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Solar Panel
Our range of products include solar panel system, monocrystalline solar panel and solar power systems.
Solar Panel System
Product Price: Rs 16 / WattGet Best Price
Minimum Order Quantity: 10000 Watt
Product Details:
| Capacity | 20 kW |
| System Type | On-Grid |
| Panel Technology | Monocrystalline |
| Phase | Single Phase |
| Application | Residential |
| Country of Origin | Made in India |
Additional Information:
- Item Code: Solorpenal
- Production Capacity: 100000
- Delivery Time: Same Day
- Packaging Details: Box
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Monocrystalline Solar Panel
Product Price: Rs 12,500 / PieceGet Best Price
🌞 Monocrystalline Solar Panels 🔹 What They Are
Monocrystalline solar panels (also called mono-solar panels) are made from a single crystal structure of silicon, cut into wafers. Because the silicon is highly pure, these panels have higher efficiency and sleek black appearance compared to polycrystalline or thin-film panels.
🔹 Key Features-
High Efficiency → Usually 17% – 22% conversion efficiency.
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Space Saving → Requires less area for the same power output compared to polycrystalline panels.
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Appearance → Uniform dark black color with rounded edges on the cells.
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Long Life → Typically 25 years performance warranty.
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Better in Low Light → Performs well under low sunlight or cloudy conditions.
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Durability → Toughened glass and aluminum frame for strength.
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Residential rooftop systems
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Commercial & industrial solar projects
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Off-grid & hybrid solar systems
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Solar water pumps and street lights
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Anywhere space is limited but high efficiency is required
✅ Highest efficiency among common panel types
✅ Longer lifespan and slow degradation rate
✅ Performs better in hot & low-light conditions
✅ Requires less installation space
⚠️ Higher cost compared to polycrystalline panels
⚠️ Slight efficiency drop in extreme high temperature conditions
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50W / 100W / 150W (small scale, pumps, lights)
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330W / 370W / 400W / 450W / 540W / 600W (residential & industrial rooftops)
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Max Power: 400 Wp
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Efficiency: ~20%
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Voltage at Max Power (Vmp): ~40 V
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Current at Max Power (Imp): ~10 A
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Open Circuit Voltage (Voc): ~48 V
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Short Circuit Current (Isc): ~10.5 A
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Warranty: 10 years on product, 25 years performance
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Solar Power Systems
Product Price: Rs 12,500 / KWGet Best Price
What is a Solar Power System
Key Components in a Solar System
Sizing & What to Fix Before Buying
A solar power (PV) system converts sunlight into electricity using solar panels/modules + associated equipment, for use in homes, farms, industries, or feeding into the grid.
Types of Solar Systems| Type | Description / Use Case | Pros / Cons |
|---|---|---|
| Grid-Connected (On-Grid / Net Metering) | Solar system tied to the electricity grid. You use your own solar power and draw from grid as needed; excess solar power is fed back or credited. | Pros: Lower cost (no batteries), offset electricity bills. Cons: No power during grid outages unless backup/battery. Need permission / net-meter arrangements. |
| Off-Grid | System independent of grid. Needs battery storage + possibly generator backup. Used in remote areas or places with frequent blackouts. | Pros: Works even without grid. Cons: More expensive (battery + maintenance), requires sizing for worst situations. |
| Hybrid | Mix of grid connection + battery backup. Solar + grid + battery/inverter that can manage auto switching. | Pros: Flexibility, power backup, savings. Cons: Cost higher, more complexity. |
| Solar Pumping / Solar Water Pump Systems | Especially for agricultural or borewell usage. Solar panels drive a pump. May be direct DC or via inverter. | Pros: Reduces diesel / grid costs, good in off-grid areas. Cons: Needs good sizing, panel area, sometimes backup. |
Here are the parts you need, what to check for each:
| Component | Purpose | Key Specifications / What to Check |
|---|---|---|
| Solar Panels (PV Modules) | Generate DC electricity from sunlight | Type (Mono-crystalline, Polycrystalline, PERC, Half-cut, Bifacial etc.), efficiency, wattage, temperature coefficient, warranty (usually 25 yrs), certifications (IEC, BIS). |
| Inverter | Converts DC to AC (for usable power) or ties into grid | Decide on string / central / micro-inverter; efficiency, MPPT controllers, surge protection, grid compliance, power quality. For backup/hybrid, needs inverter/charger. |
| Mounting Structure | Holds panels at angle / orientation | Material (galvanized steel / aluminum), design to withstand wind / rain, tilt angle suitable. Roof-mount vs ground mount considerations. |
| Balance of System (BoS) | Wiring, connectors, fuses, combiner boxes, junction boxes, earthing / grounding, DC/AC protection, monitoring | Proper cable size, good connectors, safety devices, good workmanship. |
| Battery Bank (for off-grid/hybrid systems) | Store energy for use when solar less or at night | Battery type (Lead-acid / AGM / Gel / Li-Ion), capacity (Ah), depth of discharge, lifecycle, warranty, maintenance. |
| Charge Controller / MPPT | Regulate current into batteries (if used) | Must match panel/battery specs; MPPT preferred over PWM in most cases. |
| Metering & Grid Connect Gear | Net meter, safety disconnects etc. (for grid systems) | Compliance with utilities / government regulations. |
To design properly, need answers to:
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How much electricity your load uses (kWh per day / month).
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What loads you want powered (lights / pumps / AC / appliances) and when (peak hours).
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Location / solar insolation (how much sunshine you get, tilt, shading).
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If you need backup (how many hours or days).
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Roof space or land available.
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Budget.
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