With the rise in industrial and commercial electricity prices, distributed photovoltaic systems on industrial and commercial rooftops will become an important direction for future photovoltaic development. On the one hand, it can help enterprises reduce operating costs. On the other hand, it has made contributions to the goal of “carbon peaking and carbon neutrality”. Today, we have prepared six major industrial and commercial application scenarios for distributed photovoltaic power plants for your reference.
The school
Data shows that the total energy consumption of universities accounts for about 8% of the total energy consumption of national daily life, but the per capita energy consumption is three times that of the national per capita energy consumption. Faced with such high energy consumption, the core advantage of installing photovoltaic systems in schools is still regional advantages. Generally, universities choose to choose locations in suburban areas, with relatively large land area, good structure, and stable electricity consumption, making them very suitable for installing distributed photovoltaic power plants.
Logistics Park
In recent years, the roof of logistics parks has been a key focus of attention for photovoltaic investment enterprises. The five major logistics giants have all installed rooftop photovoltaics, mainly due to the large roof area of the logistics park, relatively flat roofs, less surrounding obstructions, and high electricity consumption. These characteristics fully meet the installation requirements of industrial and commercial rooftop photovoltaics.
High consumption power plant area
Industrial factories are the most widely used and widely used industrial and commercial projects. Nowadays, most photovoltaic power plants use monocrystalline silicon photovoltaic modules with high conversion rates, which generate high power and have lower power generation costs than municipal electricity. Enterprises can obtain more profits by installing photovoltaic power plants and selling clean electricity. Plants such as sewage treatment and garbage treatment plants typically consume a lot of electricity, and have the characteristics of large land area and open space, making them very suitable for installing photovoltaic power plants.
Large shopping malls and supermarkets
Shopping malls are high energy consuming places that require a large amount of electricity during the day, which perfectly matches the peak period of photovoltaic power generation.
Fifthly, parking lots and photovoltaic sheds
The photovoltaic car shed combines photovoltaic power generation with the car shed, fully utilizing the existing site, making installation convenient and cost-effective. In recent years, it has become increasingly popular as it can provide wind and rain protection for vehicles and also utilize the shed to provide power generation for new energy vehicles.
5G data base station
With the arrival of the 5G era, the construction of iron tower base stations will also increase exponentially, and the application of the “photovoltaic+iron tower” model will also usher in new development opportunities. Secondly, building a photovoltaic power station together with a big data center computer room can effectively supplement electricity consumption and also effectively utilize the space on the roof of the computer room and surrounding areas.
