We Deliver High-Performance Green Infrastructure
Faujdar Green Infra is a premier Solar EPC (Engineering, Procurement, and Construction) firm specializing in building robust renewable energy frameworks. We guide businesses and homes in transitioning from grid-dependence to clean, high-performance solar installations.
With precision engineering, certified installation teams, and tailored designs, we deliver end-to-end solar solutions that yield maximum savings, minimal downtime, and long-term security.
- Custom high-efficiency Solar Array layouts
- Certified engineering team with local grid experience
- Seamless Net Metering approvals and subsidy guidance
- Round-the-clock remote system performance monitoring
Integrated Renewable Energy Services
Commercial Solar
Maximize commercial operational savings and optimize rooftop space with state-of-the-art power purchasing models.
Read MoreResidential Solar
Reduce electricity bills by up to 90% with custom-engineered home solar installations featuring smart grid tie-ins.
Read MoreSolar Consultation
Technical feasibility studies, shadow analysis, energy yield calculations, and investment ROI reporting.
Read MoreSetting Standards in Solar Excellence
We combine technical ingenuity with reliable client support, establishing ourselves as trusted local green infrastructure developers.
Professional Team
Quality Products
Certified Setup
Affordable Price
On-Time Delivery
24/7 Support
Eco-Friendly Operations
Substantially lower your business carbon footprints and contribute actively to global net-zero targets.
Unmatched Financial Savings
Reinvest power bills back into your operations with predictable solar pricing hedging against electricity inflation.
Grid Independence
Insulate critical infrastructure against grid outages and load shedding using robust energy storage integration.
Our Systematic Solar Installation Process
Free Consultation
Discussing power usage, budget capacity, financial returns, and clean energy target scopes.
Site Survey
In-person structural checks, roof pitch inspections, and localized shadow mapping analyses.
System Design
Simulating 3D structural designs and drafting optimal solar array electrical configurations.
Project Proposal
Sharing detailed pricing, billing projections, solar yields, and final equipment breakdowns.
Approvals & Subsidies
Coordinating government filings, DISCOM paperwork, and localized panel subsidy documentation.
Physical Installation
Secure rooftop anchoring, panel structural mounts, wiring setups, and inverter commissioning.
Safety Testing
Voltage compliance tests, safety groundings audits, and complete string diagnostics testing.
Net Metering Integration
Connecting bidirectional export meters to supply surplus energy back to public power grids.
Project Handover
Transferring operations manuals, sharing monitoring system accesses, and briefing user clients.
Support & AMC
Managing ongoing panel cleanings, operations audits, and Annual Maintenance Contracts (AMC).
Custom Solar for Every Sector
Showcasing Our Featured Projects
350 Kwp
40 kW
PM Kusum Yojna
115 Kwp
DFCCIL Office at Daher Ke Balaji Station Jaipur
What Our Clients Say About Us
"Faujdar Green Infra is our official green energy partner. They helped us achieve our corporate carbon neutrality goals by implementing a 100kW rooftop plant."
Frequently Asked Solar Questions
If a solar plant lacks dedicated, low-resistance earthing (typically below 5 Ohms), residual leakage voltage or transient surges can damage the inverter’s internal circuitry. Most inverter manufacturers (such as Sungrow, Growatt, SMA, Solis, Fronius) explicitly state in their warranty terms that component failures caused by improper grounding, floating neutral voltages, or ungrounded AC/DC surge protection will void the product warranty. Ensuring separate AC, DC, and Lightning Arrestor earthing pits with tested resistance guarantees warranty compliance and equipment longevity.
If solar panels are installed completely flat (0 degrees), rainwater and dust accumulate on the glass frame, creating localized hotspot shadows, reduced power output, and cell degradation over time. Conversely, an optimal tilt angle optimizes the sun’s angle of incidence, maximizing annual kilowatt-hour (kWh) generation and enabling rainwater to naturally wash away dust and debris.
In practice, a tilt angle between 10° to 15° facing true South is widely adopted for rooftop installations in India to minimize wind load resistance, optimize structural space, reduce shadow inter-row spacing, and maintain effective rainwater self-cleaning without requiring excessive structural mounting heights.
- DC Earthing Pit: Connected to the solar PV panel frames, Module Mounting Structures (MMS), and DC Distribution Boxes (DCDB).
- AC Earthing Pit: Connected to the solar inverter’s AC ground terminal, AC Distribution Box (ACDB), and main distribution panel.
- LA (Lightning Arrestor) Earthing Pit: Dedicated exclusively to the Lightning Arrestor terminal to safely dissipate atmospheric lightning strikes without inducing high surge voltages into the plant’s electrical equipment.
- Waaree Energies
- Adani Solar
- Vikram Solar
- Tata Power Solar
- Goldi Solar
- Jinko Solar / Canadian Solar / Trina Solar
Ready to Start Your Solar Journey?
Contact our clean energy experts today to schedule a detailed site survey and receive a customized technical proposal for your property.