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3kw ongrid system

Name: 3kw ongrid system
Brand: Green And Efficient Energy Services
Price: 210000.0 INR
Availability: InStock

Price 210000.0 INR/ Unit

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MOQ : 1 Unit

3kw ongrid system Specification

Efficiency
16-20% (Panel dependent)

Maintenance Type
Low Maintenance, Periodic Cleaning

Features
Grid-tied, Low Maintenance, Export Excess Energy to Grid

Input Voltage
DC Input to inverter as per panel configuration

Product Type
On-grid Solar Power System

Material
Monocrystalline/Polycrystalline Silicon Panels, Aluminum Mounting Structure

Number of Cells
60/72 cells per panel (varies by module)

Power
3 kW

Operating Temperature
-40C to +85C

Max Voltage
1000V DC

Max System Voltage
1000V/1500V DC

Output Voltage
230V AC, Single Phase (or as per inverter specification)

Cable Length
Standard 10m (Customizable)

Switch Mode
Manual/Automatic Switch (depends on inverter)

Size
Standard (Panel size approx. 1.96m x 0.99m/panel)

Dimension (L*W*H)
Approx 6m x 2m x 1.5m (installation dependent)

Color
Blue-Black (Panels), Silver (Frame)

Weight
~20-25 kg per panel

Type Of Technology
Photovoltaic (PV) On-grid

Installation Type
Rooftop or Ground Mounted

Compliance
MNRE, BIS, IEC Standards

Max Output per Day
Up to 12 kWh/day (varies with sunlight conditions)

Protection
Anti-Islanding, Surge, Short Circuit, Reverse Polarity

Inverter Type
Grid Tie (String Inverter / Micro-Inverter supported)

Panel Brand
Tier 1 (as specified by supplier)

Mounting Structure Material
Anodized Aluminum / Galvanized Iron

Monitoring System
Remote Monitoring via Wi-Fi/Internet

About 3kw ongrid system

3 kW On-Grid Solar System

Our 3 kW On-Grid Solar System is a reliable and cost-effective solar power solution designed for homes, offices, shops, and other establishments. The system generates electricity from sunlight and synchronizes with the existing grid supply, helping reduce monthly electricity bills.

Key Features:

System Capacity: 3 kW
System Type: On-Grid / Grid-Tied Solar System
High-efficiency solar PV modules
Grid-connected solar inverter
Suitable for residential and commercial applications
Reduces dependence on conventional electricity
Low maintenance and long service life
Net-metering compatible, subject to applicable DISCOM regulations
Professional installation and commissioning support available

Applications:
Residential Buildings, Houses, Offices, Shops, Schools, Commercial Establishments, and Other Suitable Rooftops.

Product Benefits:

Saves electricity costs
Utilizes clean and renewable solar energy
No battery required in a standard on-grid configuration
Easy to operate and maintain
Environment-friendly power generation

Supply & Installation: Complete solar system supply, installation, testing, and commissioning can be provided as per site requirements.

Efficient Power Generation for All Sectors

This 3kW on-grid solar system is ideal for residential, commercial, or industrial power generation. With high-efficiency Tier 1 panels and reliable grid-tied operation, users can benefit from consistent energy output while maintaining their connection with the utility grid. The system helps reduce electricity bills by powering daily loads and exporting excess energy back to the grid.

Advanced Safety and Compliance

Safety is a priority in this solar installation. Equipped with advanced protections-anti-islanding, surge protection, short-circuit, and reverse polarity safeguards-the system complies with MNRE, BIS, and IEC standards. Its robust design ensures safe, stable, and long-lasting performance under varied environmental conditions.

Remote Monitoring and Easy Maintenance

With integrated remote monitoring over Wi-Fi or Internet, users can track system performance and energy generation in real-time from anywhere. The low-maintenance design only requires periodic cleaning, making it easy for owners to maximize efficiency without complex servicing.

FAQ's of 3kw ongrid system:

Q: How does the 3kW on-grid solar system function with the utility grid?

A: This system integrates with the local utility grid using a grid-tie inverter (either string or micro-inverter supported). It supplies power directly to your home or facility and automatically exports surplus energy back to the grid, maximizing your returns and helping reduce power bills.

Q: What steps are involved in installing the 3kW solar system?

A: Installation begins with site assessment for roof or ground mounting, followed by the assembly of anodized aluminum or galvanized iron structures. Panels and inverter are then positioned, and all electrical connections-standard 10m cables (customizable)-are established. The final step involves testing system functionality and configuring remote monitoring.

Q: When can I expect peak energy output from my solar system?

A: Maximum daily output, up to 12 kWh per day, is typically achieved on clear and sunny days when solar irradiance is highest. Output can vary based on local weather, shading, and seasonal changes.

Q: Where can the system be installed and what space is required?

A: The system can be installed on both rooftops and ground areas, depending on space availability. Typical installation dimensions are around 6m x 2m x 1.5m, though actual space needs may vary depending on site conditions and mounting arrangement.

Q: What type of panels and inverters does the system use?

A: This solution utilizes Tier 1 monocrystalline or polycrystalline silicon photovoltaic panels, each with 60/72 cells. Compatible inverters include string and micro-inverter types, chosen based on site and user preference.

Q: How is ongoing system performance monitored?

A: Performance is monitored remotely via Wi-Fi or Internet through a dedicated platform or mobile app, allowing users to track generation data, system status, and troubleshoot or optimize settings, all from their smartphone or computer.

Q: What are the main benefits of choosing this 3kW on-grid system?

A: Benefits include reduced electricity bills, low maintenance requirements, real-time performance monitoring, robust safety protections, and the ability to export excess energy, contributing both to personal savings and the broader power grid.

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