RayneticEnergy
Trusted provider of Solar, Wind, Hybrid & BESS solutions — delivering quality inspections, EPC and consultancy services across India and beyond.
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Trusted provider of Solar, Wind, Hybrid & BESS solutions — delivering quality inspections, EPC and consultancy services across India and beyond.
A solar power plant works by capturing sunlight and converting it into the electricity that powers your home or facility.
Solar photovoltaic (PV) modules absorb sunlight and generate direct current (DC) electricity. An inverter then converts this DC into alternating current (AC) — the standard form of power used by appliances, equipment and the wider grid. From there, the energy runs your loads directly, feeds surplus back to the grid, or is stored for later use. The result is clean, reliable power with very little day-to-day maintenance.
PV modules absorb sunlight and convert it into DC electricity throughout the day.
The inverter converts DC electricity into AC electricity ready for everyday use.
AC power runs your home or facility loads directly, reducing what you draw from the grid.
Surplus energy is exported to the grid under net metering; you draw from the grid when needed.
A battery energy storage system (BESS) stores excess energy for use at night or during outages.
High-efficiency PV modules that convert sunlight into DC electricity.
Convert DC electricity from the panels into usable AC electricity.
Rooftop or ground-mount frames that hold modules at the optimal angle.
Cabling, protection devices and switchgear that tie the system together safely.
A bi-directional meter that measures energy exported to and imported from the grid.
Optional storage that banks excess energy for night-time use or backup.
SCADA and remote monitoring to track generation and system health.
Connected to the utility grid with net metering. Surplus is exported and power is drawn from the grid when needed.
Independent of the utility grid and paired with battery storage to supply power around the clock.
Combines Solar + Grid or Solar + DG, with optional BESS for uninterrupted, flexible supply.
Roughly 4–8 units/day for a 1–2 kW system, 12–20 units/day for 3–5 kW, and 28–40 units/day for 7–10 kW.
Around 100 sq ft of shadow-free roof is needed per 1 kW of installed capacity.
Typical payback of 4–5 years, followed by 20+ years of low-maintenance generation.
| System Size | Typical Daily Generation | Approx. Roof Space |
|---|---|---|
| 1–2 kW | ~4–8 units/day | ~100–200 sq ft |
| 3–5 kW | ~12–20 units/day | ~300–500 sq ft |
| 7–10 kW | ~28–40 units/day | ~700–1000 sq ft |
A well-designed rooftop system can reduce your electricity bills by up to 90%. The figures above are typical, indicative values — actual generation depends on your location, roof orientation, shading and local sunlight conditions.
Get a free consultation with our team, or explore how we deliver a project from first site visit to long-term maintenance.