• Environmentally friendly and efficient 2400 mAh solar lights: the integrated 2400 mAh lithium-ion battery, this solar lamp charges efficiently with solar energy. Monocrystalline silicon solar efficiency up to 20%. Faster solar charging in direct sunlight.
• IP65 waterproof and durable: made of high-quality ABS material, heat-resistant, dustproof, the protection level IP 65, this solar lamp can withstand all kinds of storms, providing a safety environment for passers-by in rainy days.
• Installation of the solar lamp: easy to install, use screw to mount it in an ideal place with sunlight. The ideal mounting height is approx. 1.8 to 2.5 metres. These solar lights are perfect for many occasions, such as patios, stairs, gardens, outdoor walls, etc.

• Charging Time : 6-8 hrs under sufficient sunlight, 10-11 hrs by AC adapter
• Fully charges in just one day
• Easy assembly in minutes, no special tools required

Product Features:

With 400 pieces of LEDs that have 4000 lumens, Solar Flood Light 200w gives brighter illumination in your compound at night. This LED Solar Flood Light is a cool white color and can be used in the garden, garages, playing field, warehouses, driveways, terrace etc.

The 200W Solar Flood Light can be controlled by a remote. It has different lighting modes such as auto mode in which brightness can be auto adjusted to 50%, 20% and 10% modes, bright, dim modes and hourly brightness modes such as 2H, 4H and 6H modes.

Solar-powered:

The Solar 200W Flood Light works on a 5V/30W solar panel that has a backup of 12 hours (on auto mode) with a battery of 36000mAH 3.2V LiFePo4. It gets charged during the day time and lights up automatically in the night. With 5-7 hours of charging in the direct sun, 200 W Solar Flood Light gives you a backup upto 12hrs (Auto mode).

• Solar-Powered Efficiency: Harnesses solar energy for eco-friendly and cost-effective lighting.
• Battery Backup: High-capacity batteries ensure reliable lighting even during cloudy conditions or nighttime.
• Fully Mobile: Trailer-mounted for easy transport and quick deployment at any location.
• Bright LED Illumination: Energy-efficient LEDs provide powerful, wide-area lighting.
• Rugged & Weather-Resistant: Designed for all-weather outdoor use with minimal maintenance

Boasting high module efficiency, this solar panel is engineered to deliver consistent and reliable energy performance. It features innovative multi busbar cells and anti-reflective glass, designed to maximise light absorption and optimise energy generation. These advancements ensure performance even in low-light conditions, making it a dependable choice for a variety of climates and environments. Its user-friendly installation process adds to its appeal, allowing you to integrate it into your energy setup with ease. Built to endure extreme conditions, this solar panel is a reliable solution for those seeking to enhance their renewable energy systems.

About the item

• Complete Solar Power Solution - Includes 1x NXG+ 1150 Hybrid Inverter, 1x LPT12150H 150Ah Tall Tubular Battery, and 1x 170W Polycrystalline Solar Panel – ideal for homes, offices, and small shops.
• Hybrid Inverter for Solar & Grid - The NXG+ 1150 smartly switches between solar and grid power, ensuring maximum solar utilization and uninterrupted backup during power cuts.
• High-Capacity 150Ah Battery - Tall tubular battery with advanced lead-acid technology delivers long backup and superior performance even in high-temperature zones.
• Efficient 170W Polycrystalline Panel - Durable and weather-resistant solar panel with high energy conversion efficiency – perfect for rooftop installations
• Eco-Friendly & Cost-Saving - Reduce your electricity bills while using clean, renewable solar energy. Reliable and maintenance-friendly combo built for long life.

• OLAR-POWERED]: Solar Flood Lights for Home Garden Waterproof works on a Poly 6V/10Wsolar panel that has a backup of 13-14 hours with 3.2V 6AH lithium iron phosphate battery . It gets charged during the day time and lights up automatically in the night. With 6-8 hours of charging in the direct sun, Solar Lamps for Garden gives you a backup upto 13-14 hrs.
• [RELIABLE POWER WITH 3.2V 6AH LIFEPO4 BATTERY] Illuminate your garden with the Solar Outdoor Flood Light, featuring a durable 3.2V 6AH lithium iron phosphate battery. Enjoy long-lasting, energy-efficient lighting that’s perfect for brightening up any outdoor space with reliable solar power.

1 kW Rooftop Solar Power Plant – Installation & Commissioning Description

???? 1. System Overview

A 1 kW rooftop solar power plant is a grid-connected solar photovoltaic (PV) system that converts sunlight into electricity using solar panels mounted on a rooftop.

• Capacity: 1 kW (1000 Watts)

• Average generation: 4–5 units/day (120–150 units/month depending on sunlight)

• Area required: Approx. 100 sq.ft (10 m²) of shadow-free roof space

• System type:

  • On-grid: Connected to utility grid (no battery)

???? 2. Major Components

???? 3. Pre-Installation Activities

1. Site Survey & Feasibility Study

   • Measure rooftop area, orientation, and tilt angle.

   • Identify shadow-free zones.

   • Evaluate load pattern and electricity bill.

   • Check for structural strength of the roof.

2. Design & Engineering

   • Prepare a single line diagram (SLD).

   • Size the inverter and cable lengths.

   • Decide mounting type (tilt or flush).

   • Plan earthing and cable routing.

3. Procurement

   • Source BIS-certified solar panels, inverter, and BoS components.

   • Verify warranty (Panels: 25 years, Inverter: 5–10 years).

???? 4. Installation Process

???? Step-1: Mounting Structure Installation

• Assemble GI structure on the roof using chemical anchors or concrete blocks.

• Ensure a tilt angle = latitude of location (approx. 20–30°) for maximum generation.

• Structure must be aligned south-facing (in India).

⚡ Step-2: Module Installation

• Fix solar modules on the structure using SS clamps and bolts.

• Check for uniform alignment and tight connections.

• Connect module strings using MC4 connectors as per array design.

???? Step-3: Electrical Connections

• Route DC cables from modules to DCDB (via conduit).

• From DCDB → Inverter → ACDB → Main Distribution Board (DB).

• For on-grid systems, connect inverter AC output to grid supply through net meter.

???? Step-4: Earthing & Lightning Protection

• Install three separate earth pits:

  1. DC equipment earthing

  2. AC equipment earthing

  3. Lightning arrestor earthing

• Use 25×3 mm copper strip or 8 SWG GI wire for interconnection.

???? Step-5: System Integration

• Connect inverter communication (Wi-Fi/GPRS) for remote monitoring.

• Label all cables and junction boxes for safety and clarity.

???? 5. Commissioning Process

1. System Inspection

   • Verify mechanical installation, earthing, polarity, and torque.

   • Ensure insulation resistance test for DC cables.

2. Power-On Procedure

   • Turn on DC Isolator → AC Isolator → Inverter.

   • Observe inverter startup sequence and grid synchronization.

3. Performance Testing

   • Check open-circuit voltage (Voc) and short-circuit current (Isc).

   • Measure AC output and confirm expected generation.

   • Verify data logging and communication via app or portal.

4. Documentation

   • Prepare commissioning report, test results, and photographs.

   • Submit to DISCOM (if on-grid) for net-metering approval.