Solar mounting system

  In the whole process of constructing solar power plant, each procedure must be controlled for the quality and safety of construction. For ground-mounted power station projects, the quality control of key nodes can effectively prevent production accidents, operation failures and projects caused by construction quality problems. Material on-site acceptance After the arrival of all material at site, count the quantity and check whether there is any damage. If there are missing parts and damage, take in time solution to avoid affecting the progress of the project. When loading, unloading and handling large equipment, professional equipment is required for hoisting and handling, and conduct nearby loading and unloading according to the drawings to avoid a large number of secondary handling in later construction. When the equipment is unpacked, count the equipment drawings, documents, certificates, reports, etc. in the box and keep them as technical data and construction data files for...

  According to calculations, the slight shade of trees and wires in the photovoltaic system can cause reducing of about 20-30% power generation of the power station. Nowadays, the construction of PV power plants on the roofs of rural households and C&I  buildings has become a popular trend. The amount of photovoltaic power generation directly affects the final profit, and shadow shading is one of the most common problems affecting power generation. Under certain conditions, some part of the solar panels will be blocked by other surrounding objects, causing partial shadows, which will cause some solar panels to heat up, resulting in the so-called "hot spot" phenomenon. If the shadow effect is not eliminated and exists for a long time, when the hot spot effect reaches a certain level, the solder joints on the panels will melt and destroy the grid line. Before the construction, it is necessary to do the preliminary survey to determine whether the surrounding high-voltage lin...

  For   solar trackers , SCADA (Supervisory Control and Data Acquisition) is a system that links together numerous hardware and software components of a site in order to easily monitor, control, recording, early warning and analyze performance. Those components continue to expand, helping solar operators analyze all relevant solar project data in one place. 一：Monitoring 1. Data Acquisition a. Status information, including gale trigger status, battery charge and discharge status, etc. b. Abnormal information, including sensor abnormalities, communication abnormalities, etc. c. Device access information, number of connected devices and device communication 2. Sensor information (determined by the sensors installed on site) a. Wind speed and direction b. Irradiation information, irradiation value, temperature, etc. c. Meteorological information, rain and snow weather, precipitation, etc. 3. Controller data a. System information: operating mode, system angle, system status, system...

  1. The  solar tracker  uses high-precision astronomical algorithm to calculate the sun's angle, combined with a high-performance microcontroller (DSP core), to make the system calculate the position accurately and reliably and to adapt to a  wide range of operating environments without the interference of rainy days. 2. Selection of international first-line brand inclination sensor, real-time closed-loop feedback tracking angle, automatic tracking, without human intervention. 3. Self-developed back tracking algorithm to further improve the efficiency of power generation to ensure that the solar panels has always been working in the shadowless state, increase the solar power generation and prolong its service life. 4. Tracker with aviation plug, easy installation and commissioning, with manual control mode, you can manually adjust the tracking angle, the controller has a power station running, stop, night return status indicator. 5. Strong anti-interference ability ...

  Following the previous chapter, that is how to reduce solar project risk for extreme weather from initial structural design, we are going to focus on the product quality as one of the key factors in this chapter. It’s a real fact that there exists some solar plants damaged by extreme weather and thus caused significant loss. As a  solar tracker manufacturer , Antaisolar has vast expertise in handling the extreme bad weather challenge to large-scale solar plants. Besides the initial structural designing, the high quality of whole system from the main parts to other small parts play a vital role in guaranteeing the stability of system. As for solar trackers, in order to ensure the high-quality, we need to pay attention to the selection of raw materials and manufacturing process.  Antaisolar  is assured of its products are reliable when they before the shipment. A large number of tests are required ranging from the testing of torque tubes, purlins, and bearings to lit...

  O&M is remain one of the top considerations when decide to adopt solar tracker for projects. Antaisolar solar trackers  both Helios and Clytie series are innovative design that allow intelligent maintenance. All is based on the simple principle that by minimizing tracker complexity and maximize reliability. Through Antaisolar smart commissioning, up to 200 CU centralized control by Data Logger via smartphone QR code scanning. Real time system monitoring from developed SCADA platform and the whole life-cycle traceability can be managed via QR code. By introducing high accuracy AI forecasting system, system is equipped with hyetometrograph, anemometer rain and snow sensor, etc. to record the real time weather conditions. And the system combines the historical data, meteorological satellite images, and field weather conditions to generate a 30 minutes’ accurate forecasting. Another smart O&M feature is the system can forecast the component’s service life to decide the m...