Large Scale Ground Joint Horizontal Axis Tracking System

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Large scale ground joint horizontal axis tracking system

Tracking system used in solar plant

Performance Feature:

single set horizontal axis tracking system is that:

1. the advantage conpared with the fixed mounting system.cover the same area as the fixed mounting system.

2. power generating can be increased by 10-30%.the foundation scale is the same as the fixed mounting system.

3. the comprehensive costs are much lower than the fixed mounting system.

4. suitable fooe the min-low latitude areas and comples terrain.

5. the large gronud area ,color steel tile roof and etc.

6. thefirst input only need 2 years to recover costs,and the investors will receive10-30% annual generating incomes more than 20 years.

•installed capacity	• 1KW—10KW
•control method	•Light control •time control •light/time control
•tracking accurancy	• ≤1°
•Azimuth angle	• ±45°
•Working wind	• 50—70km/h
•Max wind resistance	• 125—200km/h
•Driven power	• DC24V/≤30W
•Structural material	• Q 2 3 5 •hot-dip galvanized steel
•level of protection	• IP65
•Quality guarantee	• 25Y/2Y
•Operating ambient temperature	• -35℃—65℃
•Area of net rack	• 10㎡—80㎡
•Unit weight	• 200kg——2000kg

Large Scale Ground Joint Horizontal Axis Tracking System

Q:Can a solar mounting system be installed on a rooftop with a metal shingle roof?: Yes, a solar mounting system can be installed on a rooftop with a metal shingle roof. Metal shingle roofs provide a sturdy and durable surface for solar panel installation.

Q:Can a solar mounting system be used in areas with net metering policies?: Yes, a solar mounting system can be used in areas with net metering policies. Net metering allows homeowners or businesses with solar systems to receive credits for the excess electricity they generate and feed back into the grid. The solar mounting system helps securely install the solar panels, regardless of the net metering policy in place.

Q:What are the environmental impacts of solar mounting systems?: The environmental impacts of solar mounting systems are generally positive. These systems require the use of materials such as aluminum, steel, and concrete, which do have environmental impacts associated with their production. However, once installed, solar mounting systems have a minimal impact on the environment. They generate clean energy without emitting greenhouse gases or pollutants, thereby reducing reliance on fossil fuels and mitigating climate change. Additionally, solar mounting systems can be designed to minimize land disturbance and can even be installed on already developed areas like rooftops or parking lots, preserving natural habitats. Overall, the environmental benefits of harnessing solar energy far outweigh any initial impacts associated with the production and installation of solar mounting systems.

Q:Can a solar mounting system be used with solar-powered cars?: No, a solar mounting system is not typically used with solar-powered cars. Solar mounting systems are designed to hold and position solar panels on rooftops, ground surfaces, or other fixed structures. Solar-powered cars, on the other hand, have integrated solar panels on their surface and do not require a separate mounting system.

Q:Are there any specific requirements for corrosion resistance when using a solar mounting system in coastal areas?: Yes, there are specific requirements for corrosion resistance when using a solar mounting system in coastal areas. The proximity to saltwater and the high levels of humidity in coastal regions make corrosion a significant concern. Therefore, it is crucial to use materials and coatings that can withstand the corrosive effects of saltwater and prevent degradation of the solar mounting system over time.

Q:Can a solar mounting system be installed on a rooftop with a gable roof?: Yes, a solar mounting system can be installed on a rooftop with a gable roof. The design and installation process may vary depending on the specific characteristics of the gable roof, but there are mounting systems available that can be customized for this type of roof structure.

Q:How do you secure a solar mounting system to a roof?: To secure a solar mounting system to a roof, it typically involves a few steps. Firstly, the roof must be inspected to ensure it is structurally sound and capable of supporting the system's weight. Next, specialized mounting brackets or rails are attached to the roof using fasteners such as screws or bolts. These brackets provide a secure base for the solar panels. Finally, the solar panels are attached to the mounting brackets using clamps or clips, ensuring a stable and secure installation.

Q:Can a solar mounting system be installed on a brewery or distillery?: Yes, a solar mounting system can certainly be installed on a brewery or distillery. These systems are versatile and can be installed on various types of structures, including commercial buildings like breweries and distilleries. The installation of a solar mounting system can help these establishments offset their energy consumption and reduce their carbon footprint.

Q:How does the orientation of a solar mounting system affect its performance?: The orientation of a solar mounting system greatly affects its performance. The system's orientation determines the angle at which the solar panels are positioned relative to the sun, which directly impacts the amount of sunlight they receive. By maximizing the exposure to sunlight, the system can generate more electricity. The ideal orientation depends on the geographical location and its latitude, with panels typically angled to face south in the northern hemisphere and north in the southern hemisphere. Adjusting the orientation can optimize the system's efficiency, maximizing energy production and overall performance.

Q:Can a solar mounting system be used with solar-powered disaster relief efforts?: Yes, a solar mounting system can be used with solar-powered disaster relief efforts. These systems provide a stable structure for solar panels, allowing them to be efficiently installed and utilized in disaster-stricken areas. Solar power can then be harnessed to generate electricity, providing a reliable and sustainable energy source for critical relief operations such as powering medical equipment, communication devices, and lighting facilities.

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