Solar Rooftop

The offered Solar Rooftop is a photo-voltaic system is a small scale solar power generation plant. In this kind of system, Solar PV panels are fixed on the available shadow free roof surface of residential or commercial buildings and connected to the main building electric power system. Solar Panels produce carbon free electricity when irradiated with sunlight. Often made of Silicon, solar panels are made of smaller solar cells which typically number 6 cells per panel. Multiple solar panels strung together make up a solar array. Solar panels are generally protected by tempered glass and secured with an aluminum frame. The Solar Rooftop is very efficient.

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solar epc contract

Price: 1 INR /Set

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Product Details:

Application Other, Industrial, Commercial, Residential, Institutional, Utility scale
Cable Length Customizable as per project
Color Standard PV blue/black
Delivery Time 1 Days
Dimension (L*W*H) Site-specific, customizable
Efficiency Up to 21.5% (module efficiency)
Features Turnkey solution, site survey, design, procurement, installation, commissioning, O&M services
Input Voltage Depends on inverter configuration
Installation Type Other, Ground mounted / Rooftop / Carport / Hybrid
Maintenance Type Annual / Quarterly, as per client needs
Material High quality photovoltaic modules, aluminum mounting structures, copper cabling, electronic inverters
Max System Voltage 1500V DC
Max Voltage 1000V DC
Minimum Order Quantity 1
Number of Cells 60 / 72 cells per module
Operating Temperature -20C to +60C
Output Voltage 230V / 415V AC
Payment Terms Cash Advance (CA)
Power 1 kW to multi-megawatt scale
Price 1 INR
Product Type Other, Solar EPC Contract
Size Project dependent
Supply Ability 1 Per Day
Switch Mode Other, Automatic & manual switch options
Type Of Technology Other, Monocrystalline/Polycrystalline/Thin-film
Unit of Measure Kilowatt/Kilowatts
Unit of Price Set/Sets
Weight Site and design-specific

solar epc contract is the industrial version of commercial design-build where the contractor bids and builds a full turnkey facility for the plant owner. The primary difference between commercial design-build and EPC is the addition of plant performance guarantees in EPC contracts. In solar industry EPC term is used for providing end-to-end solar services from designing the system, procuring the components and installing the project. The offered solar epc contract is very useful and made for efficient purposes.

Certified and Reliable Components

Solar EPC projects are constructed using components compliant with IEC, MNRE, BIS, and CE standards. Only high-quality photovoltaic modules, electronic inverters, aluminum structures, and copper cabling are incorporated, ensuring reliability and longevity. All critical protections, including lightning arresters, surge protection devices, and earth-pit systems, are standard for enhanced operational safety.

Customized System Design and Installation

Every project is thoroughly evaluated and custom-designed based on site and client requirements, spanning rooftop, ground-mount, and hybrid installations. System sizing, module layout, and inverter configuration are tailored to user needs, with options for power output, voltage specifications, and cable lengths, ensuring optimal integration and performance.

Advanced Monitoring and Documentation

Our contracts include real-time monitoring via remote access or robust SCADA systems, enabling immediate insights into system performance. Detailed documentation, including project reports, as-built drawings, and comprehensive test reports, supports regulatory compliance and streamlined maintenance throughout the system's 25+ year lifespan.

FAQ's of solar epc contract:

Q: How are system components certified for solar EPC contracts?

A: All components used, such as photovoltaic modules and inverters, are IEC, MNRE, BIS, and CE certified, ensuring international safety, performance, and durability standards are met in every installation.

Q: What types of inverter configurations are available in your solar EPC projects?

A: We offer string, central, and micro inverter options. Configuration will be selected during the design phase to best suit site conditions and client preferences, enabling efficient energy conversion and monitoring.

Q: When is the typical project completion timeline for a solar EPC contract?

A: Project timelines generally range from 3 to 12 months, depending on the site complexity and scale of installation, from smaller residential projects to multi-megawatt utility systems.

Q: Where can your solar EPC solutions be deployed?

A: Our EPC services are available nationwide and are suitable for industrial, commercial, residential, institutional, and utility-scale sites. Installation types include rooftop, ground-mounted, carport, and hybrid systems.

Q: What protection and safety measures are included in your EPC solar installations?

A: Every project is equipped with lightning arresters, surge protection devices, and an earth-pit system to safeguard against electrical hazards and environmental conditions, ensuring safe and reliable operations.

Q: How does the monitoring system benefit the solar installation's operation?

A: Real-time monitoring, either remotely or via SCADA, allows continuous tracking of system performance, prompt fault detection, and proactive maintenance, thereby optimizing efficiency and extending system life.

Q: What documentation is provided at project handover?

A: At completion, you receive a detailed project report, as-built drawings, and comprehensive test reports, ensuring full transparency and meeting regulatory and maintenance standards for future reference.

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On Grid Solar System

Price: 100.00 - 1000.00 INR /Kilovolt

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Product Details:

Price Range 100.00 - 1000.00 INR
Application Other, Residential, Commercial & Industrial
Cable Length Customized as per requirement
Color Blue
Delivery Time 1 Days
Dimension (L*W*H) 1956 mm x 992 mm x 40 mm (Panel Size)
Efficiency 16% - 18%
Features Net Metering, Real-time Monitoring, Zero Battery Requirement
Input Voltage 1000 V DC
Installation Type Other, Roof-top / Ground-mounted
Main Domestic Market All India
Maintenance Type Low Maintenance
Material Polycrystalline Silicon
Max System Voltage 1000 V DC
Max Voltage 45 V DC
Minimum Order Quantity 1
Number of Cells 72 Cells
Operating Temperature -40C to +85C
Output Voltage 220-240 V AC
Power 3 KW
Product Type Other, On Grid Solar System
Size Standard
Supply Ability 1 Per Day
Switch Mode Other, Automatic
Type Of Technology Other, Grid Tied / On Grid Technology
Unit of Measure Kilovolt/Kilovolts
Unit of Price Kilovolt/Kilovolts
Weight Approximately 22 Kg (per panel)

The supplied on grid solar system is a solar power generation system where it is connected to the utility grid. The electricity produced by the system is routed to the grid from where it is used to run the various appliances. The installation of the same is also fuss-free and easy to maintain. On-grid means your solar system is tied to your local utility companys system. The offered on grid solar system is made available for easy installation and use.

Efficient Power Generation

With a capacity of 3KW, this system reliably generates approximately 12 units per day, ensuring consistent access to renewable energy. Its efficiency of up to 18% makes it suitable for a variety of energy needs, whether installed on rooftops or ground mounts.

Robust Safety Features

Equipped with surge protection, overload protection, and anti-islanding, the system maintains operational safety even in challenging grid scenarios. Users benefit from automatic operation, reducing manual intervention and enhancing reliability.

Advanced Monitoring & Net Metering

Enjoy real-time system monitoring through remote data logging, combined with the advantages of net metering. Track your energy production instantly and benefit from credits for excess power supplied to the grid.

FAQ's of On Grid Solar System:

Q: How does the On Grid Solar System with string inverters integrate with my existing power supply?

A: The On Grid Solar System connects directly to your existing grid. The string inverter synchronizes the solar power with grid electricity, supplying your premises and exporting surplus energy. No batteries are required as the grid acts as storage.

Q: What are the key benefits of using a Tier-1 polycrystalline panel in this system?

A: Tier-1 panels ensure higher efficiency, reliable performance, and longevity. Polycrystalline silicon offers robust energy output, durability, and cost-effective installation for both residential and commercial setups.

Q: When is the optimal time to perform maintenance on this solar system?

A: Routine maintenance is recommended annually or after extreme weather events. However, thanks to its low-maintenance design and protective features, only occasional inspection and cleaning are needed to keep the system running efficiently.

Q: Where can the system be installed, and what mounting options are available?

A: This solar system supports both roof-top and ground-mounted installations, utilizing a galvanized iron mounting structure. Installation is tailored to meet your site's requirements and maximize sun exposure.

Q: What process is involved in monitoring the solar system's performance?

A: Performance monitoring is facilitated by a remote data logging system. It allows real-time access to energy generation statistics and alerts, enabling proactive management from any internet-enabled device.

Q: How is the system protected against electrical hazards and grid issues?

A: The system is equipped with surge protection, overload protection, and anti-islanding features. These safeguards help prevent damage during grid disturbances and automatically disconnect the system when abnormal conditions arise.

Q: What advantages does net metering offer for users of this system?

A: Net metering lets users earn credits for excess electricity generated and supplied to the grid, effectively reducing monthly energy bills and promoting sustainable energy utilization.