01Project readiness
We first start with the land, the grid and the commercial path. Our turnkey experience covers land purchase, legal readiness, load-flow availability and project development.
Project planning · Legal readiness · Load flow · Land purchase
- Project planning
- Legal readiness
- Load flow
- Land purchase
02Engineering
We then design the plant as one electrical asset, bringing solar, electrical and grid-integration requirements together before execution begins.
Solar layout design · Electrical design · PSS planning
- Solar layout design
- Electrical design
- PSS planning
03Procurement & Construction
We execute at utility scale, delivering end-to-end solar farm installation with proven experience on large project sites.
Project execution · Procurement · Civil construction · PV erection · Electrical installation · Handover
- Project execution
- Procurement
- Civil construction
- PV erection
- Electrical installation
- Handover
04Grid & electrical infrastructure
We build the infrastructure IN-HOUSE that makes the plant safe, grid-ready and maintainable — a dedicated PSS, LILO connectivity, HT/MV/LT structures, transformers and panels, MV bus ducts and cabling, earthing, lightning and surge protection.
PSS & LILO · Transformers · Panels · Bus ducts & cables · Earthing & protection
- PSS & LILO
- Transformers
- Panels
- Bus ducts & cables
- Earthing & protection
05Statutory approvals
We carry the electrical approval scope in-house under our own 'A' Grade licence — load-based design, drawings, submission, inspection coordination and safety certification.
Drawings · Submission · Inspection · Safety certificate
- Drawings
- Submission
- Inspection
- Safety certificate
06Monitoring & O&M
We keep the asset visible after handover, using DVN's own SCADA along with fault identification and solar plus HT/MV maintenance capability.
Solar O&M · HT/MV maintenance · Fault identification · Fault rectification
- Solar O&M
- HT/MV maintenance
- Fault identification
- Fault rectification
07Battery storage (BESS)
A battery energy storage system stores energy from solar, the grid or a hybrid setup and releases it when usage demands it. DVN engineers design and build it as one comprehensive system — battery modules, BMS, PCS, EMS and safety systems working together, sized against the usage demand curve, tariff window and payback.
Peak demand & ToD
Discharge through demand and charge when power is cheapest.
Solar self-consumption
Store surplus generation instead of exporting it, and use it when generation falls or tariffs rise.
Backup & DG optimisation
Critical loads ride through outages while generator, fuel, maintenance and emissions come down.
Sizing & ROI modelling · Battery + BMS · PCS & MV interface · EMS controls · Safety systems
- Sizing & ROI modelling
- Battery + BMS
- PCS & MV interface
- EMS controls
- Safety systems