Industrial Solar Power Plant
Power your factory or campus with a high-performance Industrial Solar PV Plant engineered for safety, uptime, and the lowest levelized cost of energy (LCOE). We deliver turnkey systems—from feasibility to O&M—so you cut electricity costs, meet ESG goals, and gain predictable energy for decades.
What We Deliver (EPC + After-Sales)
Energy Audit & Feasibility
Load profiling (base/peak/shift patterns), roof/land assessment, shading & irradiance study, ROI/PPA modeling.
Custom Design & Engineering
String/central inverter topologies, DC/AC protection, earthing, lightning protection, structure design for wind loads.
Premium Components
Tier-1 mono PERC / TOPCon modules (bifacial as applicable), high-efficiency inverters, MMS (GI/Al), DCDB/ACDB, SCADA.
Civil & Electrical Works
Foundations/ballasted structures, cable routing, HT/LT integration, grid synchronization, relay coordination.
Automation & Monitoring
SCADA/IoT real-time dashboards, remote alarms, energy analytics, PR/availability tracking, API hooks to EMS/BMS.
Compliance & Approvals
Utility interconnection, net-/gross-metering (as applicable), CEIG/utility inspections, safety documentation.
Operation & Maintenance
Scheduled cleaning, IV-curve testing, thermography, spares management, 24×7 monitoring, PR guarantees.
Plant Options
Rooftop (50 kWp – 3 MWp): Rapid deployment, zero land, ideal for manufacturing sheds.
Ground-Mounted (1 MWp – 50+ MWp): Best LCOE, scalable, optimized row pitch for bifacial gains.
Carport & Parking Canopies (100 kWp – 5 MWp): Dual use—shade + generation.
Hybrid with Battery (BESS): Solar + grid + battery for peak-shaving, outage backup, DG cut-down.
Behind-the-Meter or Open-Access: Captive/group-captive models to offset grid tariffs (subject to local regulations).
Performance You Can Expect
Specific Yield: 1,400–1,800 kWh/kWp/year (location & design dependent)
Plant Availability: ≥ 99% (O&M SLA)
Performance Ratio (PR): ≥ 78–84% (design & site dependent)
Degradation: ≤ 2% first year, ≤ 0.45%/yr thereafter (module-warranty typical)
Typical Technical Specs
Modules: Mono PERC / N-type TOPCon, 540–575 Wp, bifacial optional
Inverters: String 100–350 kW or central 1–5 MW with AFCI, SPD Type-II/III
Structures: Hot-dip galvanized, wind design as per IS standards
Protections: DC isolators, fuses, surge protection, earthing grid, LPS
SCADA: Weather station (GHI/POA, temp, wind), inverter-level data, PR & alarms
Grid Interface: HT panel, transformer, protection relays as per utility code
Safety & Quality
Standards: IEC/IS compliance (61215/61730/62920), CEA & utility norms
HSE: Method statements, work-at-height kits, LOTO, PTW, trained crew
QA/QC: FAT/SAT, string verification, IV curves, thermography, punch-list closure
Commercial Models
Capex: You own the asset; benefit from depreciation and energy savings.
Opex / PPA: Pay per kWh with zero upfront CAPEX (tenor 10–25 years).
Group-Captive/Open-Access: Offsite generation wheeled to your facility (subject to state regulations).
Financial Snapshot (Illustrative)
Savings: 30–60% vs. conventional grid tariffs (usage & policy dependent)
Payback: ~3–5 years (CAPEX), faster with accelerated depreciation/RE benefits
IRR: 14–22% typical for industrial loads (site & tariff dependent)
Add-Ons That Move the Needle
Battery Energy Storage (BESS) for peak-shaving and backup
Synchronous operation with DG to reduce diesel run hours
Reactive power control (PF management), harmonic filtering
Cleaning automation (semi-auto/robotic) for dusty sites
Albedo-optimized layouts to unlock bifacial gains
Documentation & Handover
As-built drawings, single-line diagrams
O&M manuals, spare parts kit
Warranty pack (modules/inverters/structures)
Training for your maintenance team.