Detect issues early.
Keep files, checks and decisions organized while the campaign is still in the field.
Managed service for wind campaigns
Wind measurement data processing and reporting.
Receive processed data, documented checks and recurring technical interpretation — with Bora supporting the workflow and Renewene responsible for the engineering.
From received file to reviewed report.
Evidence chain
traceable workflow
- 01MeasurementField data and campaign context
- 02QualityConsistency, availability and events
- 03AnalysisTechnical characterization and uncertainty
- 04ReviewEngineering judgment and documentation
- 05DecisionClear evidence for the next step
Data → criteria → deliverables
Featured service
From field campaign to engineering insight.
A managed technical workflow for campaigns that need consistent oversight — from data organization to periodic reporting and engineering interpretation.
See scope, workflow and deliverables
Service dossier
Met mast and LiDAR campaigns
- Input
- Measurement files, campaign records and operational context.
- Processing
- Organization, quality checks, consolidation and technical analysis.
- Interpretation
- Availability, variable behavior, events and issues requiring attention.
- Delivery
- Processed data, visualizations, technical report and traceable history.
Scope and cadence are defined for each campaign.
Review the evidence.
Inspect assumptions, limitations and technical history without relying on an informal reading of the data.
Build cadence and standards.
Compare campaigns through a consistent processing, review and communication routine.
Evidence you can inspect
Evaluate the work before engaging.
The available evidence is concrete: the actual analysis environment, an open technical library and a clearly defined service workflow.
Bora in operation.
See the environment used to organize checks, visualizations and wind-analysis history.
Examine the technologyPublished methods.
Browse the library on field data, resource, uncertainty, standards and engineering decisions.
Open the libraryA complete deliverable, before the proposal.
Ten pages of synthetic LiDAR data at 40 m and 100 m: coverage, quality, wind resource and engineering interpretation.
Open the report (PDF)Solutions
Engineering across the asset lifecycle.
From measurement quality to independent review, each engagement is structured around the decision it needs to support.
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Wind measurement data processing and reporting
Recurring technical oversight, processed data and engineering reports for active campaigns.
Renewable resource assessment
Wind and solar characterization grounded in data quality and representativeness.
Energy and uncertainty
Production studies, long-term correlation and structured uncertainty communication.
Technical due diligence
Independent review of data, assumptions, methods and renewable-project documentation.
Portfolio intelligence
Technical organization and consolidated insight to prioritize issues across assets.
Actual Bora interface within a wind analysis workflow. Modules used depend on the engagement scope.
Proprietary technology
Bora increases consistency. Engineering determines what matters.
Bora structures repetitive processing steps and brings data, checks and visualizations into one working environment. Interpretation, criteria and conclusions remain under technical responsibility.
- 01 Structured data workflow
- 02 Reproducible checks
- 03 History and traceability
- 04 Technical review before delivery
Methodology
A legible process from data to conclusion.
Technical references guide the work, but they do not replace project-specific judgment. Assumptions, checks and limitations are documented throughout the workflow.
- 01
Frame
Understand the decision, project stage and available data.
- 02
Verify
Assess integrity, continuity, consistency and measurement context.
- 03
Analyze
Apply methods suited to the scope and record assumptions.
- 04
Review
Apply engineering judgment and make limitations explicit.
- 05
Deliver
Organize evidence so conclusions can be understood and revisited.
Applicable references are defined by project and may include the IEC 61400 and IEC 61724 series, ISO 9060, GUM and established MCP practices.
About Renewene
An engineering company powered by proprietary technology.
Renewene combines renewable-resource expertise, tool development and documentation discipline. We work to make complex analysis more consistent, transparent and useful to the people making decisions.
Technical content
Engineering methods, shared.
NT.01 · Wind
Data availability in wind LiDAR campaigns
Availability criteria, gap identification and campaign interpretation.
NT.13 · DataData quality in renewable assets
How QA and QC complement each other in a traceable technical workflow.
NT.14 · ResourceMCP and long-term estimates
The role of correlation when interpreting shorter wind measurement campaigns.
Next step
Let’s understand your campaign.
Send a message with the measurement stage, instrumentation and desired routine. Renewene will reply directly to the email address provided.
contato@renewene.com.brWhatsApp