Rooftop & Ground-Mounted Solar EPC · Since 2014
OM Engineering — also known as SuryaSetu — engineers clean-energy assets from concept to commissioning: rooftop and ground-mounted solar PV for industrial, commercial and institutional clients, delivered from Bardoli, Surat across India.
80+ MWp
Executed solar capacity
65+
Projects completed
20+
Expert professionals
10+
Corporate repeat clients
What we build
A practical one-stop solution covering project development, delivery and ongoing support.
Rooftop and ground-mounted solar PV plants engineered for factories, mills and energy-intensive manufacturing units.
ExploreHigh-yield solar for commercial buildings, malls, educational institutions, hospitals and corporate campuses.
ExploreOur core strength — 65+ rooftop projects executed on RCC and metal-sheet roofs with leak-proof, wind-rated mounting.
ExplorePreventive inspection, monitoring review, module cleaning and rapid troubleshooting — keeping every kW producing like day one.
ExploreAlso: Design & Engineering · PMC & Consultancy · Government Liaisoning · Electrical Installation & I&C · Product Distribution · After-Sales Support — see all capabilities →
Why OM Engineering
Our purpose is simple: to make dependable solar power accessible through practical engineering, transparent execution and long-term service.
Hands-on experience across 65+ completed rooftop solar projects for industrial, commercial and institutional clients.
Typical contract-to-commissioning cycle of 3–6 months, with many sites requiring less than 30 days of installation work.
Engineering, procurement, project management and O&M teams collaborate on every project — one accountable partner throughout.
Consistent performance and customer satisfaction have built repeat business with 10+ corporate clients.
Experienced personnel, work permits, PPE and site controls supporting 100% accident-free man-hours to date.
Design decisions made to reduce lifetime energy cost, simplify maintenance and protect long-term output.
How we deliver
A controlled delivery model designed to protect quality, schedule and system performance — every plant engineered for the actual site.
01
Roof, load and grid assessment — site feasibility, roof measurement and electrical-interface review before anything is promised.
02
Detailed layout with shadow-free setbacks, SLDs, string sizing, structure and cable-route planning — engineered for your actual site.
03
Approved equipment schedules and drawings, Tier-1 or approved makes, incoming material inspection and controlled delivery.
04
Structure and electrical installation — modules, inverters, DC/AC systems, panels, earthing and lightning protection — under permit-to-work controls.
05
String polarity, insulation resistance, open-circuit voltage, earth resistance and protection checks before energisation.
06
Commissioning checklist, punch-list closure, operating training and documented handover records — then optional O&M for life.
Markets we serve
From manufacturing units and malls to campuses and hospitals — wherever electricity is a major cost, solar pays for itself fastest.
Track record
Representative installations delivered across commercial, industrial and institutional rooftops.
Vadodara, Gujarat
Rooftop solar PV system installed across the mall's roof spaces, offsetting daytime common-area and tenant loads for one of Vadodara's landmark retail destinations.
Commercial rooftop · Grid-tied
Palanpur, Gujarat
Industrial rooftop installation for an energy-intensive paper mill, engineered around the plant's roof structure and daytime process load.
Industrial rooftop · Metal sheet roof
Surat, Gujarat
Textile-mill rooftop system in OM Engineering's home district, delivered with safe access provisions and clean cable routing over live operations.
Industrial rooftop · Grid-tied
Technology & component portfolio
Components are selected to match technical requirements, project design and availability — final makes are confirmed through detailed engineering and client approval.
Mono-crystalline modules, mono-facial or bi-facial, project-specific wattage.
String inverter architecture with multiple MPPTs, monitoring and grid protections.
DCDB, ACDB, LT/HT panels, metering panels, protection and metering systems.
DC solar cable, AC power cable, connectors, isolators, earthing and lightning protection.
FAQ
Straight answers on cost, payback, space, approvals and process. Have a different question? Ask us — the consultation is free.
EPC stands for Engineering, Procurement and Construction. A solar EPC company takes complete responsibility for your solar project — feasibility study, system design, component sourcing, statutory approvals, installation, testing, grid connection and commissioning — delivering a ready-to-generate plant with documented handover.
As an indicative range, turnkey C&I solar in India runs roughly ₹3–4.5 crore per MW depending on system type (rooftop or ground-mount), structure design, evacuation scope and component selection. We provide a firm, itemized quotation after a free site visit and consultation.
Most industrial and commercial systems pay back in 3–5 years against prevailing grid tariffs, after which the plant delivers essentially free power for the rest of its 25+ year life. Higher tariffs and daytime-heavy loads shorten payback further.
Roughly 85–100 sq ft of shadow-free roof per kW for rooftop systems, and about 4 acres per MW for ground-mounted plants. Our engineers confirm usable area during the site visit with shadow analysis for year-round output.
Our typical contract-to-commissioning cycle is 3–6 months including approvals, with many rooftop sites requiring less than 30 days of on-site installation work. You get a project schedule upfront and progress reporting against it.
We do. Our team manages GEDA registration, DISCOM coordination, CEIG electrical approvals, plan approval, charging permission and net metering documentation end to end — statutory liaisoning is a core service, with 5+ MWp processed.
Standard grid-tied systems shut down during outages for safety (anti-islanding). If outage support matters for your operations, we can design hybrid configurations with battery storage or DG synchronization for critical loads.
We use Tier-1 or approved components backed by OEM warranties — modules typically carry 25–30 year performance warranties and inverters 5–10 years. Post-commissioning, we provide technology-enabled monitoring, issue tracking, preventive O&M plans and module-cleaning support.
Local teams, fast site visits and DISCOM liaisoning across South Gujarat.
Start saving from your next bill
Tell us about your facility and consumption — our engineers respond within one working day with a feasibility view and indicative savings.
