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Distributed Photovoltaic Power Station | What are the “Photovoltaic Plus” application scenarios?

“PV+” creates unlimited possibilities. The “PV+” application mode not only brings new changes to the photovoltaic industry, but also the application of photovoltaic power stations in various fields is the best way for photovoltaic power generation to enter people’s lives. So, what are the application scenarios for photovoltaic power stations?

1. Photovoltaic+industrial and commercial roof

From a commercial perspective, large enterprise factories, supermarket chains, and private enterprises all have advantageous rooftop resources. Most of these enterprises are large consumers of electricity, and the rational use of rooftop energy will be a potentially huge asset. This type of enterprise has a long property right, which can generally reach a usage right of more than 20 years. It is more suitable for developing large rooftop power plants with a capacity of over megawatts. This not only solves the power consumption problem for the enterprise, but also makes a significant contribution to social, economic, and environmental benefits.

At the same time, industrial and commercial buildings have large roof areas, flat roofs, large electricity consumption, and high electricity prices, resulting in large installed capacity and large power generation capacity. From an investment perspective, industrial and commercial power stations are a better investment method. Installing photovoltaic power stations on the roofs of industrial and commercial plants can effectively activate fixed assets, save peak electricity costs, and achieve a good return on investment. At the same time, it can reduce the internal temperature of the factory, promoting energy conservation and emission reduction.

Photovoltaic power plant distribution

2. PV+household roof

Household photovoltaic mainly refers to a system that installs and uses distributed solar power generation on the roof of a household. Household photovoltaic has the characteristics of small installation capacity, multiple installation points, simple grid connection process, and obvious and direct benefits. It is also one of the most subsidized forms of distributed photovoltaic power generation applications by the state.

Photovoltaic power plant distribution

3. PV+car shed/parking lot

Photovoltaic car sheds or photovoltaic parking lots are the simplest and feasible way to combine with buildings. Photovoltaic integration into places such as car sheds, corridors, and parking lots, coupled with facilities such as charging piles, can not only improve the comprehensive utilization rate of urban space, but also maximize the convenience for citizens to travel. Photovoltaic car sheds have excellent sun and rain protection, heat absorption, and integration of light, storage, and charging, providing clean energy for new energy vehicles and battery cars. They are increasingly widely used in industrial parks, business districts, hospitals, schools, and other areas.

Photovoltaic power plant distribution

4. PV+Hospital

As a public service institution with high energy consumption, hospitals are facing great pressure in the future work of energy conservation, emission reduction, and consumption reduction. It is particularly important to actively explore the construction and development models of green hospitals, and promote the scientific application of green building concepts and energy conservation and consumption reduction technologies.

Photovoltaic power plant distribution

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