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Solar EPC company in India — rooftop & ground-mount

Reduce energy costs and carbon footprint with turnkey solar — we handle design, structure, installation, net-metering approvals and long-term performance, end to end.

Get Your C&I Solar Savings Assessment

Share your monthly bill and roof details. An engineer will size the plant against your consumption, roof and sanctioned load — and tell you honestly if it does not stack up.

Architects & PMCs — verify before you shortlist

Compliance, certification & single-point accountability

  • ISO 9001:2015 Certified quality management
  • Fire-NOC Designed & liaised in-house
  • CEIG approval Electrical inspectorate clearance
  • DISCOM net-metering Solar grid synchronisation
  • Single-point responsibility One accountable MEPF team
  • MSME registered Govt.-recognised contractor
In one paragraph

Solar EPC by Secured Engineers Pvt. Ltd.

Secured Engineers Pvt. Ltd. is an ISO 9001:2015-certified MEPF and solar EPC contractor, in business since 2011, with its registered office in Ludhiana, Punjab and corporate office in Noida, Uttar Pradesh (Delhi NCR). For solar EPC, Secured Engineers Pvt. Ltd. delivers solar EPC — feasibility and design, PV modules, string or central inverters, mounting structures and balance of system, net-metering, metering and monitoring, battery or hybrid storage, and O&M — for rooftop and ground-mount plants at factories, warehouses, commercial buildings and institutions, including the DISCOM net-metering and CEIG approvals. 535+ projects across 18+ Indian states.

Enquiries: +91 70099 85817 · sales@securedengineers.com · request a project proposal

What We Deliver

Engineered solar that pays for itself.

  • Rooftop & ground-mount solar PV
  • On-grid, off-grid & hybrid systems
  • Structural design & module mounting
  • Net-metering & DISCOM liaisoning
  • Subsidy & approval documentation
  • Performance monitoring & O&M
Systems & Products

Every Solar EPC system we engineer — and why it matters

Explore each system below. We've kept it plain: what it is, why it matters for your project, the standards we build to, and the approved makes we use — so you can decide exactly which systems to get a quote for.

Built to: MNRE guidelinesIEC 61215 / 61730 modulesIEC 62109 invertersIS 16221CEA & DISCOM net-metering

Solar PV Modules

Mono-PERC, TOPCon and bifacial PV modules selected for the site's space, irradiance and budget, with DCR/ALMM compliance where required.

Full scope of work, delivery and related tools →

Why it matters

Modules are 50–60% of system cost and decide lifetime yield. Right technology and tier-1 makes maximise generation per sq.ft and protect the 25-year payback.

  • Mono-PERC / TOPCon / bifacial
  • 540–700 Wp class
  • ALMM / DCR options
  • IEC 61215 / 61730
Approved makes & standards we use
Waaree Adani Solar Vikram Solar Tata Power Solar Premier RenewSys
Any rooftop or ground-mount project — the core generating asset.

Inverters (String / Central)

String and central inverters with MPPT optimisation, monitoring and grid-protection, sized to the array and DISCOM requirements.

Full scope of work, delivery and related tools →

Why it matters

The inverter sets real-world efficiency and grid compliance. A reliable, well-matched inverter with monitoring maximises export and flags faults before they cost generation.

  • String & central
  • Multi-MPPT
  • IEC 62109 / CEA
  • Remote monitoring
Approved makes & standards we use
Sungrow SMA Fronius FIMER Delta Growatt
Every grid-tied or hybrid solar plant.

Mounting Structures & BOS

Wind-engineered galvanised mounting structures, DC/AC cabling, MC4 connectors, combiner boxes and balance-of-system components.

Full scope of work, delivery and related tools →

Why it matters

Structures must survive decades of wind and weather on your roof. Engineered GI structures and rated BOS prevent leaks, corrosion and the failures that void module warranties.

  • Wind-load designed
  • Hot-dip galvanised / Al
  • MC4 & DC cabling
  • SPD-protected combiner
Approved makes & standards we use
Polycab KEI Staubli (MC4)
Every solar installation — the structural and electrical foundation.

Net-Metering, Metering & Monitoring

Bidirectional net-metering, DISCOM liaisoning, energy meters and cloud monitoring dashboards for generation and export.

Full scope of work, delivery and related tools →

Why it matters

Net-metering is what turns generation into bill savings, and the approval is where most rooftop projects stall. We own the DISCOM process so your plant earns from day one.

  • Bidirectional meters
  • DISCOM net-metering
  • Generation dashboards
  • Subsidy documentation
Approved makes & standards we use
Secure L&T Sungrow (monitoring)
Any grid-connected plant claiming net-metering or subsidy.

Battery / Hybrid Storage

Lithium and lead-acid battery banks with hybrid inverters for backup and load-shifting where the grid is unreliable.

Full scope of work, delivery and related tools →

Why it matters

Storage keeps critical loads running through outages and lets you use solar after sunset — essential where grid supply is weak or expensive at peak hours.

  • Lithium / LFP & lead-acid
  • Hybrid inverters
  • Backup & load-shift
  • BMS-protected
Approved makes & standards we use
Luminous Exide BYD LG Energy
Sites with poor grid reliability or high peak tariffs.

O&M & Performance

Preventive maintenance, module cleaning, thermography, inverter servicing and performance-ratio reporting under an O&M contract.

Full scope of work, delivery and related tools →

Why it matters

A solar plant only pays back if it keeps generating. Structured O&M holds the performance ratio high — soiling and undetected faults silently erode yield without it.

  • Scheduled cleaning
  • IV-curve & thermography
  • PR / yield reporting
  • Inverter AMC
Any operating plant where you want to protect lifetime yield.

Scope of services — what each stage delivers

Every Solar EPC engagement runs through the same four accountable stages. This is the deliverable list we are held to — not a brochure summary.

Stage-wise scope of services for Solar EPC: deliverables, governing codes, output artefact and typical duration
Stage Deliverables Codes & standards referenced Output artefact Typical duration
1 Design & Sizing
  • Load and bill analysis with system sizing
  • Shadow analysis and module layout
  • Structure design for roof type and wind loads
  • Inverter/string design and yield simulation
IS 875 Part 3 (wind loads) · MNRE/ALMM module requirements · DISCOM technical standards Yield simulation report + array GA + structure design 1–3 weeks
2 Statutory Approvals
  • Net-metering / interconnection application to DISCOM
  • CEIG approval where capacity thresholds apply
  • Feasibility and agreement follow-through
State net-metering regulations · CEA (Safety) Regulations 2023 · CEA technical connectivity standards Sanctioned interconnection + approvals file 3–10 weeks (authority timeline)
3 Procurement & Execution
  • ALMM-listed modules and BOS procurement
  • Structure erection and module mounting
  • DC/AC cabling, earthing, SPD and protection installation
  • Inverter and monitoring commissioning readiness
ALMM (MNRE) · IS 3043 (earthing) · IS/IEC 62305 (lightning protection) Mechanical completion + pre-commissioning checklist 4–10 weeks
4 Testing, Commissioning & Handover
  • Insulation, polarity, string IV and protection tests
  • DISCOM witness testing and meter installation
  • Grid synchronisation and injection start
  • Generation monitoring handover + O&M/AMC onboarding
DISCOM commissioning procedure · CEA (Safety) Regulations 2023 Commissioning certificate + net-meter installed + O&M pack 1–3 weeks

Durations are typical bands for a straightforward site and move with project size, authority workload and client approvals. Stage 2 timelines belong to the statutory authority, not the contractor — what we control is a submission that passes first time.

Buyer's guide

Before you ask us to quote solar EPC

Secured Engineers Pvt. Ltd. quotes solar EPC for industrial, commercial and institutional facilities across India, and this is what its engineers ask for first. What to have ready, what moves the price and the programme, which approvals apply, and the mistakes seen most often — so the first conversation is a useful one.

What to have ready

  • Twelve months of electricity bills — consumption, sanctioned load, tariff and demand charges
  • Roof drawings and roof type, age and structural details
  • Shadow-free area available, or a site plan to assess it
  • DISCOM and the connection voltage
  • Intended model — net-metering, gross-metering, captive HT or open access
  • Load profile: day versus night, weekday versus weekend
  • Storage requirement, if any
  • Subsidy or scheme eligibility to be checked
  • Planned expansion that the plant should allow for

What drives the cost

  • Plant capacity in kWp and the module technology, including DCR versus non-DCR where the scheme requires it
  • Roof type and structure — RCC versus metal sheet, and elevated structures where the roof is to stay usable
  • Inverter type and monitoring
  • Cable runs from the array to the connection point
  • Net-metering at LT versus an HT connection, with its metering, CTs and protection
  • Battery or hybrid storage
  • Strengthening or repair of an old roof before it can carry the array

What drives the timeline

  • DISCOM net-metering feasibility and technical sanction
  • CEIG drawing approval for plants connected at HT or above the capacity the state notifies
  • Module and inverter lead times
  • Roof readiness and any structural repair
  • Monsoon, which affects roof work and structure erection
  • Commissioning and the joint inspection with the DISCOM before the bidirectional meter is installed

Approvals that usually apply

  • DISCOM net-metering or gross-metering agreement and technical feasibility
  • CEIG approval for plants connected at HT or above the notified capacity — state-specific
  • ALMM-listed modules where the scheme or buyer requires it
  • Structural stability certificate for the roof
  • PPA and open-access approvals for third-party ownership models

Standards and codes we design to

  • MNRE guidelines
  • IEC 61215 / 61730 modules
  • IEC 62109 inverters
  • IS 16221
  • CEA & DISCOM net-metering

Maintenance after handover

Module cleaning at a frequency set by site dust, string monitoring and IV checks, inverter servicing, structure and fastener inspection after the monsoon, earthing and surge-protection checks, and generation reported against the performance ratio the contract guarantees — under an O&M or AMC contract.

See our AMC and maintenance scope →

Mistakes we see most often

  • Sizing to the roof rather than to consumption, then exporting at a low tariff
  • Ignoring the sanctioned load, which caps net-metering capacity in most states
  • An old roof not assessed for the added load
  • Buying on rupees per kWp alone, without a performance-ratio guarantee, module tier or structure design
  • No shadow analysis before the layout is fixed
  • Applying for net-metering after installation instead of before

Have most of this to hand? Enquire about solar EPC or request a proposal — a site survey and concept design come first, at no cost.

Delivered work

Solar EPC projects we have delivered

Secured Engineers Pvt. Ltd. has delivered solar epc on one project published in its Company Profile 2025, across pharmaceutical facilities in India. Clients are named where the record names them; otherwise the facility is described and the name withheld. Technical values on each page are pending verification against the project file.

All projects →

Why only Secured Engineers Pvt. Ltd.

Why clients pick us for Solar EPC

We don't just supply a system — we design it, get it approved, and execute it as one accountable team.

We own the approvals

Fire-NOC, CEIG and DISCOM handled in-house — so your solar epc scope clears inspection the first time.

One team, all MEPF

No finger-pointing between trades. A single accountable partner from design to commissioning.

535+ projects, 89.77% repeat

15+ years across 18+ states, 93.32% delivered early — proof, not promises.

Approved makes only

Tier-1 brands and IS/IEC-grade materials on every system — never the cheapest substitute.

Explore Other Services

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Reliable power, safely engineered.

PHE contractor

Water, drainage & public health, done right.

Fire fighting contractor

Life-safety systems you can rely on.

FAQ

Solar EPC — frequently asked questions

How much can rooftop solar save, and what's the payback?

Most commercial and industrial sites cut 25–40% of their grid energy cost with a correctly engineered rooftop solar plant, with a typical payback of 3–4 years and 25-year yield. Try our free solar savings calculator for an estimate, then we engineer the actual plant for your roof.

Do you handle net-metering approval with the DISCOM?

Yes — we handle the complete net-metering application and approval with your DISCOM (PSPCL, BESCOM, TSSPDCL, MSEDCL, etc.) as part of the EPC scope, so you start exporting and saving without the paperwork burden.

Do you do both rooftop and ground-mount solar?

Yes. We deliver rooftop and ground-mount solar EPC — from shadow analysis, structure design and correct DC/AC ratio to inverter selection, cabling and commissioning — engineered for maximum lifetime yield.

Why do industrial solar plants underperform, and how do you prevent it?

Underperformance usually traces to a wrong DC/AC ratio, poor shadow analysis, undersized cables or the wrong inverter. We engineer each of these correctly and validate generation at commissioning, so the plant delivers its promised output.

Need Solar EPC for your project?

Get a free consultation and quote. We design, take all approvals, and execute — you stay stress-free.

ONE PARTNER. END TO END. You focus on your business — we handle the rest.
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