No land occupation. Photovoltaic arrays are generally installed on idle roofs or exterior walls without requiring additional land occupation, which is particularly important for urban buildings with expensive land; Summer is the season of peak power consumption, which coincides with the period of maximum sunlight and maximum photovoltaic system power generation, and can play a peak shaving role for the power grid.

工商业屋顶光伏解决方案技术采用并网光伏系统，不需要配备蓄电池，既节省投资，又不受蓄电池荷电状态的限制，可以充分利用光伏系统所发出的电力。

The industrial and commercial rooftop photovoltaic solution technology uses a grid connected photovoltaic system, which does not require batteries, which saves investment and is not limited by the state of charge of the batteries. It can fully utilize the power generated by the photovoltaic system.

绿色能源。工商业屋顶光伏解决方案产生的是绿色能源，是应用太阳能发电，不会污染环境。太阳能是清洁并且是免费的，开发利用过程中不会产生任何生态方面的副作用。它又是一种再生能源，取之不尽，用之不竭。

Green energy. Industrial and commercial rooftop photovoltaic solutions generate green energy and use solar energy to generate electricity without polluting the environment. Solar energy is the cleanest and free, and there will be no ecological side effects during its development and utilization. It is also a renewable energy source that is inexhaustible.

起到建筑节能作用。光伏阵列吸收太阳能转化为电能，大大降低了室外综合温度，减少了墙体得热和室内空调冷负荷，所以也可以起到建筑节能作用。因此，发展太阳能光伏建筑一体化，可以“节能减排”。

Play a role in building energy conservation. The photovoltaic array absorbs solar energy and converts it into electrical energy, greatly reducing the outdoor comprehensive temperature, reducing the heat gain from walls and the cooling load of indoor air conditioning, so it can also play a role in building energy conservation. Therefore, the development of solar photovoltaic building integration can "save energy and reduce emissions".

工商业屋顶光伏电站，主要是运用在工业园厂房科技园屋顶，学校医院酒店等，其采用分布式并网方式，涵盖自发自用，余电上网或全额上网三种模式，不仅可以大大提高就地消纳能力，减缓电网供电压力，还可以抵消安装业主的电网购买电量，节省电费，备受投资者的青睐。

Industrial and commercial rooftop photovoltaic power stations are mainly used on the roofs of industrial parks, factories, science and technology parks, schools, hospitals, hotels, etc. They adopt a distributed grid connection method, covering three modes: spontaneous self use, surplus power grid connection, or full power grid connection. This not only can greatly improve the local consumption capacity, alleviate the pressure on power grid supply, but also can offset the power grid purchase by the installation owner, saving electricity bills, and is highly favored by investors.