Photovoltaic Power Generation Project

Our company undertakes EPC general contracting for various solar photovoltaic power generation projects, including centralized PV projects of 200 MW and below, commercial and industrial rooftop PV systems, residential rooftop PV installations, integrated solar–storage power generation systems, agrivoltaic projects, and aquavoltaic projects. We also provide customers with one-stop comprehensive services covering design approvals, construction, testing, commissioning, and operation & maintenance. A photovoltaic power generation system primarily consists of solar cells, batteries, controllers, and inverters. Photovoltaic systems can be categorized into stand-alone solar PV systems and grid‑connected solar PV systems. Stand‑alone solar PV systems operate independently of the grid, typically requiring battery storage to accumulate energy; in the residential sector, they are commonly used in remote rural areas, such as household‑scale systems or village‑level solar installations. In the industrial sector, they are often employed for telecommunications, satellite broadcasting, and solar‑powered water pumping; in regions equipped with wind or small hydropower, they can also be integrated into hybrid power systems. Grid‑connected solar PV systems, on the other hand, are connected to the electrical grid, serving as a supplementary source of electricity.

Wind Power Generation Project

Our company undertakes wind power projects of all sizes—centralized, distributed, onshore, and offshore—as well as hybrid wind–solar power generation systems. We offer EPC turnkey contracting, including turbine installation, step-up substation construction, and collector line integration, while also providing operation and maintenance services to ensure high‑quality wind energy projects for our clients. Wind energy is a highly promising renewable resource, abundant and virtually inexhaustible. For coastal islands, grassland pastoral areas, mountainous regions, and plateaus—where water resources are scarce, fuel supplies limited, and transportation challenging—locally adapted wind power development is particularly suitable and holds great potential. Offshore wind power represents a key frontier in renewable energy development, serving as a major driver of technological advancement and industrial upgrading, and playing an important role in reshaping the energy mix.

Integrated solar-storage-charging electric vehicle charging station

Our company provides engineering services for the construction of solar‑storage‑charging electric vehicle charging stations, and can also tailor-make various projects—including electric vehicle charging stations, photovoltaic carport systems, and energy‑storage charging stations—according to customer requirements. We offer comprehensive engineering solutions for a wide range of electric vehicle charging services. Types of EV charging piles: - By installation method: floor‑mounted charging piles and wall‑mounted charging piles. - By installation location: public charging piles and private charging piles. - By number of charging ports: single‑port chargers and multi‑port chargers. - By charging mode: DC charging piles and AC charging piles.