Solin Green designs, supplies, builds and commissions solar power plants for businesses with serious electricity bills. Whether it is a factory roof, a hospital terrace or a ground-mounted plant, one team stays responsible from the first site visit to handover, so you are not left coordinating designers, traders and installers on your own.
Engineering-led proposals. A clearly defined scope. Support that continues after commissioning.
Design to commissioning under one contract
Sized to your load, not just your roof area
Make and model stated in the proposal
Built around daytime business loads
Monitoring setup and a point of contact after go-live
EPC stands for Engineering, Procurement, and Construction. In a solar project, it represents complete single-point ownership: one contractor holds total accountability for system simulation, certified component sourcing, construction, testing, and utility grid interconnection.
The fragmented alternative is hiring an independent consultant, buying modules from a wholesale trader, and sourcing a separate local installation crew. On industrial factory roofs, vendor coordination gaps quickly translate into critical commissioning delays, compromised structural warranties, and disputes over defect liabilities.
Grid-connected solar installations across India must comply strictly with technical and grid-safety mandates established by the Central Electricity Authority (CEA) and state-level DISCOM regulations. We engineer and validate both compliance frameworks at the inception of every rooftop survey.
Load study, layout, electrical and structural design, generation estimate.
Modules, inverters, structures, cables and protection equipment, sourced to spec.
Installation, testing, commissioning and handover.
From the initial feasibility survey to final commissioning, our turnkey delivery executes across four synchronized operational phases. Both our industrial solar solutions and commercial rooftop projects share this systematic lifecycle framework.
Every project starts with data rather than a standard quotation. We study your electricity bills and load profile, then survey the roof or land.
We specify and source the components that make up the plant, and we name the make and model in your proposal so you know exactly what is going on site.
Our crews work to site safety practices for work at height and around live electrical areas, and every system is tested before handover.
Most grid-connected systems involve the local DISCOM. We help with the paperwork and follow-up, but rules and timelines differ by state and project type, so we confirm requirements early instead of promising dates.
The design logic changes with the building structure and daytime operational loads. Choose your sector profile to initiate engineering planning.
Manufacturing plants, factories and other large energy consumers
Large roofs and steady daytime load make industrial sites a natural fit. We design around your connected load and shift pattern.
Offices, retail, hotels, hospitals, warehouses, schools and colleges
Air-conditioning, lighting and equipment run through the day, which is when a rooftop plant produces the most.
Suitable open land near the point of consumption
When the roof is too small or too weak, a ground-mounted plant frees capacity from the building.
Independent homes, villas and residential buildings
Right-sized rooftop systems for households, with help understanding scheme eligibility.
Common-area loads such as lifts, pumps, lighting and clubhouses
Solar for shared loads, where it is permitted and practical under the society's setup and DISCOM rules.
Homeowners can verify current central rooftop subsidy schemes on the PM Surya Ghar official portal, and our engineering team handles end-to-end documentation for your application.
A commercial or industrial solar plant is a capital asset engineered to operate for 25+ years. How thoroughly it is planned, structurally calculated, and assembled matters far more than rushing installation.
The Ministry of New and Renewable Energy (MNRE) regularly issues updated benchmarks on technical feasibility and net-metering grid standards that every business owner should review before commissioning.
Design, supply and installation sit under one contract. If generation falls short or something fails, there is one team to call.
The plant is sized against your actual load and future expansion, not simply the biggest array the roof will take.
Self-generated power can reduce the share of your bill tied to grid tariff revisions. Actual savings depend on your tariff, consumption and system size, so we model your numbers instead of quoting a blanket percentage.
A solar plant is a long-term asset. Monitoring and routine maintenance keep output on track.
Depending on your entity and current rules, tax treatment such as depreciation may apply. Confirm with your chartered accountant. Some companies also use solar towards their sustainability goals.
High-yield solar generation requires active care. Explore our solar panel maintenance services for robotic cleaning, drone thermography, and scheduled electrical audits.
Total transparency from the first inquiry to plant handover. Here is the step-by-step engineering sequence our site teams follow.
Consultation
We learn about your tariff, consumption, goals and constraints, and tell you honestly if solar is a fit.
Site assessment
Engineers visit to survey the roof or land, check shadows and structure, and review your electrical setup.
Engineering & system design
We size the plant, finalise the electrical and structural design and share a generation estimate with a clear scope.
Equipment procurement
Approved components are ordered against the signed specification and tracked to site.
Installation & commissioning
Structures, modules, cabling and inverters go in, followed by testing, grid coordination and commissioning.
Handover & support
You receive documentation, monitoring access and a named contact for maintenance and queries.
Plenty of companies can bolt panels onto a rooftop. What defines a reliable clean energy partner is how they analyze structural feasibility, maintain transparent DISCOM communication, and safeguard generation yields across the asset’s 25-year lifecycle. Learn more about Solin Green.
We size from your load data and site conditions before we talk about price.
Engineering, procurement and construction are managed together.
Scope, assumptions and exclusions are written down in the proposal.
Components are chosen for the site and documented by make and model.
Work-at-height and electrical safety are part of how crews operate.
We plan around shifts, peak demand and daytime consumption.
Maintenance and monitoring support does not end at handover.
Essential facts on technical feasibility, grid sync, warranties, and commercial Capex payback.