目前光伏電站主要有兩類應用，一種是大型地面電站，主要分布在西北人跡稀少的地方；其次就是分布式光伏電站，比如家庭屋頂、工商業(yè)屋頂、漁光互補等，而工商業(yè)屋頂作為分布式光伏電站的重要應用市場，現(xiàn)在也被推到很高的層面。企業(yè)廠房通常具有屋頂面積大、屋面平整，遮擋物少，自身用電量大，電價高等特點，非常適合安裝自發(fā)自用為主的光伏發(fā)電系統(tǒng)。工商業(yè)光伏電站不受資源分布地域的限制，利用建筑屋面閑置資源，無噪聲，無污染。

At present, photovoltaic power stations mainly have two types of applications. One is large-scale ground power stations, mainly distributed in sparsely populated areas in the northwest; Secondly, there are distributed photovoltaic power stations, such as household roofs, industrial and commercial roofs, and complementary fishing and solar systems. As an important application market for distributed photovoltaic power stations, industrial and commercial roofs are now being pushed to a very high level. Enterprise factories typically have large roof areas, flat roofs, minimal obstructions, high electricity consumption, and high electricity prices, making them very suitable for installing photovoltaic power generation systems primarily for self use. Industrial and commercial photovoltaic power stations are not limited by the geographical distribution of resources, utilizing idle resources on building roofs, without noise and pollution.

工商業(yè)屋頂光伏的4大好處

The Four Benefits of Industrial and Commercial Roof Photovoltaics

01盤活固定資產(chǎn)，降低企業(yè)電費支出，企業(yè)還將受益至少20年

Revitalizing fixed assets and reducing electricity expenses for enterprises will benefit them for at least 20 years

利用企業(yè)屋頂建設光伏電站對于企業(yè)來說是一次性投資，每天都是穩(wěn)定收益。大家都知道工商業(yè)電費遠高于民用電，每年電費支出都是不菲，而光伏發(fā)電安裝后，實現(xiàn)自發(fā)自用，余電上網(wǎng)，除了可以降低用電成本，還能享受對于光伏發(fā)電的補貼。

Building a photovoltaic power station on the roof of a company is a one-time investment, with stable returns every day. Everyone knows that industrial and commercial electricity costs much more than civilian electricity, and the annual electricity expenditure is not cheap. After the installation of photovoltaic power generation, it can achieve spontaneous self use and surplus electricity can be connected to the grid. In addition to reducing electricity costs, it can also enjoy national subsidies for photovoltaic power generation.

02降低企業(yè)能耗，緩解用電緊張問題。

02 Reduce enterprise energy consumption and alleviate electricity shortages.

對于生產(chǎn)型企業(yè)能耗問題一直存在，特別是用電高峰期，企業(yè)采用了各種發(fā)電系統(tǒng)進行補充，可是投入高，產(chǎn)出低。所以，很多企業(yè)選擇了光伏發(fā)電，因為投資成本相對低，發(fā)電相對穩(wěn)定，并且光伏發(fā)電時間與企業(yè)用電高峰時段基本一致，真正達到削峰作用。

The energy consumption problem for production-oriented enterprises has always existed, especially during peak electricity consumption periods. Enterprises have adopted various power generation systems for supplementation, but the input is high and the output is low. So, many companies choose photovoltaic power generation because the investment cost is relatively low, the power generation is relatively stable, and the photovoltaic power generation time is basically consistent with the peak electricity consumption period of the enterprise, truly achieving peak shaving effect.

03節(jié)能減排，改善環(huán)境，提升企業(yè)社會形象

03 Energy conservation and emission reduction, improving the environment, and enhancing corporate social image

企業(yè)屋頂安裝光伏電站后實現(xiàn)太陽能、建筑的綜合利用，不僅讓企業(yè)達到節(jié)能減排的效果，企業(yè)還盡到改善周邊環(huán)境的社會責任，增加了美譽度。

After installing photovoltaic power stations on the rooftop of enterprises, the comprehensive utilization of solar energy and buildings is achieved, which not only achieves the effect of energy conservation and emission reduction, but also fulfills the social responsibility of improving the surrounding environment, increasing reputation.

04隔熱降溫，改善員工工作環(huán)境

04 Insulation and cooling to improve the working environment for employees

光伏電站建設于廠房之上，在一定程度上起到降溫的效果，在夏季尤為明顯，通常情況下可使車間降低3-6度，對于從事生產(chǎn)勞作的工人來說無疑改善了工作環(huán)境，對于企業(yè)來講也降低了降溫所產(chǎn)生的電費開銷。

The construction of photovoltaic power stations on top of the factory buildings has a cooling effect to a certain extent, especially in summer. Usually, it can reduce the workshop temperature by 3-6 degrees, which undoubtedly improves the working environment for workers engaged in production and reduces the electricity cost incurred by cooling for enterprises.