End-to-End Solar Project Lifecycle
By combining engineering precision with real-time procurement and site execution, BuildNova AI ensures projects are delivered on time, every time. The platform acts as a single source of truth for solar EPCs and IPPs.
Renewable energy projects often suffer from a critical information gap—engineering data, BOQs, procurement records, and site updates live in disconnected systems. Designs remain locked in CAD, procurement runs on emails and spreadsheets, and delayed site feedback leads to material shortages and unverified progress. Manual reconciliation between issued and consumed materials drives cost overruns and vendor disputes, while the absence of a unified digital audit trail increases compliance risk and reporting inconsistencies across solar project lifecycle.
Leveraging the power of Autodesk Forma and custom automation, BuildNova AI is a specialized delivery ecosystem that caters to the complexities of large-scale solar and renewable installations. The platform connects every stakeholder—from the design engineer to the site supervisor and the asset owner.
BuildNova AI is the overarching enterprise software suite designed to eliminate operational friction across high-stakes infrastructure and add a governance layer on top of your existing ecosystem. Engineered for all EPC departments, the platform connects engineering, project management, quality assurance, and O&M under a single digital thread.
Cuts layout design cycles to minutes while delivering construction-ready outputs directly inside native AutoCAD.
Learn moreReplaces manual tracking with automated invoicing through ERP integration to eliminate stock discrepancies and material wastage.
Reduces approval delays, provides audit ready data whenever necessary, and stops field rework before it impacts project timelines.
Learn moreTurns unstructured file dumps into structured, compliance-ready asset transfer packages for smooth operational takeover.
Learn moreSafeguards plant yield, minimises operational field friction, and lowers routine maintenance costs over the asset lifecycle.
Learn moreTransforms reactive firefighting into proactive risk mitigation across enterprise portfolios.
Learn moreFast-track your solar projects from months to weeks. Gain unmatched precision with CCTech’s solar farm design automation tool.
While automatically optimizing layouts and generating GFC drawings, it validates your designs to ensure constructability before moving to the field.
To avoid human errors in material estimation, the platform uses 3D models for automated BOQ extraction and clash detection in solar project lifecycle planning.
Transition from WBS to microplans. It generates purchase requisitions (PR) and service orders (SO) directly from the activity data.
It utilizes a mobile-first interface for inventory management, vendor work assignment, and real-time progress dashboards.
Seamless transition into operations through SCADA/IoT connectivity and digital twin for long-term health monitoring of renewable energy assets.
AutoCAD engineering drawings are brought directly into BuildNova AI, instantly converting design intent into usable data for renewable energy engineering workflows.
Activity-wise direct generation of BOQ with item material codes SPV+Block level for greater visibility in material consumption across the solar project lifecycle.
To ensure PR is created within SAP by the time the system creates ‘SO’ against the standard activity list, providing a perfect match between procurement and engineering requirements.
Complete visibility over the material life cycle, including GRN to stock change, to control issues of materials to vendors through standard workflows.
Full visibility through real-time info on material consumed vs. actual work done, enabled by automated stock transfer and return processes.
Construction progress, procurement micro-plans, and logistics are tightly mapped to SO activities, enabling packaged material issuance with controlled exception workflows for uninterrupted site execution.
Users get real-time visibility of project progress, vendor performance, and work completion. This ensures that activities are aligned to plan and execution milestones.
The user can select elements directly from the site layout to allocate work or update status. This improves accuracy by linking field actions directly to engineering and planning data.
To ensure site crews have issued exact materials, user can allocate materials based on "kitting" philosophy. This tracks availability, consumption, and returns to maintain full material accountability across renewable energy construction activities.
Export measurement sheets and progress reports in data-linked Excel formats are provided to stakeholders. This enables quick export of data reports for seamless communication.
Reduces manual follow-ups by connecting engineering, procurement, and site execution on a single platform.
Minimizes design and execution errors through continuous linkage between drawings, BOQs, and construction activities.
Provides clear visibility into work issued versus work completed, enabling fair and transparent vendor management.
Tracks material issue, consumption, reconciliation, and returns to prevent leakages and cost overruns.
Streamlines measurement and approval workflows to accelerate billing and payment cycles.
Delivers consistent, export ready reports that simplify reviews, audits, and stakeholder communication across the solar project lifecycle.
Maintains digital twin continuity into O&M for better asset performance and lifecycle management.