Recently, the first photovoltaic panoramic monitoring integrated machine independently developed by Jiangsu Runhe Software Co., Ltd. (hereinafter referred to as "Runhe Software") successfully landed. This product integrates multi-class platforms, realizes one-stop collaborative management, and pioneered the collaborative strategy algorithm of component cleaning artificial intelligence in the industry, which can reduce operating costs, improve power generation efficiency and transportation management level, and accelerate the process of digital intelligence of photovoltaic power stations.The successful delivery of the first all-in-one photovoltaic panoramic monitoring machine is an important step taken by Runhe Software in the field of smart double carbon and new energy, and it has achieved a new breakthrough in the industry..
The collaborative strategy algorithm of component cleaning artificial intelligence is the first in the industry, and the average power generation is increased by about 5%.
At present, distributed photovoltaic power plants are widely used on the roofs of parks and enterprises, but the photovoltaic modules are exposed to the outside for a long time, so some dirt such as floating ash, bird droppings and putty will be deposited on their surfaces during use, which reduces the effective area of photovoltaic modules to receive sunlight and seriously affects the working efficiency of power generation systems. At the same time, it is necessary to detect the dirty condition manually on a regular basis, which consumes a lot of manpower and material resources.
Runhe Software Photovoltaic Panoramic Monitoring All-in-One Machine has innovated the artificial intelligence identification algorithm for the cleanliness of components. Based on the artificial intelligence image identification technology, the algorithm can realize the real-time identification of the degree of dust accumulation and fouling of components, and at the same time, combine the future weather conditions and equipment operation state to comprehensively judge the cleaning opportunity, generate the cleaning and operation and maintenance strategy, and link the cleaning robot and spraying equipment to clean photovoltaic components, thus reducing the manual operation and maintenance cost and maximizing the working efficiency of the power generation system.According to statistics, after using the integrated photovoltaic panoramic monitoring machine, it is estimated that the annual power generation of photovoltaic power stations will increase by about 5% on average and the power generation efficiency will increase by about 1.5% on average..
Integrating 5+ platform to realize one-stop collaborative management
At present, the monitoring and operation system of distributed photovoltaic power plants has not been widely used. The power plants are faced with problems such as small scale of single station, scattered locations, insufficient operation and maintenance personnel, uneven operation and maintenance capabilities, and high operation and maintenance costs, which easily lead to management confusion and low operation and maintenance efficiency. At the same time, the existing photovoltaic power station management platform mostly focuses on power generation efficiency monitoring. At the operation and maintenance level, there is a lack of collaborative management and control of different manufacturers’ equipment and systems, and a lack of cross-domain integration of various equipment models. Customers need to log on to different platforms for data analysis and management in the station.
Runhe software photovoltaic panoramic monitoring integrated machine,The photovoltaic panoramic monitoring platform is used to integrate five different platforms, including photovoltaic power station management, energy efficiency management, charging pile management, energy storage management and auxiliary monitoring management.At the same time, it can be customized according to customer needs and increase the amount of platform integration. Through lean unified monitoring of equipment and automatic comprehensive judgment of operation and maintenance strategy, safe, efficient and reliable one-stop multi-platform collaborative management is realized, which greatly improves operation and maintenance efficiency.
Runhe Software Photovoltaic Panoramic Monitoring Integrated Machine Landing
To achieve high-quality operation and maintenance of photovoltaic power plants, the investment period can be shortened by half a year.
The operation and maintenance of photovoltaic power plants is the key point to ensure the photovoltaic industry to turn from high-speed growth to high-level stable operation. With the rapid growth of the capacity of distributed photovoltaic power plants in China, the traditional operation and maintenance mode needs to be changed to high-quality operation and maintenance characterized by more intelligence and refinement, so as to improve the power generation income of power plants and reduce the operation and maintenance investment.
Photovoltaic panoramic monitoring integrated machine can help photovoltaic power plants reduce costs and increase efficiency, and realize low investment and high return. After use, the all-in-one machine can save manual operation, space layout and procurement costs, and improve power generation efficiency.Based on the calculation of distributed photovoltaic power plants below 6MW, the investment of all-in-one machine can be realized in one year at the earliest, and the overall investment cycle of photovoltaic power plants can be shortened by about half a year..
Software and hardware are independently researched and developed, with more powerful functions and more convenient operation.
At present, Runhe Software’s first all-in-one photovoltaic panoramic monitoring machine has successfully landed at Jingda 7.9MW photovoltaic power station in Tongling, Anhui. As the core brain of panoramic monitoring and intelligent operation and maintenance of photovoltaic power plants, it has successfully realized the panoramic monitoring and intelligent management of operation and maintenance of photovoltaic power plants.
It is particularly worth mentioning that Runhe software investigates the real operation and maintenance needs of operators, average age, height and other factors, and creates the appearance design according to ergonomic innovation, making the hardware layout more reasonable, which will help the staff to operate the machine faster and more conveniently and improve the operation and maintenance efficiency.
Site Roof of Jingda 7.9MW Photovoltaic Power Station in Tongling, Anhui Province
In the future, Runhe Software will work with industrial chain partners to improve the overall function of the all-in-one photovoltaic panoramic monitoring machine. It is expected that this year, the monitoring system and optical power prediction system of photovoltaic power plants will be integrated, the management efficiency and operation mode of photovoltaic power plants will be innovated, the deep penetration and integration of the new generation of information technology and photovoltaic industry will be promoted, the digital transformation and intelligent upgrading of photovoltaic industry will be enabled, and the country will achieve the goal of double carbon and build a sustainable future together.
