Tejjy Inc. Powers Solar EV Infrastructure with Scan-to-BIM & Utility Mapping for Maryland Institutional Campus
Advanced LiDAR, digital twin modeling, and underground utility mapping enable faster, clash-free deployment of solar-integrated EV charging systems.
- Los Angeles-Long Beach, CA (1888PressRelease) April 01, 2026 - As institutional campuses accelerate their transition toward clean energy and electric mobility, Tejjy Inc., a leader in Scan-to-BIM, 3D laser scanning, and digital construction solutions, has successfully delivered a high-precision Scan-to-BIM and utility mapping project for a solar-integrated EV charging infrastructure in Maryland. This project demonstrates how reality capture and BIM-driven workflows can eliminate uncertainty, reduce rework, and fast-track the deployment of renewable-powered EV infrastructure.
Meeting the Demand for Smart, Sustainable Campus Infrastructure
With EV adoption rising across the U.S., campuses are under pressure to integrate electric vehicle charging stations with solar energy systems—often within complex, undocumented environments. The Maryland campus faced key challenges:
- Incomplete or outdated as-built documentation
- Unknown underground utility networks
- Coordination complexities between electrical, civil, and solar systems
To overcome these barriers, Tejjy implemented a data-driven Scan-to-BIM approach, transforming real-world site conditions into an accurate, intelligent digital model.
From Point Cloud to Digital Twin: A Data-Driven Workflow
Using advanced LiDAR-based 3D laser scanning, Tejjy captured millions of data points across the campus environment. The collected point cloud - - data was processed and converted into LOD 300–350 BIM models, enabling precise visualization and coordination. Core Deliverables Included:
- High-resolution 3D laser scanning & point cloud registration
- Detailed Scan-to-BIM modeling for electrical infrastructure
- Underground utility mapping for EV charging and power distribution
- BIM modeling of solar canopy structures and EV layouts
- Multi-disciplinary BIM coordination & clash detection
The result: a high-fidelity digital twin that reflects real-world conditions and supports accurate planning, design, and execution.
Eliminating Risk in EV & Solar Infrastructure Deployment
By integrating utility mapping with BIM coordination, Tejjy enabled stakeholders to:
- Detect and resolve clashes before construction
- Avoid conflicts with existing underground utilities
- Optimize placement of EV charging stations and solar canopies
- Improve design accuracy and constructability
- Reduce costly change orders and project delays
This approach significantly enhances project predictability and execution efficiency, which is critical for large institutional upgrades.
Expert Perspective
"The future of campus infrastructure lies at the intersection of digital twins, clean energy, and intelligent design. Our Scan-to-BIM and utility mapping solutions provide the clarity needed to implement solar-powered EV systems with confidence and precision." - Sukh Singh, VP, Tejjy Inc.
Driving the Future of Smart Campuses
The project highlights a growing industry shift toward digitally enabled infrastructure planning, where BIM and reality capture technologies are essential for:
- Scaling EV charging infrastructure
- Integrating renewable energy systems
- Supporting smart campus initiatives
- Enhancing facility lifecycle management
By leveraging Scan-to-BIM and digital twin technology, institutions can future-proof their infrastructure while aligning with sustainability goals.
Project Impact at a Glance
- Accurate as-built BIM models aligned with real conditions
- Improved multi-disciplinary coordination
- Reduced rework through clash detection
- Faster deployment of solar-integrated EV systems
- Data-rich foundation for long-term asset management
Tejjy Inc. is a Maryland-based AEC firm specializing in Scan-to-BIM, 3D laser scanning, BIM modeling, and digital twin solutions. With over 17 years of experience and certifications including MBE/DBE/SBE/WBE, Tejjy supports architects, engineers, and contractors in delivering accurate, efficient, and future-ready infrastructure projects.
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