Developers structuring projects under central or state programs, including PM-KUSUM components where they apply.
Ground Mounted & MW Scale Solar Power Plants
Solar is a Revenue Stream
Four Solar delivers ground-mounted and MW-scale solar power plants across commercial, industrial, institutional, agricultural and developer-led requirements. Every plant is engineered with clear feasibility, disciplined execution and dependable long-term performance.
Payback
3–5 years
IRR
18–24%
Track Record
50 MW+ executed
Experience
12+ years
Disclaimer: Figures are for preliminary evaluation and may differ based on local conditions.
Where This Works
What to Expect
The emphasis is on bankable design, disciplined execution and clarity on roles, risks and obligations.
How the Financials are Typically Structured
Each power plant is modelled in its own tariff, policy and financing context. The illustration below shows the order of magnitude for well-positioned projects.
3–5 years Typical payback band
18–24% Indicative IRR range
Custom structures Aligned to buyer & lender
- Revenue can be from captive consumption, group captive, third-party PPA or program tariffs.
- Equity–debt mix is modelled with realistic interest rates and repayment terms.
- Policy incentives and program guidelines are factored where applicable, including KUSUM-type schemes.
- Each financial model documents tariffs, losses, escalations and key risks.
| System Size | Annual Units* | Annual Revenue @8 | Indicative Paybacк | Indicative IRR |
|---|---|---|---|---|
| 1 MW | ~1,480 MWh | ~₹1.18 Cr | ~4.0 years | ~22% |
| 5 MW | ~7,400 MWh | ~₹5.9 Cr | ~3.8 years | ~25% |
Values are illustrative, using a reference energy value of ₹8/kWh and good solar resource. Actual performance depends on irradiation, grid conditions, losses, policy terms and O&M quality.
Share brief details of land, proposed offtaker and state. Four Solar will prepare a focused feasibility and ROI note as a starting point.
Segments Where We Already Build Power Plants
Four Solar has participated in multiple MW-scale and ground-mounted projects in partnership with industries, landholders and developers.
Industrial & Captive Plants
Factories and industrial campuses using solar for captive power.
Use: Process loads, auxiliaries, common services
Objective: Reduce landed cost of power over the long term
Locations: Industrial belts and growth corridorsDeveloper-led PPA Projects
Projects structured with long-term power sale to identified consumers.
Use: Contracted supply under PPAs
Objective: Bankable assets with predictable revenue
Locations: Sites with grid access and defined evacuationAgri, Pumping & Rural Feeders
Projects aligned with agriculture and rural energy programs.
Use: Farm loads, lift irrigation, rural feeders
Objective: Replace or reduce diesel and high-cost grid energy
Locations: Semi-urban and rural regions under state schemes
Specific case studies and anonymised performance data can be shared during detailed evaluations, without publishing client names on the website.
How a Power Plant Engagement Typically Runs
The sequence is designed so that key decisions on land, offtake and policy are validated before major commitments.
- Initial screening: basic details of land, proposed offtaker, state, program (if any) and timelines to check fit and possible structures.
- Technical and financial outline: preliminary capacity estimate, layout direction, yield range, revenue model, payback and IRR band.
- Detailed engineering and execution: surveys, design, utility coordination, procurement, construction, testing and synchronisation.
- Handover and O&M: documentation, training, O&M plan and periodic performance review framework.
- Support for captive and group captive metering requirements, and for PM-KUSUM or program-specific metering
norms where they apply.
Client Voices
Next Step: Share Land and Offtake Details
Share a brief note on your land parcel, proposed consumer or program, state and timelines. Four Solar will respond with a concise feasibility and ROI note so you can decide whether to proceed to detailed evaluation.