Solar EPC & Turnkey Solutions

From solar potential to reliable power.

Site-led engineering, coordinated procurement and disciplined execution. A connected path from your first assessment to system handover.

Understand the solution ↓

THE SOLUTION, EXPLAINED

Solar EPC, in plain language.

EPC stands for Engineering, Procurement and Construction. In simple terms, it connects the decisions about what your solar system should do, which equipment it needs, and how it is installed and commissioned. A turnkey engagement brings these activities into an agreed delivery scope, with responsibilities and exclusions made clear before work begins.

Solar panels produce direct-current electricity from sunlight. An inverter converts it into alternating current for your premises. Your building can use this energy while it is being generated; any surplus is handled according to the approved grid connection and local rules. The right system is not simply the largest array that fits on a roof—it should match usable space, electricity demand and practical site constraints.

Suntara’s approach starts with your electricity use and the condition of your property. Engineering then connects the panel layout, mounting, inverter selection, cable routes, earthing, electrical protection and access for maintenance. This helps you understand the proposed system as a complete installation, rather than a list of panels and an estimated saving.

What shapes the right solution?

Roof integrity, access, shading, electrical demand and local connectivity requirements shape the final design.

DESIGNED AROUND YOUR NEEDS

Solar for industry, business and home.

Homes, housing communities, offices, industrial rooftops, institutions and suitable ground-mounted sites.

01 / APPLICATION

Industrial solar EPC

For factories, warehouses and production facilities, the starting point is the operating schedule: when machines run, how demand changes between shifts, and how much electricity is used during daylight. The review also considers roof loading and condition, transformer capacity, cable routes, fire access and planned expansion. Installation and electrical shutdowns must be coordinated around production. Where rooftop space is constrained, suitable ground-mounted options can be assessed separately.

02 / APPLICATION

Commercial solar EPC

For offices, hotels, retail properties, hospitals and institutions, solar planning considers air-conditioning, lighting, equipment and occupancy patterns. Weekends and seasonal demand matter as much as a typical working day. Ownership or lease permissions, common-area loads, metering arrangements and safe access are reviewed before a layout is proposed. The aim is to relate generation to the building’s actual energy needs and operating priorities.

03 / APPLICATION

Residential solar EPC

For individual homes and housing communities, we begin with electricity bills, available roof space, shade from surrounding buildings, and the appliances used during the day. A roof should remain accessible and its waterproofing must be considered. For housing societies, common-meter consumption and approvals need review. If you need power during an outage, say so at the outset: ordinary grid-connected solar generally shuts down when the grid fails, and backup requires a separately designed system.

FROM DISCUSSION TO DELIVERY

A clear path forward.

01
Understand the site and demand
Review electricity bills, sanctioned load, roof or land information and your priorities. A site survey checks access, shading and electrical infrastructure; structural suitability requires an appropriate engineering review.
02
Build a clear proposal
Develop a preliminary capacity, layout and generation estimate. Compare equipment options and identify the cost scope, assumptions, exclusions, approval dependencies and expected operating responsibilities.
03
Engineer and coordinate delivery
Finalise the agreed design, equipment specification and installation sequence. Coordinate procurement, mounting, cabling, protections and grid-connection requirements with the relevant parties.
04
Commission and hand over
Complete agreed inspections, tests and commissioning checks. Handover requirements should cover drawings, equipment documents, warranties, safe operating guidance and the maintenance plan.

Scope we can discuss

The final engagement is tailored to your site and agreed requirements.

01Site assessment, roof review and feasibility
02Energy-yield estimates and system design
03Equipment selection and procurement coordination
04Civil, mechanical and electrical coordination
05Grid integration and approvals support
06Testing, commissioning, documentation and handover

Useful information to have ready

Recent electricity bills and your daytime operating pattern
Site location, roof photographs or available layout drawings
Property ownership or permission status and planned roof work
Your priorities: energy costs, backup, expansion or sustainability

You do not need every detail to begin. Share what you know and we can identify the next information needed.

YOUR NEXT STEP

What to expect when you speak with us.

Expect an initial discussion about your premises, energy use and priorities, followed by a recommendation on the next assessment step. A project proposal should explain capacity, equipment, scope, estimated generation, costs and responsibilities. Subsidies, export permissions and savings depend on current local rules and verified project inputs—not an automatic promise.

Plan your solar EPC project View contact options Start with a preliminary solar estimate →