Qingtian Technology: Self-developed intelligent photovoltaic cleaning robot to solve the pain points of distributed photovoltaic power stations

In 2015, the Paris Agreement established the goal of controlling global temperature rise to well below 2°C. With the proposal of the "3060" strategy, the photovoltaic industry has entered an era of great development. However, the impact of photovoltaic power station component pollution on power generation has become an industry problem

Recently, according to the video account of Qingtian Technology, Qingtian Technology provides an intelligent one-stop cleaning solution for pollution damage problems to improve power generation efficiency and effectively help component operation and maintenance work to be carried out better

According to reports, Zhejiang Qingtian Solar Technology Co., Ltd. is a new energy technology service provider that provides overall solutions for distributed photovoltaic power stations. The company's main businesses include distributed photovoltaic power station system integration business, distributed photovoltaic power station investment and operation business, and distributed photovoltaic power station operation and maintenance services. For many years, the company has been committed to deepening the field of distributed photovoltaics and working hard to solve existing problems in the industry so that more people can use clean energy and share the benefits of photovoltaics

Digital transformation promotes the development of distributed photovoltaics and enables the development of intelligent photovoltaic cleaning robot technology

Photovoltaic companies can take advantage of the development of digital technologies such as cloud platforms, big data, and the Internet of Things to achieve energy digital transformation and innovation. The combination of digital technology and photovoltaic industry has promoted the development of intelligent software systems or hardware equipment, such as "smart energy systems", "intelligent operation and maintenance platforms", "photovoltaic power station cleaning robots", "drone intelligent inspection systems" and other intelligent Equipment is widely used in the photovoltaic field

In order to solve the industry pain points of power generation loss caused by pollution of photovoltaic power station components and improve the power generation efficiency of the photovoltaic industry, Qingtian Technology has independently developed photovoltaic rail cleaning robots, photovoltaic trackless cleaning robots and photovoltaic transfer cleaning robots and other automated photovoltaic Power station cleaning equipment. This project has been listed as a key science and technology project by Jinhua Science and Technology Bureau of Zhejiang Province. It has been authorized 2 invention patents, 9 utility model patents and 1 appearance patent.

In addition, some of the self-sustained and operated power stations of Qingtian Technology have applied "intelligent photovoltaic cleaning robot technology". Depending on the pollution conditions of the photovoltaic power station, the use of Qingtian intelligent photovoltaic cleaning robots can greatly improve the power generation efficiency of the power station and actually improve the efficiency. Up to 8% ~ 30%.

Qingtian intelligent photovoltaic cleaning robot is equipped with a photovoltaic component power supply system, a high-efficiency MPPT control module system and a BMS battery system to provide stable power for the equipment. The core components of the robot have a waterproof rating of IP65. It is equipped with a stable body structure and a reliable gear travel mechanism. It has strong climbing and obstacle surmounting capabilities, and can adapt to various project scenarios. Compared with traditional manual cleaning, this technology has less safety risks, higher cleaning efficiency, and better cleaning effects. It is the main trend in future power station operation and maintenance.

The adoption of sinking resource development and regionalized project delivery can break down technical barriers

Distributed photovoltaic power plants have difficulties such as small scale, large quantity, dispersed projects, complex installation environment, and difficult construction management. They usually require sinking resource development and regional project management capabilities, as well as system integration business. Each link requires enterprises to have a high technical level in survey and evaluation, plan arrangement, project construction, etc.

Since its establishment, Qingtian Technology has developed more than 90,000 residential roofs and more than 700 industrial and commercial roofs, with corresponding installed capacity of residential and industrial and commercial power stations exceeding 2.8GW. At present, the company's resource exploration and development areas cover six major regions: East China, South China, Central China, North China, Northeast China, and Northwest China. It is one of the few new energy technology service providers in the market with resource development capabilities and project construction capabilities spanning multiple regions.

Qingtian Technology has made remarkable achievements in building delivery capabilities. The company has successfully implemented more than 700 industrial and commercial photovoltaic projects and more than 90,000 household photovoltaic projects. In addition, the company has built more than 2.6GW of residential and industrial and commercial distributed photovoltaic power stations. At the same time, the company has maintained stable and good exchanges and cooperation with large state-owned enterprises and listed companies such as State Grid, National Energy Group, Jinlang Technology, Yuexiu Leasing, and State Power Investment Group. These partnerships have enabled the company to win the trust of more and more roof owners and establish a good reputation in the industry

During the "14th Five-Year Plan" and the "2035 Vision Goals" planning period, Qingtian Technology will give full play to its experience and technological advantages, actively respond to the national economic development strategy and new energy industry policy, further strengthen business technology innovation research and development, and expand distributed Photovoltaic business contributes to my country’s construction of a modern energy system

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