Power Station Solar Double-post Ground Mounting 300kw in Japan
300 kW Japanese power station double post ground photovoltaic bracket
This project uses double column (ground pile) photovoltaic brackets to solve the following factors:
1. It has the characteristics of optimizing structure, reducing components, and pre assembly mode, which improves on-site installation efficiency.
2.Most of the materials are made of AI6005-T5, which has undergone surface anodizing treatment and is resistant to hydrochloric acid, corrosion, and durability.
| Application | ground | Wind Load | 60m/s |
| Material | AL6005-T5&SUS304 | Snow Load | 1.6Kn/m2 |
| Region | Japan | Warranty | 10 Years |
Double Post Ground Project
ZAM Solar Ground mounting
Solar Ground mounting
The photovoltaic ground double column bracket has become an ideal choice for ground photovoltaic power stations and agricultural photovoltaic projects due to its stability and applicability.
Its characteristics are mainly reflected in the following aspects:
1. Easy installation
Partial component engineering pre assembly saves on-site installation time.
2. Safe and reliable
Through rigorous calculations and testing, to withstand harsh weather conditions.
3. Strict quality control
Strict quality control is implemented for the selection, procurement, and production process of raw materials to ensure optimal structural strength and service life of the system.
4. Suitable for large, medium, and small ground-based solar photovoltaic power stations.
Minimize material costs while ensuring structural strength. This support system has good adjustability and can achieve arbitrary adjustment in the front back, left and right, and up and down directions.
Application scenarios：
Ground mounted photovoltaic power station: It is a common choice for centralized photovoltaic power stations, which can provide stable support for a large number of photovoltaic modules
Agricultural photovoltaic system: can be used in fields, greenhouses and other scenarios to provide shade for crops while achieving photovoltaic power generation
Special scenarios: such as offshore wind power generation, highway lighting, etc., whose high stability and wind resistance enable them to adapt to complex environments
