Revamp’s civil engineering that brings clarity to complex site conditions
Utility-scale sites rarely behave as expected. Terrain, hydrology, and environmental constraints shape every major decision. Revamp’s civil engineering team develops site strategies that address grading, drainage, access, local regulations, material cost optimizations, and constructability requirements with precision and balance.
The map highlights renewable project sites where our civil engineering strategies have supported effective development and construction.
Civil PV + BESS
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Revamp’s civil engineering solutions
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Detailed Design
Civil drawings and documentation from early design through construction, including grading, drainage, roadway design, erosion control plans, and final IFC sheets.
Existing Conditions Plan
Documentation of topography, boundaries, and existing site features used to support accurate design.
Civil Site Plan
Coordinated plan showing equipment areas, access routes, grading extents, and drainage features.
Grading, Drainage, and Erosion Control Plans
Drawings defining earthwork, drainage paths, and erosion control measures required for construction.
Civil Details Sheets
Standardized construction details that guide proper installation of civil infrastructure.
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Site Layouts
Early layouts defining equipment zones, access paths, and civil constraints to guide project planning.
Constraints Maps
Maps identifying setbacks, terrain limitations, drainage features, and environmental constraints that influence civil design.
Preliminary Civil Design
Initial grading, drainage, and roadway concepts that support feasibility and early coordination.
Preliminary Road Layout + Sections
Conceptual alignment and section views that help assess road routing and constructability.
Preliminary Grading
Early grading concepts showing cut and fill needs to support preliminary layouts.
Preliminary Drainage + Stormwater Concepts
Initial stormwater routing and drainage assumptions used to identify risks and design needs.
Preliminary Earthwork Analysis
Rough-order-of-magnitude earthwork quantities that help with planning and budgeting.
Early Hydrology Indicators
High-level hydrology insights used to identify early drainage or flooding considerations.
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Initial Site Assessments
Evaluating terrain, drainage, and access to identify potential civil constraints.
Drainage + Access Evaluations
Assessing water flow and site access to inform civil planning.
Interconnection Location Assessments
Evaluating civil impacts associated with potential interconnection points.
Environmental Constraint Mapping
Identifying civil-relevant constraints without duplicating environmental studies.
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Grading Optimization
Optimizing grading strategies to improve constructability and balance earthwork volumes.
Detailed Grading Plans
Final grading drawings defining earthwork boundaries and slopes for construction.
Earthwork Exhibits + ROM Quantities
Exhibits illustrating cut and fill areas with preliminary quantities for estimating.
Cut + Fill Analysis
Quantifying earthwork needed to achieve the planned civil and equipment layout.
Slope + Terrain Analysis
Evaluating slopes and terrain characteristics that influence grading, drainage, and site layout.
Pile Height Analysis
Comparing grading approaches and racking options to determine pile height impacts.
BESS Pad Earthwork
Earthwork requirements used to prepare battery energy storage system pad locations.
Road Earthwork
Earthwork calculations and sections supporting access and internal road construction.
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Stormwater Studies + Analysis
Assessing site stormwater behavior to inform conceptual and detailed drainage design.
Erosion Control + BMP Design
Designing erosion and sediment control measures for construction and operational stability.
SWPPP Documents
Preparing stormwater pollution prevention plans to meet regulatory requirements.
Pre- and Post-Development Hydrology Reports
Reports documenting hydrologic conditions before and after civil development.
Flood Modeling
Modeling flood depth, velocity, and scour conditions to evaluate site risk.
Stormwater Management Reports (Drainage Reports)
Reports supporting stormwater design decisions, including drainage structures and flow paths.
Erosion + Sediment Control Plans
Plans defining erosion control measures required during construction.
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Access Road Designs
Designing access roads used during construction and long-term operations.
Internal Road Designs
Engineering internal roads that support equipment access and site circulation.
Road Layout + Sections
Plan and section views detailing alignments, widths, slopes, and structural requirements.
Road Earthwork
Earthwork volumes and sections needed to construct project roadways.
Crossing Exhibits
Preliminary exhibits showing how roads or utilities cross drainage features or site constraints.
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AHJ Permitting Support
Supporting civil components of applications to authorities having jurisdiction.
Land Use Entitlements Support
Assisting with land use approvals required for project development.
Permit Matrix
Tracking required civil permits, agencies, and related trigger conditions.
NOI, Grading, SUP, CUP, BLM, 408, and Building Permit Support
Preparing permit materials and coordinating with agencies through civil review processes.
SWPPP Exhibits + Reports
Civil exhibits and documentation required for stormwater permit compliance.
SPCC Plans
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Civil Design Review
Reviewing civil designs for completeness, compliance, and constructability.
Third-party Estimate Review
Evaluating civil estimates or modeling completed by external teams.
Performance + Condition Assessments
Evaluating drainage, erosion, or access issues that affect site performance.
Root Cause Analysis
Investigating civil issues and recommending corrective actions.
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Detailed plan and profile plans to support permitting.
Detailed knowledge of cable sizing and bury depth.
Detailed knowledge of construction support and inadvertent returns.
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Analyzing and optimizing minimum and maximum pile reveals
Developing CSVs for pile procurement
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Create detailed pile plans reporting northing, easting, elevations, pile dimensions, and bill of materials.
Create detailed CSV's for racking and non-racking pile installation.
Coded design analysis for contractor and racking manufacturer installation specification tolerance checks.
Great land development happens when Civil Engineers understand the Owner's goals, Contractor's methodologies, jurisdictional nuance, and local geology to create optimal solutions. Revamp's civil design team offers those multi-win solutions and is laser focused on renewable energy technology solutions that support the energy demand for tomorrow.
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