Digitalization leads the way, smart PV at the right time

The photovoltaic industry is one of the emerging industries in China that has gained global competitive advantages, realized end-to-end security and control, and is expected to take the lead in becoming a model for high-quality development. In recent years, with the new generation of information technology and the "double carbon" goal, the PV industry has accelerated the in-depth integration of digital technology, and the construction of intelligent, low-carbon and green PV energy has become an industry consensus and future development trend.

As one of the earliest service providers of distributed PV cloud platform in China, MARUIKEL pushes the transformation and upgrading of PV industry from "manufacturing" to "smart manufacturing" with digital technology, and independently researches and develops the Xinyao PV cloud platform, which helps distributed PV power stations to achieve Reduce cost and increase efficiency. Recently, MARUIKEL has been cooperating with Yuexiu Leasing, a subsidiary of Yuexiu Capital, in the field of new energy, relying on the MARUIKEL PV Cloud Platform to empower PV power generation, meet diversified demands for intelligent operation and maintenance management of clean energy, and insert the wings of digitization and intelligence into PV power plants.

Supported by technologies such as "cloud, big matter, mobile intelligence and chain", MARUIKEL PV cloud platform provides one-stop services for PV power stations invested and operated by MARUIKEL service providers through comprehensive monitoring, intelligent alarm, AI fault diagnosis, big data analysis, and refined operation and maintenance, which continuously improves the power station power generation efficiency and helps operators realize cost reduction and increase efficiency.

For the industry, adhering to the value concept of "making power generation more efficient", MARUIKEL PV cloud platform effectively connects the upstream and downstream resources of the industry chain, such as photovoltaic service providers, equipment suppliers, and power companies, realizing the smooth flow of information and data in all links, providing accurate guidance for matching energy supply and demand, and creating a symbiotic and win-win open ecosystem. The open ecosystem of symbiosis and win-win situation will be created. Up to now, MARUIKEL PV Cloud Platform has accessed more than 40,000 PV power plants with an installed capacity of about 12GW.

Under the "double carbon" goal, the energy structure accelerates the green and low-carbon transformation, and the PV industry develops in the long term, and the degree of digitization continues to improve. The industry generally believes that by 2025, 90% of the world's photovoltaic power stations will realize the full digitalization of photovoltaic power stations, more than 80% of the work can be unmanned operation and management. In the future, a distributed photovoltaic power station will become a "thinking" intelligent "life form", so that asset management, production and operation, later operation and maintenance become easy and simple.

Building a new type of power system with new energy as the main body, and developing a flexible, open and highly intelligent energy Internet are the inevitable choices for realizing the goal of "3060", and distributed PV, as China's new energy driving force, plays a crucial role in the low-carbon process. In the future, MARUIKEL will continue to work together with industry chain partners to escort green power production and create more "sunshine income". MARUIKEL will also gradually pilot the aggregation of distributed PV to participate in green power trading in the power market, combine with user loads such as charging piles and demand-side scenarios such as user-side energy storage, promote the development of energy operation business, promote the low-carbon, green, safe and efficient utilization of energy, and help the construction of a new type of electric power system to go forward and realize the vision of the national "dual-carbon".