AVS Solar Get a proposal
Solar EPC · 1 MW to 20 MW

We build solar plants that pay for themselves.

Design, equipment, construction and grid connection for megawatt-scale plants, under one contract with one team answerable for the result.

See what your plant needs

Tell us about your project

An engineer will call you back within one working day.

Your details are used only to respond to this enquiry.

1–20 MWPlant sizes we take on
4–8 monthsContract to commissioning
11 / 33 kVGrid evacuation, built by us
25 yearsDesign life of the plant

One contract covers the whole plant.

EPC stands for engineering, procurement and construction. You sign with one company, and that company carries the design, the equipment and the schedule.

E

Engineering

We survey the site, model how much energy it will produce, and design the plant around that number.

  • Topographic and soil survey
  • PVsyst yield report
  • Plant layout
  • Single-line diagram
  • Structure design for wind load
  • Grid connectivity study
P

Procurement

We buy and deliver every component, inspect it at the factory, and hand you the manufacturer warranties.

  • Modules
  • Inverters
  • Transformers
  • Mounting structures
  • Cables and switchgear
  • SCADA
  • Logistics and insurance
C

Construction

Our crews build the plant, connect it to the grid, and test it before handover.

  • Grading, fencing and roads
  • Piling and module mounting
  • DC and AC electrical works
  • Substation and evacuation line
  • Metering
  • Commissioning

Four ways to work with us

Turnkey EPC

The complete plant, from survey to synchronisation, at a fixed price. For owners who want one contract and one handover date.

  • Complete supply and installation
  • Performance ratio guarantee
  • All statutory approvals

Balance of system

You buy the modules, we supply and build everything else.

  • Structures, inverters, electricals
  • Module handling and installation

Operation and maintenance

We run the plant after handover and report generation against the yield estimate every month.

  • Module cleaning and vegetation control
  • Preventive and breakdown maintenance
  • Remote monitoring

Feasibility study

Not ready to build yet? We assess the site, the grid connection and the returns so you can decide with real numbers.

  • Site and grid feasibility report
  • Yield and project cost estimate
  • Detailed project report for lenders

How big is your plant?

Drag the slider for rough land, equipment and generation figures.

5 MW
1 MW10 MW20 MW
Land needed
acres
In hectares
ha
Solar modules
Module capacity
MWp
Generation each year
million kWh
Over 25 years
million kWh
Capacity utilisation
%
CO₂ avoided each year
tonnes

Rough figures, not a quotation. Assumes a DC to AC ratio of 1.3, 580 Wp modules, 3.5 acres per MWp on fixed structures, 0.5% yearly degradation and 0.7 t CO₂ per MWh of grid power.

Enquire for a 5 MW plant

How a solar plant makes power

Sunlight goes in at one end and metered units come out at the other. In between is a chain of equipment, each link sized so the plant earns the most over its life.

  1. ModulesCells turn sunlight into direct current
  2. StringsModules wired in series, up to 1,500 V
  3. InvertersConvert DC into grid-frequency AC
  4. TransformerSteps 800 V up to 11 or 33 kV
  5. SwitchgearProtection, isolation and metering
  6. GridPower reaches your factory or buyer
MWp and MW
MWp is the combined rating of the modules. MW (AC) is what the inverters can export. Approvals and contracts usually go by the AC figure.
DC to AC ratio
Plants carry 1.2 to 1.4 times more module capacity than inverter capacity. The inverters then run near full load for more of the day, so each MW of grid connection yields more.
Capacity utilisation factor
Yearly generation divided by what the plant would make at full rating all year. Solar plants land between 18% and 28%, depending on location and design.
Performance ratio
The share of available solar energy that reaches the meter after heat, dust, cable and conversion losses. A well-built plant runs at 78% to 84%. This is the figure an EPC guarantees.
Module technology
Current plants use monocrystalline TOPCon modules of 570 to 620 Wp. Bifacial modules also catch light reflected onto the rear and can add 3% to 8%.
Fixed tilt or trackers
Fixed structures cost less to build and maintain. Single-axis trackers follow the sun and add 12% to 20% generation, at a higher cost and with more land.
String or central inverters
String inverters are many small units, so one failure affects a small block. Central inverters are a few large units. For 1 to 20 MW, string inverters are the usual choice.
Degradation
Modules lose about 1% of output in the first year and 0.4% to 0.5% a year after that. Manufacturers warrant 87% to 89% of rated output at year 30.

From first call to first unit

Stages overlap: equipment is ordered while approvals are in progress, so the site never waits.

  1. Week 1–2

    Enquiry and site visit

    We review your land, load and grid connection point, then visit the site.

  2. Week 2–4

    Proposal

    Layout, yield report, bill of materials, price and schedule in one document.

  3. Month 1–3

    Engineering and approvals

    Detailed design, grid connectivity application and statutory clearances.

  4. Month 2–6

    Procurement and construction

    Equipment arrives in sequence. Civil, mechanical and electrical works follow.

  5. Month 5–8

    Commissioning and handover

    Testing, inspection, grid synchronisation and the performance ratio test.

Why owners choose us

The output is guaranteed

The plant is tested against a performance ratio written into the contract. A shortfall is ours to fix.

Fixed price, fixed date

A lump-sum price and a commissioning date, with liquidated damages if we run late.

One team to call

Design, supply, construction and grid connection sit with one company.

Lender-ready engineering

Yield reports and drawings prepared to the standard banks and their technical advisors expect.

Named equipment

Makes and models are listed in the proposal, and the original warranties come to you.

Careful on site

Trained crews, inspections at each stage, and a punch list closed before you sign.

Questions we hear most

How much land does a 1 MW plant need?

Plan for 4 to 5 acres per MW on fixed structures and 5 to 6 acres with trackers. The land should be fairly flat, free of shade and close to a substation.

How long does a project take?

A 1 to 5 MW plant usually takes 4 to 6 months from contract to commissioning. A 10 to 20 MW plant takes 6 to 8 months. Grid approvals and the evacuation line most often set the pace.

What does it cost?

Cost depends on module prices at the time of order, distance to the substation, soil conditions and equipment choice. Send an enquiry and we will share a budgetary estimate, then a firm price after the site visit.

How far can the plant be from the substation?

Within 5 km is comfortable for most projects of this size. Longer lines are workable and are priced into the proposal.

Can I use the power at a factory somewhere else?

Often yes, through captive or open-access arrangements where the plant feeds the grid and your factory draws the equivalent energy. Rules and charges vary by state and utility, and we check them in the feasibility study.

Do you help with financing?

We prepare the detailed project report and technical documents lenders ask for, and support you through their due diligence.

Have land or a load in mind?

Send us the details and we will tell you what plant fits and what it takes to build it.

Start your enquiry