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Professional Roofing Contractors
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Years In Business
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Happy Clients
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Projects Completed
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Our Services
We Provide Superior Roofing Services
Roof Installations
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Roof Repair
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Leak Repair
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Additional Services
We Also Offer
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- Stucco
- Window Replacement
- Skylights & Sun Tunnels
- Chimney Spark Arrestor
- Interior Sheetrock Repair
Why Choose Us
Six Reasons For People Choosing Us
Quality Material
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Accredited
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Trained Workers
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Time Availability
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Quick Response
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1 Year Warranty
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We Are Business Who Cares, And it Shows
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Jeniffer Smith
CHEF
Pamela Duncan
DIRECTOR
Steve Tailor
CFO
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Solar panels can be installed on the top of a house to generate electricity, reducing electricity bills and increasing energy independence. This is a space-efficient and secure option, though the initial cost can be a barrier that is sometimes offset by government subsidies and long-term savings. Rooftop installations typically involve securing the panels to the roof structure with a mounting system.
Solar Panel
.
- Photovoltaic (PV) cells: Solar panels are made of individual cells that convert sunlight into electricity.
- Sunlight to electricity: Photons from the sun strike the cells, knocking electrons loose and creating an electric current.
- Connection to the grid: This electrical current is captured and can be used to power your home. Excess energy can be sold back to the grid through systems like Net Metering, which helps reduce overall electricity bills.
- Cost savings: Reduces or eliminates monthly electricity bills.
- Energy independence: Provides a more reliable power source, reducing reliance on the grid.
- Environmental benefits: Generates clean, renewable energy.
- Space-efficient: Uses existing roof space, avoiding land use concerns.
- Aesthetics: Can be a seamless and attractive addition to a home.
- Site assessment: A professional will assess your roof’s structure and potential for sunlight, accounting for factors like shading from trees or other buildings.
- Mounting system: A racking system is securely attached to the roof’s structure.
- Panel placement: Solar panels are mounted onto the racking system. Proper placement ensures they capture maximum sunlight.
- Electrical work: The panels are wired to an inverter and your home’s electrical system. Cables are run through the roof using specialized flashing to prevent water leaks.
- Initial cost: The upfront cost varies based on the system size, panel quality, and other components like batteries. A 1kW system might start around ₹70,000 in India, while larger systems cost more.
- Government subsidies: Government programs may provide subsidies to help lower the total cost of the installation.
- Register: Visit the National Portal for Rooftop Solar to register and find information specific to your location, such as local vendors and subsidy details.
- Choose a system: Based on your electricity usage, determine the suitable system size with the help of the portal or a vendor.
- Select a vendor: Choose a vendor to install the system.
- Installation: The vendor will install the system on your roof
Installation Process Solar Panels
- Site Assessment:
Evaluate the location’s suitability by checking factors like available space, sun exposure, and the structural integrity of the roof.
- System Design:
Plan the system, including the number of panels, the inverter size, and any other necessary components, based on energy needs and site assessment.
- Permitting and Paperwork:Obtain all necessary permits and approvals from local authorities and utility companiesThe solar panel installation process involves several steps, starting with a site assessment and system design, followed by obtaining permits, and then physically installing the mounting structure and solar panels. The final stages include electrical wiring to connect the panels to an inverter, a battery (if applicable), and the electrical grid, before a thorough system test and final inspection
The sun provides solar energy in the form of photons, which are converted into electricity by solar panels through the photovoltaic effect. Solar panels, made of materials like silicon, capture sunlight, which excites electrons and creates a direct current (DC). This DC electricity is then converted to alternating current (AC) by an inverter, making it usable for homes and businesses.
- Photovoltaic (PV) cells: Solar panels are made of PV cells, typically from semiconductor materials like silicon.
- Energy absorption: When photons (light particles) from the sun strike the PV cells, the energy is absorbed.
- Electron release: This energy knocks electrons loose from the atoms within the silicon.
- Direct current (DC) creation: The flow of these loose electrons creates an electric current, specifically direct current (DC).
- Inverter conversion: A device called an inverter converts the DC electricity into alternating current (AC), which is the standard type of electricity used in homes and by most appliances.
- How does solar power work? | National Grid
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- Solar panel – Wikipedia
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- Top 8 Reasons Why Solar Panels are beneficial
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Solar panels have ten common uses: powering homes and appliances, providing lighting for streets and homes, heating water, powering agricultural pumps and dryers, running industrial operations, charging electric vehicles, and powering smaller devices like calculators. They are also used for heating and cooling buildings, providing electricity for satellites in space, and are even being integrated into innovations like solar roads.
- Solar panels generate electricity for all home functions, from lighting to running appliances, and can even store excess power in batteries.
- They provide power for streetlights, garden lights, and indoor lighting, often operating off-grid.
- Solar water heaters use panels to heat water for domestic use, reducing the need for electricity or gas.
- Solar-powered pumps can be used for irrigating fields, while solar dryers help preserve crops.
- Large-scale solar arrays can power manufacturing plants, and solar energy is also used for industrial processes like water treatment and heating.
- Solar panels can power electric vehicles through charging stations, and some experimental cars and roads are designed to run on solar energy.
7. Small portable devices
- They are used to power small, portable electronics such as calculators and chargers.
- Solar panels can be used for active and passive heating systems, and solar-powered attic fans can help cool buildings.
- Satellites in space use solar panels as their primary energy source.
- Solar distillation uses solar energy to remove salts from water, providing a source of clean drinking water in areas with limited resources
Solar panels are used to generate electricity and heat for a wide range of applications, including powering homes, heating water, charging electronic devices, and running various industrial processes. They provide electricity for residential and commercial buildings, power remote locations, and even fuel transportation like electric cars and trains.
Electricity generation- Residential and commercial: Powering homes, businesses, and their appliances.
- Remote power: Providing electricity to cabins and other off-grid locations without access to power lines.
- Transportation: Powering electric vehicles such as cars, buses, and race cars.
- Spacecraft: Supplying power to satellites.
- Residential and commercial: Powering homes, businesses, and their appliances.