Solar trackers are essential for maximizing energy production by allowing panels to follow the sun’s path. However, their cost can vary widely based on factors such as the type of tracker (single-axis versus dual-axis), the scale of the project, location-specific installation requirements, and the current market conditions.

Typical Cost Range

Industry estimates suggest that the hardware cost for solar trackers typically ranges between $80,000 to $150,000 per megawatt (MW). Here’s a quick breakdown of the key considerations:

• Single-Axis Trackers:
  These are generally less expensive, as they rotate along one axis to follow the sun’s east-to-west movement. They usually fall on the lower end of the cost range.

• Dual-Axis Trackers:
  Offering increased energy capture by adjusting both tilt and rotation, dual-axis systems are more complex and tend to cost more, often reaching the higher end of the range.

Other Cost Influencers

Several factors can affect the overall cost per MW, including:

• Project Scale and Complexity: Larger projects may benefit from economies of scale, reducing the cost per MW.

• Installation and Land Preparation: Site-specific challenges, such as difficult terrain or high labor costs, can increase the total expense.

• Supply Chain and Market Conditions: Prices for components and installation services fluctuate based on market dynamics and regional factors.

How SIC Solar Fits In

While SIC Solar is renowned for its high-quality photovoltaic mounting systems, their expertise extends to providing mounting solutions that can be integrated with tracking systems. Their robust, durable, and cost-effective mounting solutions help optimize solar installations, contributing to the overall efficiency and reliability of the system—even when paired with advanced tracking technology.

For a typical solar tracker installation, you can expect costs in the range of $80,000 to $150,000 per MW. The exact figure will depend on the type of tracker chosen, project scale, and installation specifics. By selecting high-quality mounting solutions—like those offered by SIC Solar—project developers can ensure their solar installations are both efficient and long-lasting.

Installing solar panels on a flat roof presents unique challenges and opportunities. Unlike pitched roofs, flat roofs do not naturally provide the ideal tilt angle for solar panels. However, with the right positioning and equipment, you can still achieve maximum energy efficiency. Here’s how to effectively position solar panels on a flat roof and optimize their performance.

1. Choose the Right Racking System

To ensure solar panels are positioned optimally on a flat roof, a racking system is essential. A tilt mounting system can elevate the panels, allowing them to capture sunlight more effectively. There are two main types of racking systems to consider:

• Fixed Tilt Racks – These racks are set at a specific angle, typically between 10 and 30 degrees, depending on your geographical location. This angle allows solar panels to capture the most sunlight throughout the year.

• Adjustable Racks – These systems allow you to adjust the tilt angle of the panels to adapt to seasonal changes in the sun's position, providing more flexibility and higher energy production.

SIC Solar offers reliable and durable racking systems specifically designed for flat roof installations, ensuring stability and optimal tilt for maximum solar output.

2. Determine the Optimal Tilt Angle

The tilt angle is crucial for solar panels to maximize exposure to sunlight. The best angle varies depending on your location, but here are some general guidelines:

• Winter – To capture the lower-angle winter sun, tilt the panels at a steeper angle, typically between 25° and 40°.

• Summer – For the higher summer sun, tilt the panels at a shallower angle, generally between 10° and 20°.

For year-round performance, many systems use a moderate tilt angle around 20° to 30°, striking a balance between winter and summer performance.

3. Ensure Proper Spacing Between Panels

Proper spacing is essential to prevent shading and allow for easy maintenance. Shading from adjacent panels can significantly reduce the efficiency of your system, so ensure that:

• There is sufficient space between rows of panels to avoid shadows, particularly during the winter months when the sun is lower in the sky.

• Allow for adequate airflow around the panels to help reduce heat buildup and improve performance.

4. Consider Wind and Load Resistance

Flat roofs are often more exposed to strong winds, so it’s crucial to ensure the racking system is securely anchored. Some racking systems use ballasted mounting, which relies on the weight of concrete blocks to keep the panels in place without penetrating the roof surface. Ensure the system can withstand the local wind speeds and snow loads that might occur in your area.

SIC Solar’s high-quality mounting solutions are designed to withstand harsh environmental conditions, providing durability and long-term performance for flat roof solar installations.

5. Plan for Accessibility and Maintenance

To ensure that your solar panels remain efficient throughout their lifespan, plan for easy access for cleaning and maintenance. Allow enough space for technicians to reach the panels, clean them, and check for any damage or wear.

6. Check Local Regulations

Before proceeding with your solar installation, be sure to check with your local authorities regarding building codes and zoning regulations. In some areas, you may need a permit for solar panel installation, especially for commercial or large-scale installations.

For expert advice and high-quality flat roof solar mounting solutions, reach out to SIC Solar today!

Floating solar panels, also known as floating photovoltaic (FPV) systems, are an innovative way to generate renewable energy by placing solar panels on water bodies such as lakes, reservoirs, or ponds. While they offer benefits like land conservation and increased efficiency, they also come with certain drawbacks that need consideration.

1. Higher Initial Investment

Compared to traditional ground or rooftop solar installations, floating solar systems require specialized floating structures and anchoring systems, leading to higher upfront costs. The materials used must be water-resistant and corrosion-proof, further increasing the expense.

2. Complex Installation & Maintenance

Installing solar panels on water is more technically challenging than on land. The process involves:

• Anchoring and mooring systems to keep panels stable despite water movement.

• Regular inspections to prevent water damage, biofouling, or debris accumulation.

• Specialized maintenance requiring boats or floating platforms, making servicing more labor-intensive.

3. Environmental and Ecological Concerns

Although floating solar panels reduce water evaporation and algae growth, improper installation can disrupt aquatic ecosystems by:

• Blocking sunlight, affecting underwater plant and fish life.

• Altering natural water flow patterns.

• Potentially releasing plastic or metal components into the water over time.

4. Weather-Related Risks

Floating solar systems are more vulnerable to extreme weather conditions such as:

• Strong winds and storms, which can damage or displace panels.

• Heavy waves or flooding, which may impact system stability.

• Ice formation in cold climates, which can increase structural stress and damage components.

5. Limited Suitable Locations

Not all water bodies are ideal for floating solar installations. Factors that can limit feasibility include:

• Strong currents or deep waters that make anchoring difficult.

• Restricted water use regulations in certain regions.

• High salinity levels, which may accelerate corrosion and increase maintenance needs.

6. Energy Transmission Challenges

Since floating solar panels are located on water, connecting them to the power grid requires additional infrastructure, including underwater cables and transformers. This adds to installation costs and may require approval from local regulatory authorities.

While floating solar panels provide an innovative approach to solar energy generation, they come with higher costs, complex installation, environmental considerations, and weather-related risks. Selecting the right solar mounting system is crucial to ensuring stability and efficiency.

SIC Solar offers customized solar mounting solutions that are designed to withstand various environmental conditions, whether on land, roofs, or water-based applications. Contact us today to explore the best solar mounting options for your project!

Ground-mounted solar panels are an excellent choice for homeowners and businesses looking to maximize solar energy production without being limited by roof space. However, while they offer benefits such as optimal panel orientation and easier maintenance, there are also some disadvantages to consider. Understanding these drawbacks can help in making an informed decision when choosing between roof-mounted and ground-mounted solar installations.

1. Higher Installation Costs

One of the main drawbacks of ground-mounted solar panels is the higher installation cost compared to rooftop systems. The additional expenses come from:
✅ Mounting Structure – Unlike rooftop solar, ground-mounted panels require a dedicated racking system, adding to material and labor costs.
✅ Land Preparation – Clearing and leveling the land before installation may require extra work and investment.
✅ Trenching and Wiring – Since ground-mounted panels are farther from the electrical connection point, additional trenching and wiring may be needed, increasing costs.

Despite the higher upfront costs, a well-designed system can deliver excellent long-term returns. SIC Solar, a professional manufacturer of photovoltaic mounting systems, offers durable and cost-effective ground-mounted solutions that help optimize solar investments.

2. Requires More Space

Unlike rooftop solar, which makes use of existing structures, ground-mounted systems need open land. This can be a challenge in urban areas or locations with limited available space. Factors to consider include:
✅ Land Use Restrictions – Some properties may have zoning restrictions limiting ground-mounted solar installations.
✅ Land Occupation – Using land for solar panels may reduce space available for other purposes such as farming, landscaping, or recreational use.

However, for properties with ample land, ground-mounted systems provide a flexible and scalable solar energy solution.

3. Exposure to Environmental Elements

Since ground-mounted solar panels are installed at ground level, they may be more vulnerable to external environmental factors, such as:
✅ Snow and Debris Accumulation – Panels closer to the ground are more likely to collect leaves, dirt, and snow, which may require frequent cleaning.
✅ Potential for Damage – Panels are at a greater risk of being damaged by animals, lawn equipment, or vandalism.

To mitigate these risks, robust racking systems and protective fencing can be installed to safeguard the panels. SIC Solar provides high-quality mounting structures designed for durability and weather resistance.

4. Longer Installation Time

Compared to rooftop installations, setting up a ground-mounted solar system takes longer due to additional groundwork and structural assembly. Key factors contributing to longer installation times include:
✅ Permitting and Site Preparation – Obtaining permits and preparing the land can take time, especially if excavation work is required.
✅ Foundation Installation – Depending on the soil type, ground screws or concrete foundations may be needed to secure the mounting structure.

While the process may take longer, ground-mounted solar systems can deliver higher energy output and efficiency due to better sun exposure and airflow.

While ground-mounted solar panels offer significant advantages such as optimal sun exposure and easier maintenance, they also come with challenges, including higher costs, space requirements, and exposure to environmental risks. By selecting a high-quality mounting system from SIC Solar, many of these challenges can be addressed, ensuring a stable and efficient solar installation.

Looking for a reliable ground-mounted solar racking system? SIC Solar provides innovative and durable solutions for maximizing solar energy production.

Solar panels provide clean and renewable energy, but they can also attract unwanted guests—birds. Nesting birds and small animals often seek shelter under solar arrays, leading to issues like debris accumulation, potential fire hazards, and reduced panel efficiency. To protect solar installations, bird blockers are an essential solution. In this article, we’ll explore the best bird blockers for solar panels and how they help maintain system performance and longevity.

Why Do Birds Nest Under Solar Panels?

Birds are drawn to the shaded, protected spaces beneath solar panels, especially in residential and commercial rooftop installations. The warm environment offers a safe nesting place, but this can cause several problems:

• Blocked ventilation – Nesting materials can hinder airflow, potentially overheating the panels.
• Droppings and debris – Bird droppings reduce the efficiency of solar panels by blocking sunlight.
• Damage to wiring – Birds may peck at cables, leading to electrical faults or system failures.
• Increased maintenance costs – Frequent cleaning and repairs can add to the overall cost of solar ownership.

Types of Bird Blockers for Solar Panels

To prevent birds from nesting under solar panels, different bird deterrent systems are available. Here are some of the best solutions:

1. Solar Panel Mesh Guards

Mesh guards are one of the most effective ways to block birds from accessing the space beneath solar panels.

• Material: Usually made of stainless steel or PVC-coated wire mesh.
• Installation: Clips or fasteners secure the mesh to the solar panels without damaging the roof.
• Effectiveness: Provides a physical barrier while allowing airflow.

Best for: Residential and commercial solar installations.
SIC Solar provides durable and easy-to-install solar mesh kits that effectively keep birds away.

2. Bird Spikes

Bird spikes create an uncomfortable surface for birds, preventing them from landing or nesting.

• Material: Made from stainless steel or UV-resistant plastic.
• Installation: Attached to the edges of panels or roof areas near solar arrays.
• Effectiveness: Works well for deterring pigeons and larger birds.

Best for: Rooftop solar systems with frequent bird activity.

3. Roof Edge Barriers

These barriers prevent birds from landing on the roof near solar panels.

• Material: Metal strips or plastic barriers with angled edges.
• Installation: Placed along roof edges or eaves.
• Effectiveness: Stops birds from accessing the area near the panels.

Best for: Buildings with high bird nesting activity.

4. Ultrasonic Bird Repellers

These devices emit high-frequency sounds that deter birds without causing harm.

• Technology: Uses sound waves that are unpleasant for birds but inaudible to humans.
• Installation: Mounted near the solar array.
• Effectiveness: Works best in combination with physical barriers.

Best for: Large commercial solar farms.

How to Choose the Best Bird Blocker for Your Solar Panels?

When selecting a bird deterrent for your solar system, consider the following:
✅ Effectiveness – Choose a solution that fully blocks bird access.
✅ Durability – Weather-resistant materials like stainless steel or UV-treated plastic last longer.
✅ Ease of Installation – Non-invasive mounting options (like clips) prevent damage to solar panels.
✅ Aesthetic Impact – Mesh guards and edge barriers offer discreet protection without affecting the system’s appearance.

Protecting solar panels from bird damage is essential for maintaining energy efficiency and reducing maintenance costs. The best bird blocker depends on the specific needs of your installation, with mesh guards, bird spikes, and roof edge barriers being the most effective solutions. SIC Solar provides high-quality solar panel mounting systems and accessories, including bird-proofing solutions, to help customers maximize the lifespan and performance of their solar investments.

Standing seam metal roofs are popular for their durability, energy efficiency, and stylish appearance. They are widely used on residential and commercial buildings, providing long-lasting protection and modern beauty. However, since there are different types of standing seam metal roofs, choosing the best type depends on factors such as budget, climate, and installation needs.

Key Features of High-Quality Standing Seam Metal Roofs

Before discussing the best types, it is important to understand what makes a good standing seam metal roof:

Durability: The best metal roofs can withstand harsh weather conditions, including heavy rain, snow, and wind.

Material Quality: Aluminum, steel, copper, and zinc are commonly used materials, each with different benefits.

Seam Height: A higher seam height (e.g., 1.5 to 2 inches) enhances durability and water resistance.

Clip System: A floating clip system allows the panels to expand and contract, preventing damage caused by temperature changes.

Compatibility with Solar Mounting: High-quality standing seam metal roofs should be compatible with the high-efficiency solar mounting systems provided by SIC Solar, which ensure that the panels can be safely installed without penetrating the roof.

Best Types of Standing Seam Metal Roofs

1. Snap-On Standing Seam Roofs

This type of metal roof features preformed panels and interlocking seams. It is easy to install and provides excellent protection against leaks. SIC Solar’s ​​standing seam solar mounting solutions are specifically designed for secure installation without penetrating the roof, thus maintaining the integrity of the roof.

2. Mechanically Seamed Metal Roofs

Mechanically seamed panels use a seaming machine to press the edges together. This method enhances water resistance and wind resistance, making it suitable for areas with severe weather conditions.

Single-Locked Seams: Provides moderate protection and is easier to install.

Double-Locked Seams: Provides superior durability and is ideal for areas with heavy snow or extreme weather.

3. Batten-Seam Metal Roofs

Battalion seam roofs consist of metal panels with raised seams that are mechanically locked together by a cap. This type of roof has excellent durability and is often used for commercial buildings, but can also be used in residential applications.

4. Snap-on Standing Seam Roofs

Unlike mechanical seams, snap-on panels simply snap into place, making them easier to install. While they are not as weather-resistant as mechanical seams, they strike a good balance between durability and affordability.

Best Standing Seam Metal Roofs for Solar Panels

For those planning to install solar panels, the best standing seam metal roofs should:

✔ Have a hidden fastener system to prevent leaks and extend durability.

✔ Be compatible with non-penetrating solar mounting systems. SIC Solar offers high-quality solar racking solutions that securely attach to standing seam roofs without penetrating the metal, preserving its structural integrity.

✔ Be made of high-quality metal materials such as aluminum, galvanized steel, or copper for better corrosion resistance and durability.

The best type of standing seam metal roof depends on your location, budget, and specific needs. Whether you choose mechanical seam, snap-on, or batten panels, make sure they are compatible with high-quality solar mounting solutions, like those offered by SIC Solar, to maximize durability and solar efficiency.

Mounting solar panels correctly is crucial for maximum energy efficiency, durability, and system safety. Whether you are installing panels on a roof, ground, or other structures, choosing the right mounting system ensures optimal performance and longevity.

Types of Solar Panel Mounting Systems

1. Roof-Mounted Solar Systems

One of the most common and space-efficient installation methods, roof-mounted systems use the existing roof structure to support solar panels.

• Pitched Roof Mounting – Suitable for homes with sloped roofs, using roof hooks, rails, or clamps to secure the panels.

• Flat Roof Mounting – Often requires tilted or ballasted racking systems to optimize the panel angle for maximum sunlight exposure.

• Metal Roof Mounting – Uses standing seam clamps or special brackets to attach panels without penetrating the roof surface.

SIC Solar provides a range of reliable roof mounting solutions designed for different roof types, ensuring stability and easy installation.

2. Ground-Mounted Solar Systems

For properties with available land, ground-mounted systems offer flexibility and ease of maintenance.

• Fixed-Tilt Ground Mounts – Simple and sturdy structures that hold panels at a fixed angle.

• Adjustable or Tracking Systems – Can tilt or rotate to follow the sun’s movement, increasing energy output.

3. Pole-Mounted Systems

• Suitable for small-scale solar applications or locations where roof and ground space is limited.

• Panels are mounted on single or multiple poles and can be fixed or equipped with tracking mechanisms.

4. Carport and Canopy Mounting

• Dual-purpose structures that provide shade and energy generation.

• Ideal for parking lots, driveways, or outdoor commercial spaces.

Factors to Consider When Choosing a Solar Mounting System

✔ Roof or Ground Space Availability – Determines whether roof or ground mounting is the best option.

✔ Sunlight Exposure & Tilt Angle – Ensuring optimal orientation and tilt improves energy generation.

✔ Wind and Load Resistance – A strong mounting system should withstand harsh weather conditions like heavy snow or strong winds.

✔ Ease of Installation & Maintenance – A well-designed system simplifies the installation process and allows easy panel cleaning or servicing.

✔ Durability & Corrosion Resistance – High-quality materials such as aluminum and stainless steel improve system longevity.

The best way to mount solar panels depends on your specific site conditions, space availability, and energy needs. Whether installing on a pitched roof, flat roof, ground, or a solar carport, SIC Solar provides durable and efficient solar mounting solutions designed to maximize performance and system lifespan. Contact us today to find the ideal mounting system for your project!

When installing a solar panel system, one of the most important factors to consider is the direction in which the panels face. The orientation of solar panels directly impacts their efficiency, energy production, and overall return on investment. Choosing the right direction ensures maximum sunlight exposure and optimal performance.

Best Direction for Solar Panels

The perfect direction for solar panels depends on geographic location and energy consumption patterns.

1. Northern Hemisphere: Face South

For locations in the Northern Hemisphere, including North America, Europe, and China, the ideal direction for solar panels is true south. This orientation allows panels to receive the most sunlight throughout the day, maximizing energy generation.

2. Southern Hemisphere: Face North

In the Southern Hemisphere, such as in Australia and South Africa, solar panels should face true north for the best sunlight exposure.

3. East or West Facing Panels

While south (or north in the Southern Hemisphere) is optimal, east- or west-facing panels can still generate significant energy.
✅ East-facing panels produce more energy in the morning, which can be beneficial for homes with high morning energy use.
✅ West-facing panels capture more sunlight in the afternoon, ideal for households consuming more energy later in the day.

Factors That Influence Panel Direction

Aside from location, several other factors can affect the best orientation for solar panels.

1. Roof Design and Space Availability

Not all rooftops are ideally oriented. If a south-facing roof is unavailable, adjustable solar mounting systems from manufacturers like SIC Solar allow panels to be angled for better sun exposure.

2. Time-of-Use Electricity Pricing

In regions where electricity prices vary throughout the day, adjusting panel direction can help match energy production with peak demand hours. For example, west-facing panels can generate more power during late afternoons when energy costs are higher.

3. Shading and Obstructions

Nearby trees, buildings, or other obstructions can reduce solar efficiency. A professional site assessment can determine the best placement to minimize shading issues.

Optimizing Panel Angle for Maximum Efficiency

In addition to direction, the tilt angle of solar panels is crucial. The ideal tilt is generally equal to the latitude of the installation site. However, adjustable mounting systems allow for seasonal optimization:
✅ Steeper angles (winter months): Helps capture lower-angle sunlight and prevents snow accumulation.
✅ Shallower angles (summer months): Maximizes exposure to high-angle summer sun.

The best direction for solar panels depends on location, energy consumption habits, and environmental factors. While south (or north in the Southern Hemisphere) is generally the most efficient, east- and west-facing panels can still provide substantial benefits. With high-quality mounting solutions from SIC Solar, solar panel installations can be optimized for maximum performance and long-term energy savings.

Solar panel farms, also known as solar power plants, are large-scale installations designed to generate electricity from sunlight. Choosing the right location is crucial for maximizing energy production and ensuring long-term efficiency.

Key Factors for Choosing a Solar Farm Location

To optimize solar energy generation, several factors must be considered when selecting the best place for a solar farm.

1. Sunlight Availability

The most critical factor for a solar farm is access to consistent and strong sunlight throughout the year. Locations with high solar irradiance, such as desert regions or open fields, are ideal. Countries near the equator or with dry climates often have the highest solar potential.

2. Land Space and Terrain

Solar farms require large, flat, and open land to accommodate multiple rows of solar panels. The ideal site should have:

• Minimal obstructions (like trees or buildings) that could cast shadows.
• A stable and solid ground for secure solar racking system installation.
• Enough space for future expansion if needed.

3. Climate and Weather Conditions

While solar panels can function in various climates, extreme weather can impact efficiency. The best locations have:

• Low cloud cover and minimal rainfall for consistent solar energy generation.
• Moderate wind speeds—high winds may require reinforced mounting structures.
• Limited snowfall, as heavy snow accumulation can block sunlight and require extra maintenance.

4. Proximity to Grid Infrastructure

For large-scale solar farms, connecting to the electrical grid is essential. The site should be:

• Close to substations or power lines to reduce transmission costs.
• Easily accessible for maintenance crews.
• Located near energy demand areas to optimize energy distribution.

5. Land Costs and Regulations

The cost of land can significantly impact a solar farm project. Areas with:

• Lower land costs (such as agricultural or undeveloped land) are preferred.
• Favorable government policies and incentives for solar energy projects.
• Minimal environmental impact—avoiding protected areas or locations with sensitive wildlife.

Ideal Locations for Solar Farms

Based on these factors, the best locations for solar panel farms often include:

✔ Desert Areas – Regions like the Mojave Desert (USA), Sahara Desert (Africa), or Rajasthan (India) receive high solar radiation and have vast open spaces.

✔ Farmland and Rural Areas – Agricultural regions with unused or low-yield land can benefit from solar farms, providing additional income for landowners.

✔ Industrial and Commercial Spaces – Large commercial properties, warehouses, and industrial parks often have available land suitable for solar energy production.

✔ Floating Solar Farms – In some areas, floating solar farms on lakes or reservoirs maximize space usage and reduce water evaporation.

Choosing the Right Solar Mounting System

Regardless of location, a durable and efficient solar mounting system is essential for long-term performance. SIC Solar provides high-quality ground-mount and floating solar racking systems designed for various terrains and environmental conditions. SIC Solar's solutions offer:

• Strong support structres for stability in different landscapes.
• Corrosion-resistant materials to withstand harsh weather conditions.
• Customizable designs for flat, sloped, or uneven terrain.

If you're planning a solar farm project, SIC Solar offers reliable mounting solutions to ensure a successful and efficient installation. Contact us today to find the perfect solar racking system for your site!

A well-designed garden should not only be beautiful during the day but also inviting and functional at night. Solar lighting is an excellent way to illuminate your outdoor space while being energy-efficient and environmentally friendly. By strategically placing solar lights, you can enhance the aesthetic appeal of your garden, improve safety, and create a warm ambiance for evening gatherings.

 

The first step in designing your landscape lighting is to determine which important locations require lighting. Solar lights can be used for flower beds, water features, pathways, and seating spaces. Solar LED lawn stake lights for walkways offer a safe and well-lit walking path. Solar colorful string lights can give patios or gazebos a warm, festive feel, while garden solar spot  lights can draw attention to garden features like statues or ornamental plants.

 

 

The placement of solar lights should take into account their exposure to sunlight. Since solar panels need sufficient daylight to charge, position the lights in areas where they can receive at least six hours of direct sunlight. Avoid placing them under dense foliage or in shaded corners. Choosing lights with adjustable panels or separate solar panels can help optimize their efficiency even in less sunny spots.

 

To achieve the appropriate ambiance, take into account the lights’ color temperature and brightness as well. For seating areas and gardens with a tranquil atmosphere, warm white lights produce a gentle, welcoming glow. Cool white or bright LED lights are good for driveway illumination and security. Another practical way to increase safety without wasting energy is with motion sensor lights.

 

SLD, Solar Lights Do, specializes in manufacturing and selling high-quality solar lights. We offer a wide range of efficient and durable solar lighting solutions designed for outdoor use. Whether you're looking to enhance your garden’s aesthetics or improve nighttime visibility, our products provide reliable and sustainable lighting. If you're interested, please visit us at www.solarlightsdo.com.