2025
180 MWp
Utility-scale · Tracker
Thar Solar Park
Bikaner, Rajasthan
- 412,000 bifacial modules on single-axis trackers
- 220 kV pooling substation built in 11 months
- P50 yield of 1,842 kWh/kWp/year
1.25 GW+ commissioned across India
Solar at the scale of a grid.
We develop, engineer and install large-scale solar power plants — from 1 MW industrial rooftops to 250 MW utility parks — with in-house EPC, bankable yield modelling and a 25-year performance guarantee.
Utility-scale EPCGroup captiveOpen accessBESS integrationRooftop C&ISolar carportsFloating solarO&M · 25 yearsGrid substationsAgrivoltaics
0 MW+
Solar capacity delivered
0+
Projects commissioned
0.0M t
CO₂ offset every year
0.0%
Fleet uptime under O&M
What we build
Every megawatt, covered.
Six delivery models, one engineering team. Whether you need a 250 MW park connected at 220 kV or a 2 MW roof over a running factory, the same people design it and build it.
10 MW – 250 MW+
Utility-Scale Solar Parks
Ground-mount solar parks delivered as a single EPC package — land, design, procurement, construction and grid connection.
500 kW – 20 MW
Commercial & Industrial
Rooftop, carport and ground-mount plants that cut factory power bills substantially, with no disruption to production.
5 MW – 100 MW
Open Access & PPAs
Group-captive and third-party open-access plants with long-term power purchase agreements at a fixed, hedged tariff.
1 MWh – 500 MWh
Battery Energy Storage
Grid-scale BESS for firm dispatch, peak shaving and round-the-clock renewable supply alongside your solar asset.
Any scale
Turnkey EPC
In-house engineering, procurement and construction with our own erection crews — no layered subcontracting, no schedule surprises.
25-year contracts
O&M & Asset Care
Performance-guaranteed operations and maintenance with SCADA monitoring, robotic cleaning and generation-linked SLAs.
Under construction
Kutch Hybrid · Phase I
Built for scale
One contractor from land to live grid.
Most developers stitch a large plant together from four or five vendors — and inherit every gap between them. We hold the whole scope: geotechnical surveys, detailed engineering, module and inverter procurement, piling and structures, DC and AC works, the pooling substation, and the transmission interface with the utility.
That single line of accountability is what lets us commit to a fixed energisation date on a 100 MW build and hold it.
- Largest single plant
- 180 MWp
- Typical project size
- 1 – 100 MW
- Substations delivered
- 33 / 132 / 220 kV
- Land under management
- 3,400+ acres
Sun to socket
Where the electrons actually go.
A megawatt is only useful once it reaches your meter. This is the path every unit takes, and the point at which we account for each loss along it.
- 1
Irradiance
5.4 kWh/m²/day
Sunlight lands on the array. Site irradiance is measured before we size a single string.
- 2
The array
1,500 V DC
Bifacial modules on trackers convert photons to direct current, following the sun east to west.
- 3
Inversion
98.6% efficient
Central inverters turn DC into grid-synchronous three-phase AC, holding frequency and power factor.
- 4
Step-up
33 / 220 kV
The pooling substation lifts voltage for transmission, and handles protection and metering.
- 5
Your load
Billed at PPA rate
Power wheels through the utility network to your plant, metered against the tariff we contracted.
Losses are modelled at every step — soiling, mismatch, DC and AC cabling, transformer and wheeling — so the yield we quote is the yield that reaches your meter.
Selected work
Plants that are already generating.
A cross-section of what we've energised — utility parks, captive clusters and industrial rooftops.
2024
75 MWp
Utility-scale · Fixed tilt
Anantapur Ground Mount
Anantapur, Andhra Pradesh
- Commissioned six weeks ahead of schedule
- Agrivoltaic corridors for local farming
- 33/220 kV evacuation to the state grid
2025
12.4 MWp
C&I rooftop
Chakan Logistics Hub
Chakan, Maharashtra
- Largest single-roof array in the district
- Zero production downtime during install
- Grid power spend cut by roughly two thirds
How we deliver
From first survey to year twenty-five.
A sequence we've run more than three hundred times. Every stage has a deliverable you can review before the next one starts.
- 01
Feasibility & yield study
Site survey, shadow analysis, grid capacity check and a bankable PVsyst simulation. You get a P50/P90 generation model and a 25-year cash flow before a rupee is committed.
- 02
Design & approvals
Detailed engineering, structural certification and the full approvals stack — DISCOM connectivity, CEIG charging, open-access and net-metering clearances handled in-house.
- 03
Procurement & construction
Tier-1 modules and inverters bought at volume, then built by our own crews. Piling, structures, DC/AC works and the substation run in parallel to compress the schedule.
- 04
Grid connection & handover
Pre-commissioning tests, protection coordination, metering and synchronisation — followed by a performance-ratio demonstration and a complete as-built documentation set.
- 05
25-year performance care
SCADA monitoring from our control centre, preventive maintenance, cleaning cycles and annual thermography — under a generation-linked SLA that puts our fee at risk, not yours.
Why GoGreen
Reasons developers keep coming back.
In-house EPC, not brokered
Design, procurement and erection crews are all ours. One accountable contract, one schedule, no finger-pointing between vendors.
Bankable engineering
PVsyst-modelled yields, third-party lender's engineer reviews and IEC-compliant designs that clear financial due diligence the first time.
Schedule certainty
Parallel civil, electrical and substation workstreams keep the critical path short — and we contract to a fixed energisation date.
Guaranteed generation
O&M contracts carry a minimum performance ratio. Fall short and we compensate the shortfall — the guarantee is contractual, not marketing.
Responsible construction
Agrivoltaic corridors, native replanting, water-free robotic cleaning and full module take-back at end of life.
Financing that fits
CAPEX, OPEX/RESCO and group-captive structures with lender relationships already in place — so funding does not stall the build.
Client voices
What owners say after handover
They took a 75 MW site from land survey to grid synchronisation in under eleven months, and the generation has tracked the P50 model every quarter since.
Our plant ran through the entire build without losing a single production shift. The crew worked around our shutdown windows instead of asking us to work around theirs.
The lender's engineer cleared their design pack with no material observations. That alone saved us a full financing cycle.
Questions
Answers before you ask
What is the smallest project you take on?
Our EPC team is structured around plants of 500 kW and above. Below that we can still advise on design and vendor selection, but the economics of our delivery model work best from 1 MW upward.
How long does a 10 MW plant take to build?
Typically five to seven months from notice to proceed, assuming land and connectivity are in place. Approvals usually run in parallel with detailed engineering, and construction itself is around 12 to 16 weeks.
Do you offer zero-investment models?
Yes. Under an OPEX/RESCO structure we fund, build and operate the plant on your site and you simply buy the generated units at a fixed tariff, typically well below your current grid rate.
What happens if generation falls short?
Every O&M contract carries a guaranteed performance ratio. If measured generation drops below the guaranteed threshold for reasons within our control, we compensate the shortfall at the contracted tariff.
Which modules and inverters do you use?
Tier-1 bifacial mono PERC and TOPCon modules with central or string inverters selected per site. We are technology-neutral and will share the comparative yield modelling behind any recommendation.
Can you work outside India?
We deliver EPC across India and take on advisory, design and owner's-engineer roles in South Asia, the Middle East and East Africa. Talk to us about the specific jurisdiction.
Let’s size the plant your site can actually carry.
Send us your load profile, tariff and site coordinates. You’ll get a yield model, a capacity recommendation and an indicative tariff within five working days — at no cost.