Technical Highlights:

PV power generation base in Shanxi

1. Advanced module technology

The core component of a PV power station is the solar panel. The Changzhi PV power station incorporates advanced crystalline silicon module technology, which can achieve higher power output and improve the conversion efficiency and stability of the power station.

2. Smart monitoring system

To ensure smooth and stable operation of the PV power station, intelligent monitoring of each component is crucial. The Changzhi PV power station is equipped with a smart monitoring system that enables real-time monitoring of PV panel performance and environmental parameters, such as temperature, humidity, and wind speed. This system ensures optimal energy output and provides accurate data for maintenance and troubleshooting.

3. High-performance inverters

The PV power station uses a high-performance inverter, which converts the direct current generated by the PV panels into alternating current used in the power grid. These inverters have a high conversion efficiency, low power loss, and strong overload capacity, which ensures stable and reliable operation of the station.

4. Comprehensive safety measures

In addition to technological advancements, safety measures are also critical to the operation of a PV power station. The Changzhi PV power station has implemented a comprehensive safety system that includes fire and lightning protection, anti-theft measures, and emergency response plans to ensure the safety of personnel and equipment.

Project Highlights:

1. Large-scale PV power station

PV power generation base in Shanxi

With an installed capacity of 250MW, the Changzhi PV power station is a large-scale facility that can supply clean energy to 350,000 households per year, reducing carbon dioxide emissions by 370,000 tons annually.

2. Localization of key equipment

The localization of key equipment, such as inverters, modules, and cables, has been a key strategy of the PV industry in China. The Changzhi PV power station has utilized locally produced equipment, which not only reduces costs but also promotes the development of domestic PV component manufacturing.

3. Innovative financing model

The financing model of the Changzhi PV power station is another highlight of the project. The PV base has adopted a BOT (build-operate-transfer) model, which means the project is built and financed by a private company, and then transferred to the government after a certain period. This innovative financing model reduces the financial burden on the government, while promoting the participation of private capital in clean energy development.