Photovoltaic Data Connection - Push-in Terminal Blocks Are Reliable!
In order to achieve the environmental protection goals of "carbon peak in 2030" and "carbon neutrality in 2060", the photovoltaic industry is in the ascendant. Photovoltaic equipment is mainly composed of solar panels, controllers and inverters, data collectors and other parts. The data collector is an automated device with on-site real-time data collection and processing functions. It has real-time collection, automatic storage, instant display, instant feedback, automatic processing, and automatic transmission functions. It provides guarantees for the authenticity, validity, real-time and availability of on-site data.
Photovoltaic data collectors are mainly used in some small and medium-sized power stations, and large photovoltaic power stations mainly use industrial computers for local monitoring of power stations. The proportion of network monitoring in photovoltaic power stations is still not high, mainly because companies do not pay much attention to after-sales. In the management of photovoltaic grid-connected inverter manufacturing companies, the product research and development department has an urgent need for these monitoring data, but sales and engineering personnel do not pay much attention to it, which leads to a small number of photovoltaic network monitoring installations.
With the continuous increase in the publicity of photovoltaic network monitoring and more and more companies using it, network monitoring will become a must-have product for after-sales management of photovoltaic power stations in the future.
The data collector is a new type of data acquisition and transmission equipment designed with single-chip microcomputer technology. For the transmission of collector signals, you can choose the LG500 with a higher shell, the spring plug-in LS241, or the conventional plug-in combination push in terminals with clamping screws series. The push in wire terminal block has stable performance, which improves the reliability and anti-interference ability of the system. Its aging resistance advantage can adapt to a variety of harsh environments and is not afraid of wind and sun. Conventional push wire terminal block brings more convenience than traditional wiring methods and has become popular in the wiring field; the LS spring plug-in type is a rising star in connectors, and its direct plug-in, maintenance-free, efficient and convenient features quickly opened up the market; as for the LG500 series, the terminal current can reach 10A, which is relatively large among PCB terminals, and is suitable for connecting various equipment in photovoltaic systems.
