with engineering-driven integration into grid interconnection, permitting packages, and utility compliance workflows. The differentiation comes from how solar scope outputs map into a traceable project data model across disciplines like electrical, structural, and civil.
Design automation is centered on repeatable configuration management for system variants, including module layout, electrical one-lines, and document sets. API surface and automation depth appear limited to documented engineering handoffs rather than outward provisioning endpoints.
- +Engineering discipline coverage supports end-to-end solar design package assembly
- +Document outputs connect electrical, structural, and civil requirements in one workflow
- +Configuration management reduces drift across system variants and revisions
- +Auditability via revision-controlled deliverables supports stakeholder traceability
- –Public API and automation surface for external integration appears limited
- –Extensibility may rely on manual engineering adjustments instead of schema hooks
- –Data model mapping to external platforms may be file-based rather than API-driven
- –Governance controls like RBAC and audit log export are not clearly productized
Best for: Fits when engineering teams need controlled solar design package delivery across disciplines.
Jacobs
enterprise_vendorDelivers engineering design services for solar and renewable infrastructure with multidisciplinary design, technical assurance, and delivery support.
Controlled engineering documentation workflows that preserve revision provenance for design inputs and assumptions.
Jacobs delivers solar design services with integration depth across energy modeling, grid interconnection study support, and engineering documentation handoff. Its work products typically map into controlled engineering data sets, supporting a clear data model for design inputs, assumptions, and revision history.
Automation and API surface matter most when Jacobs feeds downstream tools through consistent schemas, versioning, and file packaging standards rather than manual exports. Governance shows up in review workflows, role-based access expectations for project teams, and auditability via controlled document revisions and structured change records.
- +Clear engineering data handoff between modeling, studies, and design documentation
- +Documented revision history supports traceable assumption management
- +Strong integration posture for downstream engineering workflows and toolchains
- +Structured project controls help maintain configuration consistency across deliverables
- –API automation depth depends on project scope and integration expectations
- –Schema details for machine-readable exports may require upfront alignment
- –Throughput for rapid iterations depends on review cycle and approvals
- –Sandbox support for new automation mappings is not consistently described
Best for: Fits when enterprise programs need controlled solar design deliverables and governance-first data exchange.
Stantec
enterprise_vendorSupports solar design and renewable infrastructure delivery with site engineering, civil layout, and electrical coordination packages.
Multidisciplinary engineering workflows that standardize solar deliverable handoffs across disciplines.
Stantec performs solar design services that translate project requirements into engineered outputs through documented processes and multidisciplinary coordination. Integration depth is driven by how Stantec structures deliverables across electrical, structural, and site disciplines, supporting consistent handoffs between design and downstream engineering.
Automation and API surface are limited in the service delivery context, since the work centers on human-led engineering workflows rather than a published software API or programmatic schema. The governance model is exercised via engineering review cycles and document control, with RBAC, audit logs, and provisioning controls handled through project and organizational processes rather than a customer-facing admin console.
- +Multidisciplinary solar design coordination across electrical, structural, and site outputs
- +Documented review cycles support controlled release of engineered deliverables
- +Clear deliverable structure improves downstream engineering handoff consistency
- +Engagement model fits large projects with multiple internal stakeholders
- –No public customer-facing API or schema for automation integration
- –Limited transparency into RBAC and audit log controls for external systems
- –Throughput depends on staffed engineering capacity rather than configurable automation
- –Extensibility relies on project-specific process alignment, not programmable workflows
Best for: Fits when multi-discipline solar design needs controlled document handoffs, not software automation.
Sargent & Lundy
enterprise_vendorProvides power engineering design services including solar facility engineering studies and detailed design support for owner-driven delivery.
Grid interconnection-focused engineering deliverables and document control for downstream permitting workflows.
Sargent & Lundy is a solar design services firm with delivery depth in utility-scale engineering and grid-integrated project work. Work products typically include requirements, electrical and interconnection design deliverables, and engineering data packages that support downstream engineering review and permitting.
Integration and automation surfaces are largely project-driven rather than software-driven, with limited public details on an API, schema, or programmable provisioning. Governance and admin controls appear focused on engineering QA workflows and document control rather than RBAC, audit logs, or sandbox-based extensibility.
- +Engineering deliverables designed for grid interconnection and utility review cycles
- +Documented engineering workflows support traceable design outputs
- +Cross-discipline staffing for electrical, civil, and balance-of-system scope
- –Limited public information on API, data schema, or automated provisioning
- –Automation and throughput are tied to staff capacity, not self-serve pipelines
- –RBAC, audit logs, and governance controls are not documented as software features
Best for: Fits when utility and interconnection-heavy projects need engineering depth over software integration.
How to Choose the Right Solar Design Services
This buyer’s guide covers Solar Design Services providers such as DNV, Ramboll, WSP, AECOM, Solstice Solar Engineering, Black & Veatch, Burns & McDonnell, Jacobs, Stantec, and Sargent & Lundy.
It focuses on integration depth, data model expectations, automation and API surface, and admin and governance controls that affect how design work connects to enterprise workflows and toolchains.
Solar design engineering and deliverable governance that maps project constraints into engineered outputs
Solar Design Services translate site constraints, electrical requirements, grid interconnection inputs, and permitting needs into engineered deliverables like one-lines, layout packages, and coordination-ready documentation sets.
Providers like DNV and Ramboll stand out when their engineering outputs tie back to traceable assumptions and revision history so downstream teams can reuse design decisions in permitting and construction workflows.
Evaluation criteria for integration depth, governed data models, and automation controls
Solar design delivery only helps at scale when the provider’s outputs fit the buyer’s existing data model and change-control expectations.
Automation and API surface matter when external systems need to provision inputs, track revisions, and run repeatable studies without manual file handling, while admin and governance controls matter when multiple stakeholders coordinate releases and approvals.
Traceable engineering change control across deliverables
DNV preserves assumptions, constraints, and revision history across deliverables, which keeps design intent auditable when packages evolve through review gates. Burns & McDonnell also emphasizes revision-controlled deliverables that preserve traceability from design inputs to permitting-ready outputs.
Revision-traced data mapping between constraints and design packages
Ramboll ties constraints and assumptions to final design packages through revision-traced engineering deliverables, which reduces ambiguity during multi-site rollouts. Jacobs similarly maintains controlled engineering documentation workflows that preserve revision provenance for design inputs and assumptions.
QA review gates and documented design governance
WSP uses documented QA review gates tied to design revisions across project phases, which supports audit-style release control. Stantec and AECOM also rely on documented review cycles and governed design-change processes for multidisciplinary handoffs.
Extensibility through structured handoffs and configurable standards
DNV and Ramboll emphasize structured handoffs and requirements schemas that support extensibility, which matters when buyers need consistent packaging for downstream systems. WSP adds extensibility through configurable standards and repeatable design templates.
Integration depth into project data systems with controlled configuration history
DNV is strongest when the design workflow must map into existing project data systems with traceable change history. Black & Veatch and Jacobs can support controlled handoff when engineering schemas, document and drawing generation, and file packaging standards align with buyer toolchains.
Automation and API surface for orchestration, not just file exchange
DNV frames automation benefits around mapping design workflow into existing project data systems, while its API-first self-serve automation is limited versus service execution. Most engineering-first firms like WSP, Stantec, Sargent & Lundy, and Solstice Solar Engineering emphasize human-led workflow repeatability rather than published developer APIs.
A governed selection path for solar design providers
The right provider fits the buyer’s delivery model, not just the scope of solar engineering deliverables.
The decision should start with how design assumptions and revisions must travel across teams, then move to what automation surface exists for provisioning and orchestration.
Define the required traceability chain
List what must be auditable end to end, including design inputs, assumptions, constraints, and final package revisions. DNV supports traceable engineering change control across deliverables, and Burns & McDonnell preserves traceability from design inputs to permitting-ready outputs.
Validate how the provider’s data model matches buyer expectations
Request a mapping view for how electrical, civil, and site constraints become engineered documentation sets and structured artifacts. Ramboll and Jacobs emphasize revisionable assumptions and controlled engineering data handoffs that tie modeling and studies to design deliverables.
Assess automation and API surface for external orchestration
Identify whether orchestration needs published APIs and schema hooks or whether file packaging and workflow handoffs are sufficient. DNV and Ramboll can integrate into existing project data systems with traceable mapping, while WSP, Stantec, Sargent & Lundy, and Solstice Solar Engineering show automation depth as workflow-based rather than developer self-serve provisioning.
Confirm governance controls for multi-stakeholder coordination
Align release control to the provider’s governance mechanisms, including review gates and revision-controlled document workflows. WSP uses documented QA review gates, and AECOM supports managed design-change governance across multi-discipline solar scopes.
Test extensibility paths for recurring studies and standards
For repeatable study cycles like shading, energy yield, or layout constraints, confirm whether the provider uses structured schemas and configurable standards. Ramboll supports extensible data models tied to engineering deliverables, and WSP supports configurable standards and repeatable design templates.
Match provider operating model to the project’s integration burden
If the buyer must connect solar design outputs into enterprise systems, prioritize providers like DNV and Jacobs that emphasize controlled handoff and revision provenance. If the project is utility-scale engineering delivery where governance is primarily exercised through review gates, WSP, Black & Veatch, and Sargent & Lundy fit better.
Which teams get the most value from solar design engineering providers
Solar design services benefit teams that must convert technical requirements into engineered documentation while keeping revision history and assumptions intact.
The best fit depends on whether the buyer needs deep integration into enterprise data systems or whether document governance and review gates meet delivery needs.
Program and platform teams that must integrate solar design outputs into existing project data systems
DNV fits teams that need governed solar design outputs that integrate into existing project data systems with traceable data mapping across project stages. Jacobs is a strong alternative when controlled engineering documentation workflows must preserve revision provenance for design inputs and assumptions.
Engineering organizations standardizing schema-aligned solar deliverables across sites
Ramboll fits when schema-aligned solar design with governance-driven revisions is required across multi-site delivery. Black & Veatch also supports project-driven design data models that support controlled provisioning and versioned deliverables.
Owner engineering and utility programs that require documented QA review gates for releases
WSP fits teams that need controlled design governance with documented QA review gates tied to design revisions across phases. Sargent & Lundy fits utility and interconnection-heavy work where grid-focused engineering deliverables and document control support downstream permitting cycles.
Enterprises needing coordinated multi-discipline solar design change governance
AECOM fits when governed multi-discipline design delivery must align electrical, structural, and civil documentation through managed design-change governance. Burns & McDonnell fits when controlled solar design package delivery must connect electrical balance-of-system and grid interconnection outputs across disciplines.
Teams that want handoff-ready engineering deliverables without developer-grade automation
Solstice Solar Engineering fits engineering-led delivery where inputs and outputs follow a consistent project data flow for handoff-ready artifacts. Stantec fits multidisciplinary document handoffs where governance is exercised through engineering review cycles rather than a published software API.
Failure modes in solar design service procurement and how to avoid them
Procurement missteps usually come from mismatched governance expectations or assuming software-style automation from engineering service delivery.
Several providers show different limits in public automation, schema control, and admin governance visibility, which can create hidden integration work for buyers.
Assuming a public API exists when the provider is workflow-driven
Solstice Solar Engineering and Stantec emphasize execution and human-led workflows without publicly documented API or schema automation, which increases manual provisioning. WSP and Sargent & Lundy also describe automation as repeatable processes and documented QA rather than outward developer provisioning endpoints.
Picking a provider without a traceability chain from assumptions to revisioned deliverables
DNV preserves assumptions, constraints, and revision history across deliverables and is built for traceable engineering change control. Ramboll and Jacobs also tie constraints and assumptions to final design packages with revision provenance so downstream review teams can audit design decisions.
Underestimating governance differences between review gates and customer-facing RBAC controls
WSP and AECOM exercise governance via documented QA review gates and managed design-change processes rather than productized admin controls, so buyers should align approval workflows to those mechanisms. Black & Veatch and Sargent & Lundy describe governance through internal project controls and engineering review workflow rather than RBAC and audit log transparency for external systems.
Treating extensibility as an abstract promise instead of structured schema or configurable standards
Ramboll supports extensible data models tied to engineering deliverables and decision checkpoints, which makes recurring studies easier to standardize. DNV also supports extensibility through structured handoffs and requirements schemas, while Sargent & Lundy and Stantec rely more on project-specific process alignment.
Ignoring integration alignment between multi-discipline handoffs and the buyer’s target toolchain
AECOM emphasizes cross-discipline solar design handoffs with consistent engineering documentation to reduce schema mismatch between disciplines. Jacobs and Black & Veatch support controlled handoff through structured engineering data sets and versioned deliverables, which helps maintain continuity into downstream engineering processes.
How We Selected and Ranked These Providers
We evaluated DNV, Ramboll, WSP, AECOM, Solstice Solar Engineering, Black & Veatch, Burns & McDonnell, Jacobs, Stantec, and Sargent & Lundy on engineering capability fit, ease of using the delivery process, and value delivered through governed design outputs. Each provider received an overall score as a weighted average where capability fit carried the most weight, followed by ease of use and value. This editorial research used only the mechanisms and constraints described in the provider summaries, including traceability, review gates, structured handoffs, and the presence or absence of an API and automation surface.
DNV separated from lower-ranked providers because it pairs engineering governance with traceable engineering change control that preserves assumptions, constraints, and revision history across deliverables, which lifted capability fit and ease of use where integration into existing project data systems matters.
Frequently Asked Questions About Solar Design Services
How do solar design services handle data models across concept, permitting-ready, and handoff packages?
Which providers fit teams that need integrations or automation tied to existing systems via API workflows?
How does role-based access control and audit logging show up in solar design service governance?
What matters for configuration management when generating multiple solar system variants?
Which providers are better when solar design deliverables must feed downstream permitting and construction workflows without schema mismatch?
How do solar design service providers deal with revision provenance for design assumptions and constraints?
What onboarding approach works best when teams need extensibility and schema-aligned provisioning for future design scopes?
Which providers are better suited for grid interconnection and utility compliance deliverables that require structured QA gates?
What common failure modes occur when solar design service workflows do not align on configuration and document control?
Conclusion
After evaluating 10 construction infrastructure, DNV stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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