Solar Power Plant
Product Overview
Daytime generation powers loads and charges battery; excess feeds grid. At night or during outages, inverter draws from battery to run priority loads.
Power Production Estimate
- 10 kW hybrid inverter with dual MPPT, battery integration, and grid-tie capability for export under net-metering
Power Usage by Solar System
~15 kWh Lithium-ion (LiFePO₄) or equivalent, 80% DoD, to provide ~12 kWh usable backup for night use or outages.
SYSTEM OVERVIEW
Component
- Solar PV Array – 10 kW DC capacity (20 × 500 W or ~25 × 400 W panels), high-efficiency monocrystalline modules.
- Hybrid Inverter – 10 kW capacity, dual MPPT, battery-ready, grid-tie capability, net-metering compliant.
- Battery Bank – ~15 kWh Lithium-ion (LiFePO₄) or equivalent, 80% DoD, ~12 kWh usable backup.
- Mounting Structures – Tilted frames for optimal solar exposure, corrosion-resistant.
- Battery Backup
- Monitoring System – Inverter Wi-Fi/GPRS for real-time generation tracking.
Specification
- Mounting structures (tilted for optimum sun)
- DC combiner box with string fuses/SPD
- DC and AC isolators, MC4 connectors, solar-rated cables
- AC distribution board (ACDB) with MCB/MCCB/SPD
- Earthing rods, grounding conductors, lightning protection
- Net meter / energy meter for import-export monitoring
- Monitoring system (inverter Wi-Fi/GPRS)
System Overview
Solar Plates
- 10 kW Hybrid Solar Power System
- Solar PV array
- net-metering
Battery Bank
- Lithium Ferro Phosphate (LiFePO₄)
- ~15 kWh
- ~12 kWh (80% Depth of Discharge)
- As per inverter configuration (e.g., 48 V or higher for efficiency)
- 3000–6000 cycles (8–15 years depending on usage)
- Integrated Battery Management System for safety and performance
- Indoor or weather-protected outdoor location
Battery Bank Overview
The battery bank stores excess solar energy generated during the day, making it available for use at night or during grid outages. For this system, a Lithium-ion (LiFePO₄) battery is recommended for its long life, high efficiency, and deep discharge capability.
Solar Power System
- Solar Panel: 1 KW (4x 250W or 2x 500W)
- Inverter: MPPT 2 KW (supports solar + grid) RO water machines
- typically include motors that require a starting surge of over
- 1.5 kW—often 2 to 3 times their normal running load. A 2 kW
- inverter is essential to handle these surges smoothly, ensuring
- Battery: Li-Ion PO4, 48V / 24AH, 4 Hrs. backup
- Cabling & Accessories: Solar-grade MC4 connectors & wiring
Features & Benefits
Keeps essential loads running during power cuts
100% Solar Operated with 4-hour battery backup
No noise or fumes compared to diesel generators
Ideal for schools, rural communities, gram panchayats & CSR projects
Store excess solar energy to use later, reducing grid dependency
Suitable for remote
& off-grid locations
INCLUSIONS
- Solar PV Modules – 10 kW DC capacity (20 × 500 W or ~25 × 400 W high-efficiency monocrystalline panels).
- Hybrid Inverter – 10 kW capacity with dual MPPT, battery-ready, grid-tie capability, and net-metering compliance.
- Battery Bank – ~15 kWh Lithium-ion (LiFePO₄) or equivalent with 80% DoD (~12 kWh usable).
- Mounting Structures – Corrosion-resistant, tilt-adjusted for optimum solar exposure.
- DC Combiner Box – With string fuses and Surge Protection Devices (SPD).
- DC and AC Isolators – Safety switches for maintenance and system protection.
- Connectors & Cables – MC4 connectors, solar-rated DC cables, and AC wiring.
Warranty & Amc
| Service Type | Coverage |
| On-Site Warranty | 1 Year (Complete System) |
| AMC | 2 Years (Extended Warranty on additional charges) |