Tile roof solar mounting system is an installation solution for a variety of metal roofs. It consists of a combination of rails, roof hooks, mid clamp, and end clamp. The system also offers an adjustable end clamp, making it universally suitable for 30-35mm panels.
The rails and clamps are made of anodized aluminum, which increases the hardness and wear resistance of the fittings and makes them less susceptible to corrosion.
The nuts in the roof hook and clamps are made of SUS304 material, which has good hardness, corrosion resistance and high temperature resistance. The roof hook material can also use SUS403, which also has the above advantages.
This system has the following characteristics:
1. Applicable for different kinds if metal roofs
2. Compatible to different types of solar panel
3. Use Al6005-T5, high quality anodized aluminum
4. Save installation time and cost

We can also customize products according to your needs. If you need, please feel free to contact us. (sales7@landpowersolar.com)

Renewable energy systems have revolutionized the way we generate electricity, with solar power at the forefront of this movement. To harness solar energy effectively, we rely on inverters - devices that convert the direct current (DC) produced by solar panels into the alternating current (AC) used to power our homes and businesses. In recent years, technological advancements have paved the way for innovative inverters that offer greater power efficiency and storage capabilities. In this article, we will delve into the world of hybrid and storage inverters, specifically focusing on the Atess hybrid inverter, high voltage inverter, commercial hybrid inverter, and factory hybrid inverter.

Atess Hybrid Inverter

The Atess hybrid inverter is a cutting-edge solution that combines the best of both worlds - solar power generation and battery storage. With this revolutionary device, homeowners and businesses can harness the power of the sun during the day and store excess energy for use during the night or during periods of low sunlight. By seamlessly integrating solar energy and battery storage, the Atess hybrid inverter ensures optimum power efficiency and reduced reliance on the grid.

High Voltage Inverter

Leveraging the advancements in power electronics, high voltage inverters have emerged as a game-changer in the solar industry. These inverters allow the seamless integration of high voltage DC sources, such as photovoltaic systems, with AC power systems. By operating at higher voltages, these inverters minimize energy losses and maximize power output. Furthermore, high voltage inverters enable longer string lengths and reduce the overall system cost, making them an attractive choice for large-scale solar installations.

Commercial Hybrid Inverter

With companies increasingly adopting renewable energy practices, commercial hybrid inverters have gained significant popularity. These inverters cater to the energy demands of commercial establishments, offering the perfect blend of high power output, scalability, and advanced grid integration capabilities. Alongside maximizing self-consumption and grid independence, commercial hybrid inverters provide crucial energy management functionalities, enabling businesses to monitor and optimize their energy usage effectively.

Factory Hybrid Inverter

Factories and industrial facilities require reliable and efficient power solutions to meet their energy demands. Factory hybrid inverters are specifically designed to cater to these requirements, offering high capacity and robust performance. These inverters allow seamless integration of solar power, battery storage, and auxiliary power sources, ensuring uninterrupted operations and cost savings. With the ability to handle heavy loads and provide stable power supply, factory hybrid inverters are the ideal choice for industrial applications.

Storage Inverter

As we transition towards a future where energy storage plays a vital role, storage inverters have emerged as an essential component. These inverters facilitate the conversion and management of electricity flowing in and out of battery storage systems. By efficiently controlling the charging and discharging processes, storage inverters improve system reliability, enhance battery life, and enable seamless integration with renewable energy sources. As a result, homeowners, businesses, and even entire communities can benefit from reduced energy costs and increased resilience.

In conclusion, hybrid and storage inverters offer a multitude of benefits for solar energy systems. Whether it’s maximizing power efficiency, enhancing grid independence, or providing reliable energy supply, these innovative devices are shaping the future of renewable energy. The Atess hybrid inverter, high voltage inverter, commercial hybrid inverter, factory hybrid inverter, and storage inverter represent some of the state-of-the-art solutions available today, empowering individuals and businesses to embrace a sustainable and efficient energy future.

In the developing countries, a source of hope has emerged, brightening the way forward with solar powered lights. The rise of solar lights is not just a technological marvel; it is a beacon of hope, a promise of a future where every night is no longer a barrier to progress and development. It is a story of light that is being written across the skies of nations that are eager to rise, to shine, and to redefine what it means to be developed in the 21st century.

 

The proliferation of solar lights in these regions showcases human creativity and the unwavering resolve of those who refuse to be constrained by conventional energy limitations. As daylight fades, areas that were once engulfed in darkness now glimmer with the potential for a brighter tomorrow. Solar energy lighting serves not only as illumination but also as a symbol of resilience and a catalyst for change.

 

The story of solar LED lamps in these developing nations is one of overcoming challenges. It highlights the impact of innovation in combating energy poverty. Where access to grid electricity seemed unattainable, solar technology has emerged as a sustainable and affordable solution. The adoption of solar lamps represents not just a technological shift but a social transformation, empowering individuals and communities to shape their own futures.

 

 

Additionally, the growth of solar lights reflects a commitment to environmental responsibility. By adopting this clean energy solution, developing countries are enhancing their own lives while also playing a role in the global battle against climate change. Transitioning to solar energy is a step toward a greener, more sustainable future, where the developing world becomes a promoter in the pursuit if a cleaner planet rather than merely a recipient of aid.

 

In summary, the rise of solar lights in developing countries is a compelling story of progress and potential. It highlights the transformative power of technology and humanity’s incredible ability to adapt and flourish. As these nations continue to advance, illuminated by Solar Lights Do solar lights, the world observes with optimism, inspired by their journey and eager to witness their future achievements. The emergence of solar lighting is not just a moment in energy history; it exemplifies the possibilities that arise when determination meets opportunity.

Solar PV (photovoltaic) systems are a popular way to generate clean, renewable energy from the sun. However, to ensure the optimal performance and longevity of a solar system, a reliable and robust mounting system is needed. The mounting system holds the solar panels in place and positions them at the correct angle to capture the maximum amount of sunlight. When choosing a solar PV mounting system, there are several factors to consider. Here are the top 5:

 

Type of surface: The type of surface the solar panels will be installed on will impact the choice of mounting system. For example, if the solar panels will be installed on a flat roof, a ballasted mounting system may be a good option. Ballasted systems use weights to keep the mounting structure in place, rather than penetrating the roof with bolts or screws. If the solar panels will be installed on the ground, a pile-driven system may be more appropriate, as it can be easily driven into the soil.

 

Load-bearing capacity: The mounting system needs to be able to support the weight of the solar panels, as well as any additional load, such as snow or wind. The load-bearing capacity of the mounting system should be able to withstand the most extreme weather conditions in the installation area. For example, if the area is prone to heavy snow, the mounting system should be designed to withstand the weight of the snow.

 

Orientation and tilt: The orientation and tilt of the solar panels are important factors to consider, as they impact the amount of sunlight the panels receive. In the Northern Hemisphere, solar panels should face south to receive the most sunlight, while in the Southern Hemisphere, they should face north. The tilt angle of the panels should also be adjusted based on the latitude of the installation site to ensure the panels receive optimal sunlight throughout the year.

 

Materials: The materials used to construct the mounting system should be durable, weather-resistant, and able to withstand the weight of the solar panels. Common materials used in solar mounting systems include aluminum, steel, and concrete. The materials should be selected based on the specific needs of the installation site, such as the local climate and weather conditions.

 

Installation and maintenance: The installation and maintenance of the solar PV mounting system should be done by qualified professionals. The installation process involves securing the mounting system to the roof or ground, connecting the panels to the mounting system, and wiring the system to the inverter and electrical grid. Proper maintenance is also important to ensure the longevity of the system and the safety of the people and property around it. The maintenance should include regular inspections of the mounting system and solar panels, as well as cleaning and repairs as needed.

 

In conclusion, choosing the right solar PV mounting system is crucial to the performance and longevity of a solar system. The type of surface, load-bearing capacity, orientation and tilt, materials, and installation and maintenance are all important factors to consider when choosing a mounting system. By taking the time to consider these factors and working with qualified professionals, a solar PV system can be installed safely and efficiently, providing clean and renewable energy for years to come.

Across the United States, more and more people are starting to invest in solar power systems. They are outfitting their roofs with solar panels — and why not? Solar power technology has seen incredible advancements in recent years, many of which have helped to lower the cost of the equipment involved.  Installing solar panels on your roof is also a wonderful way to generate electricity for your home and business, as well as the grid, without increasing your impact on the environment.

 

However, there are many things that you need to consider before you jump in and start the installation process.

 

To help you decide whether or not solar power is the right option for you, your home, or your business, we’ve put together a list of the top 7 things you need to take into consideration before you install those rooftop solar panels.

 

1. Does your roof need repairs?

Before you even consider installing solar panels, ask yourself, how old is my roof? If you know that you will need a new roof soon, or that a part of your roof is damaged, it probably isn’t the best idea to install solar panels. If you can, take care of any roof repairs before the installation. That way, you won’t need to pay extra to dismantle the work and then put it up again (in some cases for at least 20 years).

 

Another aspect to consider is the warranty on your roof compared to the warranty on the solar panels. If you have solar panels that will last for 20 years and a roof that will only last between 10 – 15, it increases the cost of maintenance. Try to match both projects in terms of how long they will last in order to reduce the amount of effort, time and money you will need to invest.

 

2. What is the shape of your roof?

Roofs come in many different shapes and sizes. Before you go ahead with any installation, make sure that your roof has enough space for the solar panels. If there isn’t enough room, you likely will not get the return you expect on your investment.

 

3. Which direction do the slopes of your roof face?

Solar panels require specific placement in order to generate the maximum amount of power. Most professionals say that the best placement is to have the panels face south while others say west. Regardless, this information is important for you to determine before the installation starts.

 

4. How much weight can your roof handle?

Installing solar panels will increase the weight on the structure of your roof. If the weight of these solar panels is too much for your roof to handle, there is a potential that it will collapse. This is very dangerous for many reasons, not to mention costly. To avoid both situations, it is critical to have a professional evaluate your roof to determine if additional support is required to complete the installation.

 

5. Where will the water go?

When it rains, water runs down the roof, into the gutters and out and away from your home. When installing solar panels, equipment like racking and wire harnesses can prevent the water from flowing and draining properly. In some cases, solar equipment can move the water in a different direction, which can create leaks and other problems. These problems will need repair, which means the solar panels will need to be removed.

 

To avoid all of these issues, make sure that you inform your contractor of these concerns. They will be able to present a plan to you to prove that the installation will not impact the water runoff in any way.

 

6. What about nature’s other surprises?

Part of maintaining your solar power system is dealing with severe weather like lightning storms, hurricanes, hail, and more. There is a potential for some solar power equipment to get damaged during these events. While some insurance will cover these types of events, it is something to consider, especially if you live in an area where this type of weather occurs often.

 

7. How do you connect to the grid?

In addition to the structure and shape of your roof, you also need to consider how you are going to connect your solar power system to the grid. When connecting with a local utility, there are many things that you need to determine.

 

Examples include:

 

How long will it take to get hooked up?

Do you need to pay any fees?

How will you be credited for the generated electricity?

When will you be credited for your generated electricity?

 

We are specializing in researching & developing, manufacturing, and marketing of solar PV mounting systems, including Roof Mounting Solutions, Ground Mounting (both for Aluminum and Steel) Solutions, Solar Waterproof Carport and all mounting accessories. Welcome to inquire ~

A high quality solar mounting system design takes advantage of all the environmental factors in order to maximize energy output for the project owner’s energy usage requirements. The advantages of choosing the right solar mountings are:

 

 

Efficiency of the Solar System

 

The life of a solar PV system may be seriously affected by galvanic corrosion. Atmospheric conditions such as moisture and chlorides can cause serious structural failures in racking and mounting components. A solar panel efficiency is referred to as the fraction of sunlight energy that is converted into electricity. This has a direct bearing on what kind of mountings you use for your solar modules. The installer has to be careful in choosing the right material for solar mounting structures which is an important in lowering the total cost of ownership over the project term of 25 years.

 

Average Production / Yield

 

Photovoltaic mounting structure design is an important part of PV power plant design and its design principles. The conversion efficiency of a solar panel is directly related to the amount of direct solar irradiance that strikes the surface of a solar cell or panel. Apart from the effect of atmospheric attenuations, solar power absorption is also affected by the earth’s distance from the sun and the earth tilt angle with respect to the sun.

 

The durability of the System

 

Assessing solar mounting’s durability is critical as the equipment is expected to be exposed to extreme environmental conditions. When choosing the correct solar mountings, the following questions should be taken into consideration:

 

Will it be located near the corrosive sea air of a coastal area?

Can it handle the extreme heat of a desert?

Can it sustain the wind loading of that particular location?

Even if the environmental exposure is minimal, durability is still important due to the stresses imposed on the system over time.

 

 

Ease of Installation & Maintenance

 

A good mounting system should be modular in design to reduce installation time and cost. A pre-assembled mounting structure also decreases the risk of accidents to installers when they are operating on rooftops, carports. In such cases, they spend comparatively less time during installation and need fewer tools, so their exposure to the risk of injury and liability is reduced. 

Figuring out if solar panels are right for your home can be daunting. If you’re looking to install solar panels, you’ll come across a wide range of information listing out the good that solar has to offer.

 

Advantages of solar energy

 

1. Reduces your electricity bills

The biggest benefit for solar buyers is that solar panels can reduce your electric bills. As of 2024, the average household can save about $1,500 per year on electric bills when they install solar panels!

 

Solar power systems save money by reducing how much energy you need to buy from the grid. In areas with net metering policies, you can earn credits by sending excess energy back to the grid, saving you even more money.

 

2. Insurance against rising power prices

Electricity prices are high and only keep getting more expensive. According to the U.S. Energy Information Administration, the average cost of electricity is about $0.16 per kilowatt-hour (kWh) - a 4.1% increase from the previous year.

 

Solar panels protect you from these rising electricity costs. Because you are producing your own energy, you don’t have to buy as much power from your utility and avoid paying those high energy rates. In fact, you’ll actually be saving more money with solar panels as electric rates get higher!

 

3. Solar is cheaper than ever

While electricity prices have continued to climb, solar panel installation costs have steadily fallen. The image below is a graph from the National Renewable Energy Laboratory (NREL) of the cost per watt of solar installed on a residential and utility scale.

 

Solar technology costs less than half of what it did back in 2010. Now in 2024, the cost of solar sits at an average of $3.00 per watt. And when paired with good solar rebates or incentives like the 30% federal solar tax credit, you can bring down the cost even more.

 

4. Solar is a renewable energy source

Solar is a renewable source of energy, meaning that the sun’s power won’t deplete as we use it to make solar electricity. The sun’s energy will never “run out” – so you can always take advantage of it, without hurting the earth!

 

Plus, solar panels do not emit any harmful carbon dioxide emissions when they generate electricity, making them a source of clean energy and an integral part in fighting against climate change and reducing our carbon footprint.

 

5. Diverse uses

Photovoltaic energy can be used in many small and large-scale projects. From powering a home to running space satellites, solar panels are a great way to access energy in even the most remote places.

 

The most common uses for solar panels are on residential rooftops and large solar farms. But, some smaller-scale uses include solar phone chargers, solar-powered outdoor lights, and portable solar panels for camping and RVs.

 

6. Great financial investment

Solar panels can pay for themselves in just a few years with the savings accumulated on your electricity bill. In some cases, solar panels can provide better return on investment than in something like an index fund.

 

The average payback time for a home solar installation is about ten years, but it’s different for everyone. How long it takes to see a return on your solar investment depends on how much you paid for your system, your state, and the incentives available in your area.

 

7. Low maintenance costs

Solar panels don’t require much maintenance after installation. Solar panel maintenance is generally minimal and usually consists of solar panel cleanings once or twice a year to avoid dirt and buildup.

 

Solar panels and other solar system equipment have very low failure rates because they don’t have moving parts, especially when you choose reliable brands and a trusted installer. An installer or manufacturer's solar warranty may cover some issues with solar panels, but it’s unlikely the equipment will fail.

 

8. Energy independence

Solar panels allow homeowners to create their own energy instead of relying on the electrical grid, helping you achieve energy independence.

 

Energy independence allows homeowners to take power into their own hands and control where your home is getting energy from.

 

The role of the solar mounting system is critical. If you need a roof mounting system for your home’s roof, you can contact us. Our solar rooftop mounting system includes tile roof mountings, color steel roof mountings, flat roof mountings, standing seam roof mountings, etc.

The following introduces five types of GRD Solar Rooftop Mounting System:

 

Tile Roof Mountings

GRD Tile Roof Mounting is designed with great suitability for installing framed and framless panels on the roof, which are applied to both commercial and residential roof system.

Innovative design, pre-assembled clamp and standard components make the installation simple to save your installation time and cost.

Different hooks are compatible with various tile roofs.

 

Color Steel Roof Mountings

Color steel roof mountings is suitable for large area color steel roof, need to match aluminum alloy clamping hook respectively according to different types of color steel roof, which including standing seam roof, angle break type roof, buckle type roof, fixed part connection type roof, to achieve the most stable installation effect.

This kind of fixed way will not damage the waterproofing of the original building, and can be effectively combined with the original roof.

 

Standing Seam Roof Mountings

Standing Seam Roof Mounting is designed with exclusive clip lock kit for metal roof sheet with non-penetration solution.

Which makes the roof sheet be beyond rust, keep the roof intact and better water proof.

It eliminates the need for traditional L feet, just need bolt to fix, save labor time and reduce materials used in installations.

With GRD highly pre-assembled structure, can make the installation steps much easier.

 

Asbestos / Metal Roof Mountings

Asbestos / Metal Roof Mounting is designed with innovative rail, standard components and highly pre-assembled clamps, which make the installation to be simple with great flexibility.

 

Trapezoidal Roof Mountings GRD-SS04 / GRD-SS07

GRD-SS04 mountings kit and GRD-SS07 mountings kit are both mini rail sulutions, which are designed for trapezoidal shape metal sheet roof.

The mini Rail is unity of rail and hook, which can work as rail and hook.

It can be fixed on roof to hold solar panels directly without rails, which can save installation time, suitable for large-scale installation.

Solar mounting systems, it is used to fix solar panels to various surfaces such as solar rooftop mounting system, solar ground mounting system, BIPV waterproof carport, etc.

 

Solar mounting systems help hold solar panels or arrays in place and work as the support structure for the solar modules. Solar mounting systems are usually made of steel or aluminum supports that can hold solar panels in place under extreme loads from wind, snow and frost.

 

GRD solar rooftop mounting system includes Tile Roof Mountings, Color Steel Roof Mountings, Standing Seam Roof Mountings, Asbestos / Metal Roof Mountings, Trapezoidal Roof Mountings GRD-SS04 / GRD-SS07, Flat Roof Mountings, Asphalt Roof Mountings.

 

GRD Solar Ground Mounting System includes Zn-Al-Mg Ground Mountings System, Aluminium Solar Ground Mountings System.

 

GRD BIPV waterproof carport is a derivative of GRD BIPV photovoltaic building integration, suitable for the installation of industrial and commercial photovoltaic modules, GRD BIPV waterproof carport has the function of traditional photovoltaic carport, effectively improve space utilization.

With the aluminum alloy mountings waterproof design, it will lower the maintenance cost and longer the system life.

 

We achieved good trust from customers because of our stable and excellent products, and we will try our best to become a world leading level of photovoltaic racking solutions supplier.

Solar power is growing faster than all other electricity sources in the U.S., representing 50% of the generation capacity installed in 2022. According to the latest Solar Market Insight Report, the U.S. installed 700,000 home solar systems last year, and the country now has enough solar capacity to meet the energy needs of 25 million homes. High-quality solar panels come with a 25-30 year product warranty, and homeowners paying high electric tariffs can achieve a payback period of less than six years.

 

One of the most important decisions when going solar is deciding where to install the photovoltaic (PV) array and inverter. Many homeowners choose roof-mounted systems, since they can take advantage of unused space. However, a solar carport is also a viable option: you get both a clean energy system and shaded parking areas in the same piece of land.

 

What Is a Solar Carport?

In simple terms, a solar carport is a canopy with photovoltaic panels that is installed above a parking area. Solar carports accomplish a dual function, providing a roof for your vehicles while generating electricity for your home. If you own an electric vehicle, a solar carport can also be combined with an EV charging station.

 

Solar carports work just like ground-mounted PV systems, since the racking structure is anchored directly to the ground in both cases. However, solar carports use a taller structure than ground mounting systems, since they must provide enough space to park vehicles.

 

Solar Carport vs. Traditional Solar Installation

Traditional solar installations take advantage of existing roof areas, and their racking system is attached directly to your roof structure. On the other hand, a solar carport is an independent structure anchored directly to the ground, which generates electricity while acting as a roof for your vehicles. Each type of system has advantages and disadvantages.

 

Benefits of a Solar Carport

A solar carport is slightly more expensive than a rooftop PV system of the same capacity, since you need a dedicated structure. However, solar carports also offer several benefits.

 

You can convert unproductive parking space into a renewable energy system.

Your vehicle is covered from rainfall, snow and UV rays.

Solar panels and inverters can be accessed more easily for cleaning, inspections and maintenance.

A solar carport can be designed with an orientation that maximizes the sunlight reaching your PV modules, increasing their electricity output.